manufacturing engineering personal statement

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• Engineering Masters Personal Statement Sample

Written by Jennifer Bevan

This is an example personal statement for a Masters degree application in Engineering. See our guide for advice on writing your own postgraduate personal statement .

With an ever-increasing population, the upscaling of processes to efficiently mass produce food, pharmaceuticals and chemicals is essential to society. From COVID-19 vaccines to vegan products, over recent years there have been many examples of manufacturing processes that have inspired me to specialise in the field of chemical engineering. The COVID-19 pandemic has pushed the ability of engineers worldwide to suddenly and rapidly mass produce the coronavirus vaccines in order to save countless lives. In contrast to the abrupt demand seen in the vaccine industry, challenges also arise in keeping up with the constant growing demand for products such as vegan food. As I aspire to become a specialist in chemical engineering, I am applying for this Masters as the first step on my career journey.

During my undergraduate degree in mechanical engineering, for which I achieved a 2:1, I was able to select modules to cater to my interests, therefore studied materials and manufacturing and industrial management. These modules expanded upon the more basic principles introduced in the initial two years which allowed for a significant improvement to not only my technical skill but also the confidence in my ability to analyse and rectify mechanical failure. Through several of my core modules I developed my skills at utilising computer aided design (CAD) software packages such as SolidWorks for the design and analysis of products. For my final year project, I worked as project lead in a group to determine the advantages and disadvantages of additive manufacturing through the design and printing of a part. This allowed me to gain invaluable first-hand experience with fused deposition modelling machines and further refine my CAD skills, whilst developing excellent team management skills.

By the end of the second year of my degree, I knew my interests lay more towards chemical engineering and decided to undertake a placement year in industry. During this year I worked at a pharmaceutical company, adopting minor design roles within pre-existing projects and learning the importance of effective teamwork in producing a successful project. I attended several career fairs across universities and talked to students about the company, how best to apply and my experience working with them. This significantly improved my public speaking ability and communication skills, which are key for teamwork. I also gained some managerial experience during my free time as the president of the university running club. This involved planning and organising events, attending meetings with the student union and looking out for the welfare of members of the club.

I have applied to your university because of your excellent reputation in chemical engineering and am eager to study the specialist modules you have on offer, most notably pharmaceutical process development and advanced bioprocess engineering. On completion of my Masters I hope to pursue a career in industry and become a chartered engineer. This course would be an excellent opportunity to be at the forefront of chemical engineering technique development and to achieve a Masters accredited by the Institution of Chemical Engineers.

What are my options for studying Engineering?

Advanced structural engineering msc (campus), aberdeen university school of engineering, advanced mechanical engineering msc, advanced chemical engineering msc, civil engineering - msc, university of glasgow college of science and engineering, master of engineering in geotechnical engineering with structural engineering, atlantic technological university online, flexible and professional development, find a masters in engineering.

If you're interested in a studying Engineering, then why don't you check out our regularly updated catalogue of available Engineering Masters courses .

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Sample Personal Statement Mechanical Engineering (USC, Imperial)

by Talha Omer, M.Eng., Cornell Grad

In personal statement samples by field.

An NYU’s senior applied to 7 top Mechanical Engineering grad programs in the US and the UK and got into all but one. He spent nearly a month writing the perfect personal statement that he used to apply to top schools. Variations of this personal statement got accepted to Stanford University, Imperial College London, University of Texas A&M and UCLA. He has graciously shared his personal statement so that prospective applicants can benefit from it.

Sample Personal Statement Mechanical Engineering

I am eager to pursue a Master’s degree in Mechanical Engineering to deepen my knowledge in engineering design, mechanics, and analysis. My research interests are primarily driven by my life aspirations, dynamic undergraduate experience, and professional mechanical engineering expertise. Given my credentials, I firmly believe that I resonate with core values at [Name of School] and I will make an ideal candidate for this institution.

I cannot agree more with Dorothy Parker’s quote: “The cure for boredom is curiosity. There is no cure for curiosity”, as I have always been a curious soul and things that pique my interest stays with me forever. I remember the first time I watched a dense network of nuts and bolts in my dad’s car engine. I could not look away. The tiny moving objects aroused an unquenchable curiosity in me. Logically, I entered college as a major in sciences, eyes widened by the boundless world of science I had just begun to get to know. 

I did my undergraduate in mechanical engineering, where I was engaged in research about combustion, machine design, mechanics of materials and computer-aided engineering. Through this coursework, I developed a basic understanding of a breadth of theoretical areas of mechanical engineering and their socioeconomic applications. However, what I enjoyed most about being a mechanical engineer was developing my ideas through coursework and discussing them with my peers outside the classroom.

Outside the classroom, my advocacy for innovative ideas was well rewarded when the Student Section Enterprise Team (SSET) in ASME International, based in New York, elected me as the Student Regional Chair (SRC) – a prized position among mechanical engineers’ community all around the globe. So naturally, I was also the Chairperson for my own Campus’s ASME chapter, which I had laid the ground for in my sophomore year. I was elated to know that ASME International and my department showed trust in me, which I fulfilled in its true spirit. As a chairperson, I managed high-powered university-level competitions and conferences to induce collective synergies of mechanical engineers from all over the country. I also took the self-initiative of developing my juniors’ interpersonal skills and arranged several professional development competitions.

Based on my performance in class and leadership abilities as an ASME chair, I was selected by my university to work with the national defence authorities in designing a mechanically simple yet multipurpose unmanned ground vehicle for my final year project. I was mainly selected because I had a firm grip over software packages involving calibrations and simulations. 

The simple thought of working for the defence authorities excited me as it was an honour to work on such a classified project.

This assignment was my first formal parametric study in mechanical engineering, which was a thorough scientific investigation. As I became proficient in many programs and databases, notably through these packages, the calibrations I proposed for the vehicle were well received by my professors. Later, the defence authorities developed an actual model on those parameters. My final year project was the catalyst that sparked a passion for studying vehicles and vehicle designs, and I actively looked for careers in top automobile firms in my country.

I found an ideal opportunity to start my career as a management trainee in the Development and Quality Assurance Department at Tesla Inc. During my brief stint of three months at Tesla Inc., I was introduced to the vast world of manufacturing techniques employed in the automotive sector. As a trainee engineer, I optimized methods to get the least number of defective parts per million. The more I was involved in optimization, the more I developed a desire to understand design mechanics, which could be engineered to reduce energy consumption. As luck would have it, during one of the events organized by ASME, I was a keynote speaker at a panel involving energy consumption. In the same panel, the CEO of Chevron Corporation took notice of my ideas. After the event, he encouraged me to work at Chevron and work on my proposed fluid design and mechanics ideas to reduce energy consumption.

It was an honor to be offered a job at Chevron, which I duly accepted. As an associate manager for the past 18 months at Chevron, I’ve developed a dynamic skill set around supply chain, projects and maintenance departments. Through my work in these departments, I have honed my data analytics and the ability to draw meaningful inferences from raw data. I have also become adept at management related to engineering practices. I have strived to increase my knowledge base at Chevron by constantly exploring Maintenance & Operation manuals. Through these manuals, I have bolstered my knowledge of Turbo-machinery, Engineering Materials, Machine Design and Fluid Mechanics. 

Although my professional trajectory is burgeoning, while working hand to hand with the Engineering Design department, I strongly resonated with celebrated sportscaster Vin Scully when he famously said: “Good is not good enough when better is expected.” I felt that although my four-year undergraduate coursework provided a baseline theoretical knowledge, I needed to hone my learning and practical exposure to further my passion in the area.  During my work with this department, I was commissioning a new gas processing facility and felt way behind in design and problem-solving scenarios. I particularly struggled with interpreting compressor and prime mover big data. I realized that if I had a more advanced knowledge base in mechanical design and engineering information modelling, I would have been able to give better theoretically sound solutions and help with process optimization. Given these technical handicaps, I strongly feel the need to upgrade my current knowledge base through a master’s degree in mechanical engineering. 

While searching for programs that match my research interests and professional experience, the Master’s degree in Mechanical Engineering from [Name of School] tops my list for its numerous attractions. Firstly, the prospects of studying at [Name of School] are fascinating because of its location in California, the hub of tech-based research in the U.S., like driverless vehicles etc., and numerous opportunities for internships in world-leading firms. Secondly, [Name of School] satiates my desire to study in schools with top-notch faculty specializing in areas where I want to further my research. I am particularly excited about working with Ivan Bermejo Moreno and Julian A. Domaradzki on crucial research areas such as computational fluid mechanics and high-performance computing.

Thirdly, by taking courses related to engineering analysis and engineering design modules at [Name of School] , I am looking forward to gleaning more information on methods of Finite Element Analysis coupled with Fatigue and Fracture Mechanics. I want to learn more about mechanical system design concerning tribology. Ideally, I would like to further my current tribological research of skid vehicles by calibrating it to be adaptive to the implications of environmental, cost and safety issues. 

Lastly, having been a chairperson of an elite group of mechanical engineers, I am looking forward to enhancing my leadership capabilities. I genuinely believe that [Name of School] student-led design teams make this program stand out among other programs as they are an ideal platform where I can test and enhance the capabilities of my prototype vehicle and put it for wide-scale use. I am confident that the above-outlined graduate degree plan and vibrant opportunities at [Name of School] will accelerate my career growth after my master’s degree. 

After completing my master’s program, I want to start my career as a mechanical design engineer in a top engineering design company such as Stantec. As a design engineer, I want to work on different global projects and provide design engineering solutions to a portfolio of industries for their needs. Various projects for other industries would give me new challenges each time and thus help me gain experience to evolve my skills. Leading design firms worldwide will help me get up-to-date with the latest tools with their training programs focusing on continuous professional development. I am confident that [Name of School] brand image, dynamic coursework grounded in its state-of-the-art research facilities and renowned faculty will be an ideal conduit for achieving my career goals. I will continue to work in the field of mechanical engineering with the same curiosity that was sparked in me when I first saw the engine parts of my dad’s car.

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Manufacturing Engineer CV Example + Template (2024 Guide)

As a manufacturing engineer, you will be responsible for ensuring that the manufacturing processes of goods are efficient and cost-effective. You will be involved in the design, development, implementation and optimisation of new products or production lines.

Competition for this role is high so you will need to have a strong CV to impress the employer and get this job.

We have created the guide below to help you write your perfect CV and secure more job interviews for this role. Let’s get started!

• Manufacturing engineer CV example
• Download CV template (Word format)

How to structure and format your CV

• How to write a perfect CV (a step-by-step guide)
• Personal profile statement example
• Duties to add to your CV

Useful skills to add to your CV

• Tips on making your CV more effective

Emily Clark

48 Wellington Road Dorset DB11 3LL Mob: 079 4336 8955       Email: [email protected]

I am a committed, hardworking and reliable Manufacturing Engineer with a strong manufacturing/engineering background and a positive attitude to challenges and opportunities. I have previously worked in busy, fast-paced and challenging environments with a track record of introducing improved methods of manufacture, resulting in reduced costs and increased operational efficiency. I take ownership of my tasks, and I’m willing to go the extra mile to deliver and exceed expectations where possible. My current job role involves supporting production in several areas; therefore prioritising my work activities is a key strength that I have developed.

• Achieved a 2:1 degree in Manufacturing Engineering
• Three recommendation letters from former lecturers and current employer

Relevant Modules:

• Introduction to Materials and Materials Forming
• Design and Manufacture
• Mechanics of Solids
• Dynamics of Mechanical Systems
• Automated Manufacture
• Ergonomics in Design

Main duties performed:

• Designing, implementing and refining products, processes and systems
• Working on a production line on various shifts manufacturing a broad range of products
• Designing and manufacturing a series of components
• Providing support in the production area and ensuring the smooth progression of projects through manufacture and assembly
• Ensuring the necessary documentation are in order and up-to-date
• Introducing new manufacturing processes and systems
• Actively participating in continuous improvement activities
• Capturing and analysing data of manufacturing processes
• Overseeing daily factory production to ensure that processes run according to schedule
• Performing daily checks and carrying out root cause/failure analysis and resolution
• Assisting the customer service department with fault diagnosis of returned products
• Repairing returned products within the given timeframe
• Making regular amendments to the documentation when new revisions of documents, drawings and bill of materials (BOM) are released
• Redesigning or improving product/service functionality
• Working with suppliers to ensure that products are delivered on time and to specifications
• Ensuring that processes, materials and operations comply with regulations
• Solving manufacturing issues, as and when they arise, in a timely and cost efficient manner
• Advising the production team on best methods for manufacture and cost implications
• Producing production plans for future and ongoing projects
• Liaising with the design team and customers on the potential difficulties in producing the desired design to the specified requirements
• Managing stock, including product parts, raw materials, packaging, etc.
• Staying up-to-date with technological developments and advising the company accordingly
• Carrying out necessary quality checks and safety procedures

• Helping with the manufacturing of car parts in a pressurised environment
• Testing products for defects and recording their technical specifications
• Registering all production work on the computer database
• Assisting senior engineers with their projects
• Diploma in Manufacturing and Product Design – ALISON
• Level 2 in Leadership and Team Skills – ILM
• Technical knowledge: I have the ability to read engineering drawings and specifications and applying the processes in the manufacturing line.
• Computer Literacy: I am computer literate with in-depth knowledge of Microsoft Word, Excel, PowerPoint, Outlook, Auto-CAD, Finite Element Analysis (ANSYS), FeatureCAM and Matlab.
• Communication skills: I can effectively communicate complex concepts and ideas to both technical and non-technical audiences.

My hobbies include going to the gym and keeping fit in general. I also enjoy going out with my friends and colleagues to restaurants and cinemas. Additionally, I like to keep myself up to date with the latest news in business, manufacturing and politics.

Download CV template

• Save time and effort
• Guaranteed correct CV structure
• Word document (.docx) format
• Fully customisable

How to save your CV as a PDF document:

• Click on File > Save As > Select “PDF” from the drop-down menu.
• Stick to a standard CV format: The best CVs are those that have a traditional format that is familiar to employers. A typical CV structure starts with the applicant’s personal and contact details at the top, followed by their personal profile statement, achievements, employment, education, qualifications, skills, hobbies and interests and references. You should avoid using an unconventional CV format/structure because it will catch the employers off guard and make it harder for them to find the information that they need.
• Keep your CV short and concise: The ideal length of your CV should be 2 A4 pages or less. Surveys have shown that employers only spend around 30 seconds reading each applicant’s CV so it’s important you don’t cause information overload by including too much information on your CV. To reduce the length of your CV, start by removing any irrelevant information such as your date of birth, age, gender, nationality, marital status and salary requirements. Other things you can remove from your CV are irrelevant/outdated educational qualifications or part-time/unpaid jobs from a long time ago.
• Avoid long, bulky paragraphs: As previously stated, you don’t have more than 30 seconds to impress the employer with your CV and get shortlisted for an interview so your CV must be easy to read. An effective way to improve the scannability and legibility of your CV is to replace long paragraphs with short sentences, bullet points and appropriate subheadings.
• Use a professional font: There are hundreds of fonts available so it can be tempting to use a fancy, unconventional font (such as handwriting fonts) to make your CV stand out from the crowds. Doing this will make your CV stand out for sure but for the wrong reasons! The primary function of fonts is to improve the legibility of text not to decorate documents or entertain the readers, especially important documents such as your CV. Good CV fonts are professional, mainstream and highly legible, such as Verdana, Georgia, Ariel, Helvetica and Times New Roman.

How to write a manufacturing engineer CV (step-by-step guide)

Personal details.

The first part of your CV consists of your personal and contact details.

It should contain the following information:

• Address or place of residence
• Mobile phone number
• Email address
• Richard Donovan
• 672 Sutton Port Lane, London, L11 8DH
• Mob: 07978391192       Email: [email protected]

Note: Your name should be the main header of your CV – not “curriculum vitae” or “CV” !

Personal profile

Next, you need to craft a well-written personal profile statement that acts as a short introduction paragraph to your CV. Your personal profile tells the employer about your personal characteristics and key strengths.

Studies have shown that employers take into consideration the content of your personal profile when they decide on your application so make sure it is perfect!

Guidelines:

• Place your profile near the top on the first page of your CV
• Keep it brief (no longer than four or five sentences)
• Back your statements with facts, figures and examples
• Focus on the needs of the job and the employer

Manufacturing engineer CV personal profile statement

I am a technical-minded and methodical manufacturing engineer with more than three years of experience in the industry. I have experience in designing, creating, validating and establishing manufacturing controls in machining and assembly processes to improve them and minimise costs. In my current role, my main passion and goal have been to improve the quality, cost and delivery (QCD) of the production processes. I have excellent attention to detail and problem-solving skills, which have enabled me to diagnose and improve various manufacturing processes in the production lines. I am always keen for an opportunity to learn and have the willingness to share my skills with others.

Achievements

Do you have any specific achievements you are proud of?

If yes, then include them in this section of your CV.

Different types of achievements :

• Good grades/qualifications
• Elected for leadership roles (e.g. team leader, project manager, etc.)
• Participated in charity events (e.g. organised an event, raised money or ran a marathon for charity)
• Relevant work experience
• Good performance (e.g. recommendation letters, excellent customer feedback, solved a problem, improved work processes, etc.)
• More than 3 years of relevant work experience in the industry
• Successfully created and implemented a manufacturing/assembly process plan
• Elected to be the project manager on various occasions
• Received a silver commendation award during my college studies

Employment and work experience

Your CV’s employment section contains details of your past jobs and work experience. There are many different types of jobs that you can include here, such as full-time, part-time, voluntary and unpaid jobs.

Each job entry should contain the following information:

• Start and end dates
• Your job title
• The employer’s name (and location)
• Your main duties and achievements

Main duties and responsibilities performed:

• Planned, designed and implemented new manufacturing processes while complying with safety and quality standards.
• Improved processes to increase yield, reduce scrap, minimise downtime, reduce cycle time, or resolve any issues identified.
• Used lean manufacturing principles to develop, evaluate and improve assembly methods.
• Worked with machine suppliers to define new processes based on product design and specifications.
• Researched new technology and processes.
• Supported the Quality manager towards ISO 9001.

Note: Remember to write the jobs in reverse chronological order (most recent job first).

Manufacturing engineer duties to add to your CV

• Design new systems, equipment and processes.
• Propose, commission and implement improvements.
• Prepare, maintain and analyse production documents.
• Manage and keep track of ongoing manufacturing projects.
• Resolve technical issues on the production line.
• Write specifications for new equipment, products or systems.
• Support the launch of new products and processes.
• Collaborate with contractors and suppliers during the process of creating bespoke products or equipment.

Next, write the details of your educational background .

The types of education you can include in this section:

• University-level qualifications such as undergraduate and postgraduate degrees
• College-level qualifications such as BTECs and A-Levels
• School-level qualifications such as GCSEs

If you are highly qualified, you won’t be able to include all your qualifications so you need to decide which qualifications to include and which ones to omit. It is recommended to remove any old or irrelevant qualifications that do not add value to your CV, such as school-level qualifications from more than two decades ago.

• Introduction to Production Engineering & Management
• Analysing & Improving Operations
• Production Techniques
• Integrating Studies
• Total Design
• Electrical Circuits

Qualifications

The qualifications section, sometimes combined with the education section above, contains details of any additional qualifications you have gained.

These are usually professional and work-based training programs that are designed to enhance your skills and abilities in a particular area.

• Level 2 Diploma in Manufacturing (Knowledge and Skills) – Newtown College

The skills section is another vital section of your CV, containing details about some of your key skills and competencies as they relate to the job.

There are two different types of skills :

• Soft-skills: These are related to your personal characteristics such as time management, interpersonal and organisational skills.
• Hard-skills: These are skills that you have gained through learning, such as the ability to design or develop a new product or system.

For maximum impact, your CV should contain a mixture of both these types of skills because both are required to do any job well.

• Excellent computing skills, including Microsoft Office and CAD/CAM – Computer-aided design and manufacturing.
• Excellent interpersonal skills, demonstrated in my ability to work with a variety of both technical and non-technical clients and colleagues.
• Comprehensive knowledge of the product design process (from inception to completion).
• The ability to work in a complex and high-pressure work environment.
• The ability to multi-task and keep track of multiple projects simultaneously.
• Creativity to propose new methods and processes.
• Attention to detail to ensure no small details are missed.
• Problem-solving skills to identify technical issues and offer solutions.
• Knowledge of manufacturing techniques and procedures.
• Up-to-date knowledge of computer-aided design systems.
• System design and analysis.

Hobbies and interests (optional)

You may be wondering, why should I include my personal hobbies on an important document such as my CV? What is the point? The answer is that relevant hobbies and interests can add value to your CV (indirectly).

For example, mentioning that you enjoy solving puzzles or playing chess indicates to employers that you are an intelligent person with excellent problem-solving skills, an essential requirement for being a competent manufacturing engineer!

Note: This is an optional section so if you have run out of space, don’t worry about squeezing this section into your CV. The preceding sections of your CV are more important and take precedence over the hobbies section.

The last section of your CV is called the references section.

Here you need to provide the details of your two references, people who know you well and who can vouch for your character and abilities to prospective employers.

Each entry should accompany the following information:

• The referee’s full name
• Organisation/company name
• Telephone number

Important: Make sure you ask permission from your references first before you use their details on your CV. Otherwise, an unexpected call from the employer may make the conversation about you quite awkward.

Alternatively, if you do not wish to disclose your references on your CV you can simply write “References are available upon request.”

Tips to make your CV more effective

• Showcase your expertise: A manufacturing engineer’s job is a high-skilled position which requires specialised training and a learned skill-set to perform the work. Your CV should mention your key skills, abilities and experience throughout your CV to demonstrate to the employer that you are an expert in your field. A clever way to achieve this is to use the same key phrases and terms from the job’s personal specification on your CV.
• Include a cover letter with your application: No job application is truly complete without the inclusion of a cover letter. A cover letter is a one-page document that introduces you to the employer as a strong candidate for the job and encourages them to invite you for a job interview. The good news, for you, is that only 1 in 3 candidates send a cover letter with their application so this is an excellent opportunity for you to make your application stand out from the others, impress the employer and secure a job interview!
• Print your CV on high-quality paper: It is common practice to take two copies of your CV to the interview to give to your interviewers. An effective way to improve your CV’s impact is by printing it on high-quality paper (e.g. 100gsm silk) instead of standard photocopy paper (75gsm). This demonstrates to the employer that you have attention to detail and care about the employer’s perception of you as a serious candidate for the job.

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Engineering personal statements

On this page you'll find a collection of real personal statements written by students applying to study engineering and related courses at university.

These personal statements are written by real students - don't expect them all to be perfect! But by reading through a few of these samples, you'll be able to get some ideas and inspiration for your own personal statement. 

Engineering personal statement examples

More help with your personal statement.

You can find personal statement examples for other courses by using this subject list, or by returning to our personal statements by subject page.

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How to write a personal statement (for an engineering job)

A personal statement is not a cover letter. It’s an important summary section of your CV. Figuring out how to write a personal statement is a key part of any engineering job application.

It’s not always easy. You need to concisely sum up the rest of your CV – your skills, your personality, even the job you’re looking for – in just a few short paragraphs.

Here’s everything to know about how to structure a personal statement for a job in engineering:

What is a personal statement?

Sometimes called a personal profile, a personal statement is part of your CV that summarises the rest.

A good personal statement will, essentially, sell you. It’s not a supporting statement. It’s not a cover letter. It needs to convince anyone who might hire you that you’re a good fit for the engineering job they have available.

Not all employers ask for one. But if they do, writing a good personal statement gives you an extra opportunity to stand out from the crowd.

For some employers and engineering recruitment agencies, the personal statement is where they’ll start to assess each candidate. This means yours might be make or break time.

Finally, like your CV as a whole, your personal statement should always be carefully tailored to each individual job if you want it to be effective.

How to start a personal statement

One of the worst things you can do in a personal statement is use generic language or the same trite phrases as everyone else. Yet, the start of a personal statement does have a certain expected format to it. The opening sentence should quickly summarise your:

• Years of experience
• Key qualifications, achievements, or expertise

An example of something you might write could be:

Confident project engineer (BSc in Engineering, advanced AutoCAD and MS Office skills) with 6 years experience delivering complex projects for industry-leading companies in the UK and Europe.

How to write a personal statement

Now that the difficult opening is out of the way, it’s time to consider the overriding goal when writing your personal statement.

This is to highlight the place where your skills, experience, and qualities meet the requirements your prospective employer has stated in their job description. The easiest way to do this is to make lists or “mind maps” of both and then compare them.

Because it’s easy to get into the mindset that because it’s your personal statement, it should be all about you. But really, it’s all about what your potential employer wants and how you are going to be able to deliver it.

That’s why it’s so important to carefully tailor each personal statement to each job you’re applying for. Don’t make your statement so generic you can use it to apply for jobs that aren’t very, very similar to each other.

How long should a personal statement be?

Short. A good personal statement will probably only be two or three sentences long. Perhaps a few lines. 200 words at the outside.

In that time, you’ve got to establish your own unique tone of voice and be concise in showing you have what your employer is looking for.

Remember that companies with engineering jobs available may have to go through hundreds or even thousands of CVs. Your personal statement could be your one chance to set yourself apart from all the others.

How to finish a personal statement

If the opening of your personal statement tells the story of where you are and where you’ve been, the best way to finish imagines where you see yourself going.

If you are towards the beginning of your career, you might want to state your career goals. Otherwise, you might want to talk about the kind of company that you want to join. Doing a bit of research on the company you’re applying for and hinting at their descriptions of their corporate culture (where this overlaps with your idea of your dream employer) probably wouldn’t hurt here.

With that, you’ll have covered the past, present, and future in just a couple of lines. You’ll have tailored it to the job and employer you’re applying for. And you’ll have summarised everything that makes you an ideal fit using your own unique tone.

That’s just what you need to write a personal statement that puts your best foot forward.

Looking for your ideal next job role in an engineering field?

Let’s talk about it. Ernest Gordon is a specialist engineering recruitment company. Every day, we place candidates in exciting new roles up and down the UK.

Set up a cost and commitment-free chat about it today. Let’s see where your next career step will take you.

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How do you create a manufacturing engineer resume?

[ Click here to directly go to the complete manufacturing engineer resume sample ]

Writing a manufacturing engineering is the best way to go about it.

But only writing an ordinary manufacturing resume is not going to cut it. According to The US Bureau of Labor Statistics , the employment opportunities of industrial engineers are going to grow by 20% from 2019 to 2029.

It means the competition is also going to increase rapidly.

In this growing competition, getting a good mechanical engineer job is not easy. The best job in the industry already receives many job applications, and to stand among those candidates, you need to create an impeccable resume that appeals to the recruiters.

In this article, we will tell you all the ways you can create a manufacturing resume that will help you get more interviews while

Here is a small summary of the blog :

• Always write your name as the resume header in the manufacturing resume.
• Never write the resume summary and key skills before writing the professional experience section
• Mention only the relevant information on the manufacturing engineering resume.
• Stay away from including your personal information such as gender, caste, religion in the manufacturing resume.
• Apart from the summary section every other section on your resume is in bulleted points.

In this blog, we will talk about:

• What are the steps of writing a perfect manufacturing resume?
• What are the essential sections for your manufacturing resume?
• How to write the professional experience section in the manufacturing resume?
• How to present your education information in the manufacturing resume?
• What are the typical key skills of a manufacturing professional & how to write the key skills section?
• How to write the summary of the manufacturing resume?

Read on to get more insight on how to write a manufacturing resume in a best way. Also, go to Hiration’s Online Resume Builder and use the pre-filled templstes to create a manufacturing resume for yourself.

Manufacturing Engineer Responsibilities

Manufacturing engineers’ work typically includes working with production teams on site. They are responsible for developing & operating various machines for producing high-quality products.

They also create manufacturing drawings & prepare bill of materials from the drawings.

One of the main responsibilities of a manufacturing engineer is to study the production requirements and create the production plan for efficient workflow.

Job Responsibilities

• Inspecting the manufacturing process by complying with the company requirements & quality criteria
• Study the blueprints & creating a bill of materials for production
• Designing & installing manufacturing equipment for improving production
• Managing a team & workflow of the production line
• Coordinating with the stakeholders to resolve production issues & production delays
• Collaborating with vendors & sub-contractors and maintain a working relationship with them
• Complying with the safety procedure for improving the workplace safety

Manufacturing Resume Samples

Here is one of many manufacturing resume templates created by the Hiration Online Resume Builder will guide you through the writing process of the resume.

• Coordinated with 15+ stakeholders to implement new fixtures for improving dimension checks & reduced delivery time by 13%
• Collaborated with the research team of 10 to reduce the material usage during production while saving USD 1.3 mn. per year
• Oversaw the daily production of 9 assembly workshops as part of generating 3+ weekly reports for the key stakeholders
• Analyzed the cycle time and implemented innovative processes for increasing productivity by 21%
• Performed root cause analysis for the fabrication, assembly & testing process to resolve production issues
• Led to an improvement in operational efficiency by 60%
• Enforced the Lean manufacturing methodologies for streamlining the manufacturing process and reducing waste by 12%
• Coordinated with the design team to develop 5 new prototypes and identified design faults as part of improving performance
• Assisting the project team with multiple small scale projects to identify areas of improvement for overall cost optimization
• Managing the entire plant operations while overseeing the equipment functions for ensuring high-quality product standards
• Corresponded with the quality control team to identify design issues & resolve them prior to product delivery
• Launched 2 new products in the year 2016 with 200+ sold unit & generated USD 240 mn. in revenue
• CGPA : 3.8/4.0 | Dean’s List for 6 semester
• Certified Manufacturing Engineer | sme.org | Jun '18 - Jun '21

Manufacturing Engineer Salary

Manufacturing Engineer salary widely vary from country to country and based on the candidate's experience.

According to indeed.com , a manufacturing engineer in the USA gets a maiden salary of $82,820 per year .

And the average entry level manufacturing engineer salary is $14.60 per hour in United States.

According to PayScale , the average salary of a manufacturing engineer in the USA is $70,872 per year.

According to glassdoor.com , the average salary of a manufacturing engineer is $77,213 per year .

Manufacturing Engineer Resume Format

Formatting of a professional manufacturing resume matters a lot. If the resume is clean and easy to read, it will quickly get the reader’s attention, and it will help you get an interview.

Here are some of the essential formatting tips for your manufacturing engineer resume:

• Always use the reverse chronological resume format for writing a manufacturing engineer resume.
• Use a simple professional font to write the resume, such as Calibri, Times New Roman, Arial, etc.
• Keep the font size between** 12- 14 points** & 14 - 16 point s for the resume headings.
• Always use a 1-inch margin on each side of the resume. If there is a lot of content, you can reduce the margin to ½” or ¾” but not less.
• Always save the resume in PDF format.

Here are the essential sections of a manufacturing resume:

• Personal Information
• Profile Title
• Summary / Objective
• Technical Skills (if any)
• Professional Experience
• Certifications (if any)
• Awards & Recognition (if any)
• Additional Information (if any)

Read our resume sections guide and include all those sections that can make your manufacturing resume stand out among 100+ resumes.

How to Write a Manufacturing Engineer Resume?

In hiration, we have developed a three-stage process to write a manufacturing engineer resume effectively.

• First Stage : Master Manufacturing Resume
• Second Stage : First Draft of Manufacturing Engineer Resume
• Third Stage : Final Draft of Manufacturing Engineer Resume

Master Manufacturing Engineer Resume

In this step, you just take a piece of paper, in this case, a word document, and write all your previous experience on it. Don’t overthink about what is necessary and what is not. Just write all the things that you have done in your entire professional career.

The advantages of creating a master manufacturing resume are:

• It helps you modify the resume based on each job requirements
• It acts as a base point for your resume creation. Whenever you need to make a resume in the future, you already have all the information in place. You just need to make it more targeted towards a profile.

First Draft of Manufacturing Engineer Resume

In the second step, you understand the job description and sort out all the essential information that will be relevant to the particular job. That divides them into appropriate sections. Typical sections on a manufacturing engineer resume should look like this:

• Certification (if any)
• Volunteer Experience (if any)

Final Draft of Mechanical Engineer Resume

In the last step, we have much more clarity on the trajectory of the professional experience. That’s why it is advisable to write the key skills & the professional summary section at the very last stage of the resume writing process.

Manufacturing Engineer Resume: Header

The resume header is the first design element visible to the recruiters. And you want it to be clean and readable to get the attention of the recruiter.

Here are the top tips for writing a resume header:

• Write your won name as the resume header. Do not use “CV” or “Resume” in the resume header.
• If you have a middle name, shorten it while writing the resume header. For example, instead of “ Johnny Barthelmeu Good ,” you can write “ Johnny B. Good ”
• Make the font size of the resume header between 16-20 points .
• Write the resume header in a clean and professional font such as “ Ariel,” “ Times New Roman. ”

Take a look at the Manufacturing Engineering Resume Header example to understand more.

Read the Hiration's extensive guide on creating a Resume Header to know more about the resume header.

If you want to create a manufacturing engineer resume on your own, go to Hiration's Online Resume Builder & create one for yourself.

Manufacturing Engineer Resume: Profile Title

A profile title is the professional identity of any professional. It helps the hiring manager understand a lot about your industry and experience & personality.

It communicates the following facts to the recruiter:

• Your Current designation
• Your functional industry
• Your Seniority Level

Here are the things you need to keep in mind before you write the manufacturing resume profile title:

• It’s the second-largest text in the manufacturing resume.
• The font size of the profile title should be between 14- 16 points
• Always make the profile title super-specific. For example, if you are in charge of Pump operations in your manufacturing engineering job, you should write “ Manufacturing Engineer- Pump Operations. ”

Here is one of the manufacturing engineer resume examples: title to help you write a perfect manufacturing engineer resume title.

If you want to create a manufacturing engineer resume for yourself, go to Hiration Resume Builder and choose from 20+ templates and create one for yourself.

Manufacturing Engineer Resume: Personal Information

Like any other job in the market, you will most likely apply for a manufacturing engineer job via an online portal.

In those cases, your contact information act as an essential part of your resume. If you mistype or give wrong information in your resume, it might cost you your job.

Essential personal information for manufacturing resume:

• Updated mobile number
• Professional email address

Updated Mobile Number

When writing your mobile number, you need to keep in mind some important information such as

• Always write your number with a space in the middle. It improves readability.
• Write the ISD code of the phone number and put a +(plus) sign before the ISD code.
• Double-check if you have included the right information in your resume.
• Here is an example: +1 38723 31981

Professional Email Address

A professional-looking email id increases your chance of getting a job by a significant amount.

Secondly, you must ensure that you have written the correct email address.

Professional email id:

[email protected]

Un-Professional email id:

[email protected]

You need to keep in mind some simple rules when writing the location in the manufacturing engineer resume.

Here are some simple rules to follow when adding your location information to your resume.

• Write the location in the City. Country code format if you are applying for a job outside your country.
• Write the location in State, City code format, if the job you are applying for is within the country.
• Do not write your full address in the location section unless it’s necessary.

Here’s a manufacturing engineering resume personal information example for your reference.

Read more about contact information in the [ 2022 Contact Information Guide ] for a detailed explanation.

Manufacturing Engineer Resume: Professional Experience

The professional experience section is the most crucial section in your manufacturing engineer resume.

When wiring the professional experience section, here are some of the formats you must apply to make it more readable and compelling.

• STAR Format
• Frame Points
• Bucketing & Bolding

STAR FORMAT

The STAR format stands for:

• S stands for Situation - the backdrop where you have to take action
• T stands for Task - The tasks you have to carry out to mitigate a situation
• A stands for Action - What actions you have taken
• R stands for Result - The result of your actions.

Framing Points

Let’s look at two manufacturing resume examples professional sections to understand the importance of framing points.

Designed & developed an automobile facility with USD 200mn budget for producing 50+ vehicles per year

Coordinated with the stakeholders to install state-of-the-art 3D printing technologies for reducing 20 hours/week manpower.

Analyzed manufacturing cycle data and identified and optimized the process for decreasing cycle time by 12%.

Coordinated with the design team to build prototypes & conducted research for developing high-performance vehicles.

• Launched 2 new vehicle models with over 200+ sold unit & USD 240mn in revenue

ANALYSIS From the above examples, we can see that the framing points(example 2) are way easier to read than Example 1.

• In conclusion, always create a cause and effect relationship in the bullet points.
• Avoid writing long paragraph which is off-putting & difficult to read.

This way the professional experience section will become much more readable.

Grouping & Highlighting

Grouping & highlighting is another excellent way to write the professional experience section.

We have 2 manufacturing resume examples of the professional experience section to help you understand the effectiveness of bucketing & bolding technic in the professional experience section.

Facility Design & Manpower Reduction

Designed & developed an automobile facility with a USD 200mn budget for producing 50+ vehicles per year

Coordinated with the stakeholders to install state-of-the-art 3D printing technologies for reducing 20 hours/week manpower .

Performance Analysis & Prototype Development

Key Achievements

We can clearly see that the bucketing & bolding structure is much more effective than framing points.

Heres’ how you can create it:

• Create unique buckets for each related bullet point, and put all related points under that relevant buckets.
• Bold the statistics and highlights in the one-liner bullet points.
• It highlights the important information in the resume & helps the recruiter to recognize your skills & experience without even reading the entire resume.

To learn much more about the professional experience section in a resume, read Hiration's Blog on 2022 guide to compose the work experience in your resume.

Look at the manufacturing resume sample showcasing an ideal professional experience section:

Entry Level Manufacturing Engineer Resume Samples: Professional Experience

Manufacturing Assistant

Tesla | April 2014 to May 2015

Identified part vendors & fostered good relationships with them for reducing the supply cost; Saved USD 1.3mn on supply cost per annum

Assisted the senior consultant in designing & testing manufacturing methods by studying the product & client requirements

Coordinated with the product design team to update product design of 2 vehicles by deploying AutoCAD

Managed the vendors & oversaw the supply of parts

Worked with the seniors to design & test manufacturing methods.

Worked with the design team to develop product design

Manufacturing Engineer Resume: Education Section

According to Indeed.com , a bachelor’s degree is the minimum requirement for becoming a manufacturing engineer.

That means you need to include your education information on resume to meet the minimum criteria.

The common degree courses for manufacturing engineering are:

• B. Tech in Mechanical Engineering
• Bachelor of Science in Manufacturing Engineering
• BST in Manufacturing
• Masters Degree in Mechanical Engineering

In the manufacturing engineer resume, here are the elements you need to add:

• Name of the school/university you have attended.
• Name of the courses you have pursued.
• The location of your school/university.
• Enrollment and graduation dates in the month & year format.

Here is a typical format to write the education experience in your resume

{(Degree) | (College/University) | (Location) | (Duration)}

B.Tech in Manufacturing Engineering | University of California | Berkeley, CA | May ‘15 - Apr ‘18 CGPA : 3.8/4.0 | Dean’s List Awarded as the Best Studnet Designer Member of Student Engineering Society

If you want to know in detail how to list the education section on your resume, read the Hiration Education Section Writing Guide .

Here is one of the Manufacturing resume sample showcasing the ideal education section for your resume:

Manufacturing Engineer Resume: Certifications

Being a certified manufacturing engineer can make you highly valuable for an organization.

A specialized certification can help you get your dream manufacturing job.

So, make sure that you add your certification information on the manufacturing engineer resume.

Some of the standard manufacturing engineering certifications are:

However, it’s not enough to include the certification name on your manufacturing engineer resume.

Here are some of the things you need to keep in mind:

• Make sure the certification you are adding is valid in the country you are applying for.
• Make sure the certification is not expired at the time of interview or joining.
• Always add the name of the certification body in the resume
• If possible, include the certification number on the manufacturing resume for reference.

Here is an ideal format to include certification information on the resume:

{(Certification Name) | (Certification Body) | (Date of Certification - Date of Expiry)}

Want to get a much clearer idea of the certification section on resume?

Read Hiration Certification Writing 2022 Guide to get a better understanding of the certification section of a resume.

Illustrated below the ideal example of a certification section on a manufacturing resume:

Manufacturing Engineer Resume: Summary

As a manufacturing engineer, how do you write a design specification?

With a project description, right.

Similarly, your manufacturing engineer resume also needs a brief introduction.

A manufacturing engineer resume summary is a brief overview of the candidate’s previous skills and accomplishments.

However, it should not be a long paragraph.

The resume summary should only talk about only the most important achievements of the candidate .

Here is a list of things you must remember when writing your resume summary:

• Always compose the resume summary at the very last of your resume writing process.
• Select the most essential highlights from the professional experience section
• Make sure to include a couple of job-specific keywords in the summary section.
• Try to wrap up the summary section within 3-4 lines.
• Write the resume summary only if you have 3+ years of experience.

For a better understanding, read Hiration's Resume Summary Guide to write a perfect manufacturing resume summary.

Manufacturing Engineer Resume Summary: Examples

ANALYSIS The second example is most people do. But if you look closely, the second example is not as attractive as the first one. In the first example, there are clear cause and effect relationships which makes it easier to understand.

Visual Example: Manufacturing Engineer Resume Summary

Manufacturing Resume Objective

If you don’t have much experience, you can write a resume objective instead of a summary.

The idea for a summary & an objective is the same. But a resume objective leans heavily on your academic accomplishments, volunteer experience, internship experience, research experience, etc.

Entry Level Manufacturing Resume Objective : Example

Manufacturing engineer resume: key skills.

The key skills section on the manufacturing engineer resume will help you get past the ATS system. However, most candidates don’t know how to create the key skills section appropriately.

Most candidates dump random keywords in the key skills section. These tricks may help them pass the ATS system, but they would never get selected for an interview by the human recruiters.

Recruiters will be a lookout for key skills in the resume which is specifically required for the job.

Some common manufacturing skills list:

Given below are some of the technical skills for a manufacturing engineer:

The above-mentioned skills are just a few drops from the ocean. There are numerous key skills that are essential for a manufacturing engineer.

However, each skill you mention in the resume must be relevant to the targeted job profile.

How to select the right Manufacturing Engineer Resume Skills?

• Read the job description a couple of times and identify the key skills in the job posting.
• Read your professional experience and identify the key skills you can find from it.
• Find the common key skills that are both in the JD and professional experience.
• These are the key skills for your resume. Create a separate “Key Skills” section and include the skills in that section.
• Here is a snapshot of the resume key skills section for your reference.

Doing this will give you a much greater chance of getting noticed by the hiring manager and getting an interview.

Read the Hiration 2022 Guide on Resume Key Skills to better understand how to highlight key skills in a resume effectively.

Here is a screenshot of key skills section of the Manufacturing engineer resume :

Hiration Online Resume Builder

Here are some of the fantastic features of Hiration online resume builder :

• Option to save unlimited resumes
• Intuitive next text suggestion
• Auto bold feature
• 25+ resume designs
• LIVE resume score
• Unlimited PDF downloads
• 1-click design change
• A sharable link
• LIVE resume editor

Go ahead and pick a resume template and start creating your manufacturing resume NOW!

If you have pre-written a resume, you can send it to us to get it reviewed by resume experts.

Hiration Cover Letters

A cover letter is an effective tool to get your resume highlight from 100+ resumes. However, don’t just write it for the sake of it.

There is a proper way to create a perfect cover letter.

To write a perfect cover letter:

• Ensure the cover letter format is similar to the resume format.
• Address the hiring manager by his/her name
• Create an engaging first paragraph for making them interested in your profile
• Tell your experience in the second and third paragraphs.
• In the end, include a call to action for an interview.

Hiration's Cover Letter Builder provides:

• 10+ ready to use templates
• 15+ designs
• Template Customization
• Easy downloading

This is not all!

Hiration can help you with various other aspects of getting a job, including:

• Digital Portfolio Builder
• LinkedIn Review
• Interview Prep

Key Takeaway

Here are some key takeaways from the manufacturing Engineer job:

• Make sure to pick the best suitable resume format for your resume.
• Make sure to write the resume in a clean manner. Use a professional font such as Calibri or Ariel for maximum readability.
• Write a job-specific profile title. Do not write “CV” or “Resume” in the resume header.
• Always use the bucketing & bolding format to write the professional experience section.
• Write the resume summary at the end of the resume writing process.
• Always read the job description thoroughly & identify the keywords necessary for including in the resume key skills section

Go through the sample and examples thoroughly to get a clear understanding of each sections of the resume.

Go to Hiration resume builder and create a professional resume for yourself. Additionally, reach out to us at [email protected] and you can get 24/7 professional assistance with all your job & career-related queries.

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Writing a Winning UCAS Engineering Personal Statement: Ultimate Guide w/Analysed Examples

Engineering Personal Statement: Why It’s Important

With careers in engineering providing  over 20% of the UK’s total economic productivity and with over one-fourth of its workforce working in engineering fields , it’s no surprise that some of  the best and highest-ranked  engineering schools in the world are located in the United Kingdom. So how do you get a spot in one of the best engineering programmes in the world? You need impressive marks, a good resume, and a stellar engineering personal statement.

Before we get to that, though, let’s back up a little and examine everything it takes to get into a good engineering programme.

Engineering Programme Prerequisites

Before you get ready to apply for an engineering programme at any university, there are  several prerequisites  you need to have met first. While these prerequisites may differ slightly from university to university, the majority of them should remain the same.

Completed Coursework

You must have, at a minimum, at least two A-Levels if you expect to get into an engineering programme. In the most popular programmes, you’ll need at least three, with grades of A’s and B’s in each. The exact entry requirements may vary, but they tend to range from CCC to AAA. Most universities prefer you to have ABB.

Additionally, one of your A-Levels needs to be in maths. A second A Level in physics is also encouraged for students hoping to study engineering at Uni. There are other courses that may be accepted in place of physics, such as other science courses, additional maths courses, or design and/or computing courses, but your safest bet will always be maths and physics as two of your A-Levels. If you don’t have an A-Level in maths, you may be required to take a maths and/or mechanics aptitude test before being considered for admission.

Vocational Courses

If you don’t have the required A Levels, another option you can use at some schools is to substitute vocational courses for them. For example, if you have Level 3 or Level 6 qualifications, you might be able to use these as replacements for the A-Level courses. These qualifications include the following:

• SVQ Scientific, Technical & Formulation Processing (SCQF Level 6)
• Pearson BTEC Level 3 National Extended Diploma in Engineering or Construction and Built Environment

It’s important to note that not all universities will accept these as substitutes for A-Levels, so check with each school individually.

Biotechnology and Chemical Engineering

If you’re interested in a biotechnology or chemical engineering programme, the required A Levels are a little different. Universities usually require two A-Levels in science or a Scottish Highers with either biology or chemistry as one of the subjects. Additionally, you’ll also be required to have five GCSEs that include English, maths, and a science.

Scottish Highers

The most common range for entry into Highers is between ABBB and AAAAB. The majority of universities require AABBB. If a university requests an Advanced Highers to supplement Highers, they most often ask for an AA.

Additional Qualifications for Admission

The only true prerequisites for admission into an engineering programme are those listed above, but there are some additional things you may want to have on your application to make it more memorable. These include relevant work or apprenticeship experience, volunteer experience, and personal references.

Applying for Admission

To apply for any undergraduate programme at a university in the UK, particularly an engineering programme, you have to fill out an application through the  UCAS (Universities and Colleges Admissions Service) . If you’ve ever applied to a college or university in the United States using the Common App, the UCAS is very similar.

It’s a centralised location for applying to a multitude of different schools/courses, and you’ll use it whether you live in the UK or are an international student. The actual name of the application is the UCAS Apply. Once you’ve completed it, you can apply to up to five separate universities (or five separate degree programmes if you aren’t set in your engineering course) simultaneously.

Filling out the UCAS Apply: A Step-by-Step Guide

Step 1: register for the ucas site.

This is a simple setup process. You’ll sign up by setting up a username and password. You’ll create some security questions in case you lose your password, and then you’ll be asked some basic information such as your name, birth date, and other personally-identifying information.

Step 2: Verify Your Account, Sign In & Enter the Rest of Your Information

After verifying that you really did create an account, you’ll be asked to sign in using the username and password you just created. Then you’ll fill in the rest of your personal information, including your residency status. You’ll also be asked about how you plan to pay for university and whether or not you’ll be requesting scholarships.

Additionally, you’ll be asked about any special needs you have or the accommodations you’ll need. If you have any type of criminal record, you’ll indicate that in this section. You can also give permission for an adult in your life – parent, adviser, mentor, guardian, etc. – to have access to your UCAS profile. This gives them permission to talk to university staff about you, your university goals, and anything else of note.

Steps 3 & 4: For UK Residents Only

If you’re an international student, you won’t be required to fill out steps three and four. (Note: Residents of the EU might possibly be asked to fill out step 4.) Section three asks about your national identity, ethnic origin, and occupational background. There are some additional questions in this section that are optional. These ask about your religious beliefs, sexual orientation, and gender identity.

You’ll also be provided with space to discuss your own, personal circumstances, especially as they relate to your ability to pay for and succeed at Uni. This could include information about your parents’ education or background, activities in which you’ve been involved, whether or not you’ve been in care, etc.

Section four isn’t always asked and only appears if questions in the personal details section have been answered a certain way. If they do appear, they’ll be asking about your finances.

Step 5: Choose Your Courses/Universities

In this section, you’ll be able to apply for up to five different courses and/or universities. This is where you choose what programmes you hope to be accepted into. You can only choose five though, so choose wisely.

Step 6: Provide Your Educational History

Here you’ll enter your entire educational history beginning at secondary education. You’ll enter your A-Levels as well as any vocational courses you’ve taken. It’s important that you list all of these exactly right, including the marks you received in each.

Step 7: Employment History

This is where you’ll attach your work resume. This is for paid work only. If you have any volunteer experience or other unpaid work, it’ll be listed in your personal statement instead. You can only list five places of employment, so if you’ve had more than five jobs, choose the five most relevant to the programme you’re pursuing (in this case, engineering).

Step 8: Your Personal Statement

We’ll discuss this in-depth a little later on.

Step 9: Review the Details

Once you’ve completed all the above-listed steps, you’ll have a chance to review everything. Review it thoroughly and make any changes necessary. You won’t be allowed to edit it once it’s been submitted.

Step 10: Personal Reference, Application Fee & Submit

Finally, you’ll need at least one personal reference. This should be from someone who knows you in a professional capacity, either from working with you or having had you in class. You’ll also be required to pay an application fee of £20 if you’re applying to only one course and £25 if you’re applying for multiple courses. Then you’ll submit the application.

Once you’ve submitted your UCAS Apply application, you’re all set. You can track it using the UCAS Tracker to see if your desired universities have received it. Then you wait for the university to reach out to you for more information, an interview, or acceptance.

Writing Your Personal Statement

If you’re applying to an engineering programme, you’ll be required to write a  personal statement  as part of step 8 on the UCAS Apply application. We can’t overemphasise how important step 8 truly is. There are very few universities that require you to write an additional essay or personal statement for entrance into their engineering programmes, so this is your one chance to get it right.

So what exactly should you write about?

There isn’t exactly a prompt for writing your UCAS personal statement. Under this same question – “What should I write about?” – on the  UCAS website , the answer given is simply, “You.” In other words, write about yourself.

The admissions team wants to know why they should give you a coveted spot in the engineering programme over every other applicant. You need to tell them why you want a spot at the university, but you also need to tell them why you  deserve  a spot  and  what it is about you that should make them want to  give  you a spot. This means showcasing your strengths, achievements, and drive to succeed.

In case you need a little more guidance, here are some questions to ask yourself to help you get started:

• Why are you interested in attending university, and what aspects of university life are you most looking forward to experiencing?
• What are your career goals?
• What first interested you in engineering, and what about it continues to interest you?
• What experiences have you had, either in school or in the work environment, that would prepare you for studying at university?
• Was there anything about your earlier education studies you found to be particularly helpful or interesting?
• What do you most hope to gain from your time at the university, and what strengths and positive characteristics will you bring with you?
• What makes you a good candidate for a position at Uni?
• What elements of your future studies are you looking forward to most?
• Have you taken any higher education courses already, received any awards or accolades, or been recognised for outstanding academic or professional ability?
• What can you write about to prove that you’ve researched engineering beyond what you learned in your early education?

If you consider these questions and keep them in mind while writing, you’ll likely cover everything you need to cover to make a good impression on the admissions team. UCAS also provides you with this  personal statement worksheet  to help organise your thoughts and guide your writing.

Standard Engineering Personal Statement Length & Format

One thing to keep in mind while writing your personal statement is that it has to stay within a  certain character limit . No matter how much you have to say, you have to keep it under 4000 characters or 47 lines of text.

While this isn’t an exact word count, that averages out to approximately 500 words, which isn’t a ton of words. It’s about one single-spaced page worth of text. This means that you must be concise. You want to get in all the important information that’ll help your application stand out from all the other applications universities receive, but you have to do it without being too wordy.

Format Requirements

Worrying about the formatting requirements (double-spaced, single-spaced, font size, etc.) is unnecessary for your engineering personal statement because you’ll be typing or pasting it into a text box on the website. As long as your paragraphs are clearly defined and your font is easy to read, you should be fine on formatting guidelines.

However, because you only get 47 lines of text, it’s important that you  structure your paper correctly . This means breaking your personal statement into roughly three sections, with each section answering a specific question. For the sake of clarity, we’ll call these sections the introduction, body paragraphs, and conclusion.

Now let’s break it down a little further.

A Brief Introduction

The introduction should take up about 15-20% of your personal statement. That’s approximately seven to ten of the 47 provided lines. In your introduction, try to answer the question, “Why do you want to study engineering?” You can talk about the experiences that shaped your love of the subject and the things about it that continue to interest you. You might even touch on why you feel it’s important that people study engineering at all.

Full, Rich Body Paragraphs

Your body paragraphs should make up about 55-65% of your engineering personal statement, or 26 to 30 lines. In these paragraphs, you’ll address the questions, “What have you done that has prepared you for this course?” and “Why do you deserve a spot in the programme?” This is when you go in-depth into your experiences, educational history,  relevant  employment, etc.

Other questions you may want to address in your body paragraphs are:

• How have you cultivated the knowledge you need to succeed in this field?
• What did you learn while preparing for this course?
• Did you receive high marks in the classes relevant to an engineering course?
• Did you win any awards or receive any other accolades?
• What about your life experiences that has fully prepared you not just to enrol in the course but to excel in it?

A Brief Conclusion

Your conclusion should make up between 20-25% of your engineering personal statement, which is roughly ten to 12 lines. Here you’ll sum up your personal statement and bring it to a close. This is where you’ll add in any other extracurricular activities that might not be relevant to engineering but are impressive enough that you want the admissions team to know about them. You can also touch briefly on your future career goals in this section.

Other Things to Remember

One statement – five applications.

One of the most important things to remember about your engineering personal statement for your UCAS Apply application is that you can only write one statement, even though you could be applying to five different courses/universities. This means you don’t want to mention any specific university by name. If you do, the four other universities to which you’ve applied may think you aren’t seriously interested in them and disregard your application altogether.

Additionally, if you’ve applied to study different subjects rather than simply applying to five different engineering programmes, you won’t be able to focus your personal statement quite so much on the field of engineering. Instead, you’ll have to take a much more general approach to writing your personal statement, discussing your strengths in general terms as opposed to how they would apply specifically to the field of engineering.

Proofread and Edit

Do  not  submit your application and your included engineering personal statement without first proofreading and editing your statement. It’s even better if you can ask a  mentor, professor, or trusted friend  to look over it for you before you submit it. Having a fresh set of eyes looking over your paper is a great way to find errors you might have otherwise missed. Proper grammar and writing style are important, so don’t rush ahead without a proper amount of time spent editing and cleaning up.

The Website Will Time Out

Another important thing to remember is that the UCAS website will time out after 35 minutes of inactivity. For this reason, it’s better if you write your personal statement ahead of time in a separate document and then simply copy and paste it into the text box once it’s been fully edited and is ready to go.

Engineering Personal Statement Examples

Example personal statement 1.

“I hope a degree from your University will allow me to transfer key abilities from a place of study into, eventually, a place in industry. After much extended research, my admiration for the engineering innovator, Karl Benz, has been truly established. Commonly regarded as the originator of the first automobile powered by an internal combustion engine, his contributions to the vast domain that is engineering are simply colossal. One creation of his that captivated my mind tremendously was the ‘Blitzen Benz’; a vehicle fabricated solely for the purpose of speed. […]

Understandably, I am mindful that the finest engineers must possess a resilient skill-set, which should include the ability to thrive in both collaborative and solo tasks, flourish under pressure and blossom in positions requiring a leadership mentality. Hopefully, a place on this course will allow me to reinforce and augment my previously developed skills whilst allowing me to simultaneously acquire many more essential abilities that will prove beneficial in later life.”

– Read the rest  here

Although this excerpt is a little longer than we usually like to include, we had to include it. It’s just too impressive to ignore. First of all, you’ll notice the author refers to “your University.” This is how you should always speak of the prospective university in your engineering personal statement because it sounds personal, but it doesn’t call any specific school by name, which would alienate the other four universities to which you applied.

Secondly, the author speaks of his admiration for the engineer and inventor Karl Benz. This shows that he’s researched his field of study outside of what he learned in school. It shows he has a genuine interest and passion for engineering, which means he should do well at Uni. The section that’s been removed goes into more detail about the ‘Blitzen Benz,’ using language that shows he has a solid knowledge of the technical terms associated with engineering.

Finally, he smoothly transitions into highlighting his strengths. He mentions many of the qualities that make for a good engineer and then mentions he has those qualities. In the next section, which has also been removed for the sake of brevity, he talks a bit about how he cultivated those qualities. He also says he hopes his time at Uni will help further these necessary qualities in him, and then transitions into talking about his future goals.

It is a powerfully written personal statement that shows the writer to be an excellent candidate for the engineering programme.

Our Verdict:

Example Personal Statement 2

“Engineers build societies. More specifically, mechanical engineers apply fundamental maths and physics laws to construct mechanical devices that we use every day, despite sometimes going unnoticed. For this reason, I would like to pursue a career in engineering, as it is such a key component in societies. It combines my fascination of how things work and the mechanics behind devices, with the ability to apply maths and physics concepts to real-life situations.

Studying Maths Mechanics at A-level has given me experience with calculus and more advanced mathematics, including differential equations, creating a firm grounding for the mathematics I should encounter at degree level. Physics has given me an understanding of fundamental notions and reinforced the mechanical aspects of maths […]”

his is another example of a well-written engineering personal statement. The introductory paragraph, in particular, is superb and covers everything that should be covered. The writer starts by highlighting why engineering is important to society as a whole. In doing so, she also demonstrates a solid knowledge of what engineering is all about.

She transitions smoothly into why she wants to become an engineer and mentions that she has a fascination with both  “how things work”  and  “the mechanics behind devices,”  which are two key elements for a successful engineer. In her next paragraph, she begins talking about her educational history, showing she has the experience and education necessary for a foundation in engineering.

Altogether, she presents herself as someone with passion, clearly defined goals, and a solid foundation that should allow her to hit the ground running when she begins at the university.

Example Personal Statement 3

“My desire to study Engineering stems from the practical application of Maths and Physics to real world situations to enhance and improve them is a field that I find fascinating and perplexing. After partaking in different engineering-based experiences, I learnt how varied and inclusive this subject is, and that is the reason I want to study Engineering at University.”

In contrast to the first two examples, this is an example of a weak engineering personal statement that wasn’t done well. This is the author’s introductory paragraph, and right from the beginning, it fails to paint the writer in a good light. The first sentence is grammatically incorrect and makes no sense as written. The paragraph is also much too short and vague.

Referring back to the common structure of a personal statement, you’ll remember the introductory paragraph should be about seven to ten lines long. This one is about four. It doesn’t have enough information on it, and the information that’s there is too general. It sounds like a child’s version of what an engineer does and why it’d be fun to be an engineer.

The student mentions  “partaking in different engineering-based experiences”  but doesn’t give any examples to back up that claim. Even his reason for wanting to be an engineer isn’t clearly defined. This is a weak, unmemorable statement that isn’t going to impress anyone on an admissions team.

Example Personal Statement 4

“My extra-curricular activities in and out of school have enhanced my ability to lead a group. I joined stem club at the beginning of year 12 and this has contributed to the improvement of my problem-solving skills which has helped me significantly in my maths modules and physics. […] I play the piano […] piano allows me to improve my thinking skills on the spot. My schedule is very busy and challenges me to manage my time carefully […] I am always challenging my own understanding and I believe that I have the right attitude, skills and personality for this degree. I feel that a career in engineering will make good use of my strengths.”

– Read the rest  here

Let’s look again at the typical structure of a personal statement listed above. You’ll see that the conclusion paragraph should be about ten lines long. It’s also a good place to list all the extracurricular activities that aren’t strictly associated with engineering but that you want the admissions team to know about you.

This author wrote a great conclusion paragraph. Although sections have been removed, you can see it’s close to the right length. Additionally, she uses the conclusion paragraph exactly as it should be used, listing all of her extra achievements she wants the admissions team to know. Beyond that, though, she uses these extracurricular activities as another way to show her strengths – strengths that would make her a good fit for any engineering programme.

She mentions having good leadership skills. She also talks about being part of a STEM (science, technology,  engineering,  and mathematics) club. She talks about playing the piano but then adds that her ability to play has improved her on-the-fly problem-solving skills. She talks about work and her busy schedule, but then stresses that this has helped her learn good time management skills.

Instead of just using her conclusion to provide a list of her extracurricular activities, she uses it as another opportunity to casually and naturally highlight her skills. She ends by saying these skills she learned in all these activities will serve her well in her future career as an engineer, which is a great way to end the personal statement on a relevant note.

Example Personal Statement 5

“During my school life, I have enjoyed taking part in sporting events organised by the French charity “Justice au Coeur” […] My extracurricular activities include athletics […] I also attended a scouts’ club in my neighbourhood, and have passed Grade 7 in drama. […]

I am a native speaker of English and French […] I have also studied Latin at my school for six years, and am going to take it as a subject at the French Baccalauréat.

One of my main hobbies is model rocketry. […]

I completed two weeks of unpaid work experience in a WHSmith bookshop in Wimbledon in June 2012. I thoroughly enjoyed my time there.”

By contrast, this is an example of a writer who didn’t do a good job of adding in her extracurricular activities. First of all, even though it’s not evident here, this information is listed in this author’s body paragraphs, not her conclusion. These sentences, along with several similar ones that have been removed, make up  four paragraphs  of the body of her engineering personal statement.

She used  four paragraphs  talking about things that have absolutely nothing to do with engineering. She wasted those four paragraphs. All this information is nice information to provide, but it should have all been condensed into one small paragraph at the end of the personal statement.

Instead, she took the paragraphs that should have been devoted to what she’s done to prepare her for engineering and why she deserves a spot in the programme and wasted them on extracurricular activities that aren’t really relevant.

Remember: You only have 4000 characters to write your personal statement, and use those characters wisely.

To Sum It All Up…

The main things to remember when writing your engineering personal statement are to be truthful, be concise, and be authentic. It’s also important that you write a 100% unique, “personal-to-you” personal statement. It’s okay to look at other people’s statements for inspiration or to get a feel for what works and what doesn’t, but there are severe consequences for plagiarism ( here’s a plagiarism-checker you can use ) and cheating, including having your entire application trashed at all the universities to which you applied.

Finally, make sure you dedicate enough time to the process. You want to plan your statement out ahead of time and have enough time to write it thoroughly and completely. It’s also important to save time for the  editing and proofreading stages  after you’ve finished your first draft.

Be specific when talking about your interests, goals, and strengths. Remember, this is one of the few times in life when it is okay to sell yourself. You want to make a good impression, and you want to be memorable. The more easily the admissions team can recall you and your engineering personal statement, the more likely you’ll get a spot in a good engineering programme.

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Successful Personal Statement For Engineering At Oxford

Last Updated: 3rd August 2020

Author: Adi Sen

• Engineering

Table of Contents

Welcome to our popular Personal Statement series where we present a successful Personal Statement, and our Oxbridge Tutors provide their feedback on it. 

Today, we are looking through an Engineering applicant’s Personal Statement that helped secure a place at Oxford University. The Engineering Course at Oxford is based on a unified course in Engineering Science, which integrates study of the subject across the traditional boundaries of engineering disciplines.

Read on to see how this candidate managed to navigate the many disciplines of Engineering. 

Here’s a breakdown of the Personal Statement:

SUCCESSFUL?

The universities this candidate applied to were the following:

Enrolling on our Oxbridge Engineering comprehensive Programme will give you access to Personal Statement redrafts. 

With our  Oxbridge Engineering Premium Programme, your tutor will give you regular actionable feedback with insider tips on how to improve and make your Personal Statement Oxbridge quality for the best chances of success.  

Discover our Engineering Programme today to learn how you can enrol and triple your chances of success.  

Engineering Personal Statement

I have always considered myself creative; much of my youth was spent designing and building with my Dad in his workshop. I would read encyclopaedias on cars and watch design-related TV programmes such as BBC’s Robot Wars, analysing the strengths and weaknesses of each robot and thinking about how they could be improved. This background, combined with a genuine enjoyment of mathematics and physics, has given me a desire to read engineering at university.

Reading Marcus du Sautoy’s “The Music of the Primes” and Simon Singh’s “Fermat’s Last Theorem” has shown how individuals have dedicated their lives to solving seemingly simple problems. The main attraction of these books and mathematics more widely, is problem solving, which is also what draws me to engineering. Solving a wide variety of problems is something I really enjoy; in the most recent UKMT Senior Maths Challenge, I was awarded a gold certificate, also the best score in my year at school.

Studying physics at A-Level has helped me to understand the world, and answered questions I had as a child; why does a satellite stay in orbit? How does gravity work? Why does a clock pendulum keep in time? My favourite aspect of physics is mechanics, complemented by my maths mechanics modules. The application of physics and mechanics to engineering was obvious from the outset; it is a fundamental skill set which bridges the gap between science and invention. I also enjoy studying Further Pure Mathematics, in particular calculus, and am interested in how the solutions of second order differential equations apply to problems in mechanics.

Projects including designing and making a desk lamp, a torch and bench vice grips in GCSE Engineering gave me an initial insight into the discipline. The course gave me hands on experience with equipment typical of an engineering department. Considering the benefits of materials was important too; from an economic, aesthetic, and practical perspective. I also secured work experience at a BMW Mini Plant in the ‘Whole Vehicle Analysis’, section. One project involved heating up a Mini’s bonnet to address complaints from customers in hot countries that the bonnet scoop sagged. I used CNC measuring equipment and helped to write up one of a series of reports, resulting in an alloy being added to the scoop so it retained its structure. The week introduced me to engineering in the real world, the importance of quality control and precision and the cost of a company’s mistakes.

Aside from my studies, I have always had a musical interest and am working towards grade 7 piano. I completed work experience at the local ‘Yamaha Homeworld’ music shop specialising in top range digital pianos. I am constantly impressed at how a digital piano can look, feel, and respond exactly like a real piano. I like being part of a team and am a keen rugby and cricket player. Being elected as prefect and head boy has further helped me to work well, and get on with others, as well as improving my public speaking. This has been complemented by taking Grade 8 ‘Speaking in Public’ last year, in which I achieved a distinction. I now feel confident talking in front of large groups and being able to communicate my ideas easily. Reading Steven Johnson’s “Where Good Ideas Come From” discussed the theory that “ideas are generated by crowds where connection is more important than protection” and for me this epitomises the importance of team work and communication within engineering.

Ultimately, I would like to play a role in the future of our rapidly developing world; studying engineering at university will not only give me the skills to do this, but will also stimulate my passion for mathematics and science.

For more inspiration, take a look through our other successful Personal Statement a nalysis articles:

Successful Personal Statement For Law At Cambridge

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Download our Free Personal Statement Starter Guide 

Good Points Of The Personal Statement

This is an excellent statement.

The student begins with personal reasons as to why they are interested in engineering, and by the end of the introduction, the reader is left in no doubt that the student is absolutely sure they want to pursue engineering at a higher level. The student successfully describes a range of experiences and interests covering several engineering disciplines and keeps the application general enough to be relevant to a general engineering degree. The statement is well-structured with a clear introduction, main body, and end.

Bad Points Of The Personal Statement

Although the student mentions several experiences/interests covering several engineering disciplines, they fall short of naming a specific engineering discipline that captures their interest.

Whilst this is not a requirement, naming a particular field of engineering as capturing one’s interest above other fields would demonstrate a level of decisiveness to the reader. Many universities do not offer general engineering degrees, and it is possible a student who is applying for engineering at Oxford or Cambridge will also make several applications to universities for specific engineering disciplines.

It is important to keep the statement general enough for applications to general engineering courses but also specific enough for applications to individual engineering disciplines. This would have been possible by stating an interest in a particular engineering discipline.

UniAdmissions Overall Score:

This is an excellent statement, one that is well-written and well-structured. The student’s motivation to study engineering is clear, although the student falls short of naming a specific field of engineering which capture’s their interest above all others.

Because of this one negative, we’re awarding this statement 4/5 stars. However, it’s important to note this rating is based on the overall strength of the statement. Although it had potential to be a little stronger, this had no impact on the number of offers the candidate received.

And there we have it – an Oxford Engineering Personal Statement with feedback from our expert tutors. 

Remember, at Oxford, the Admissions Tutors are often the people who will be teaching you for the next few years, so you need to appeal directly to them.

Check out our Free Personal Statement Resources page for even more successful personal statements and expert guides.

Our expert tutors are on hand to help you craft the perfect Personal Statement for your Oxford Engineering application.

With our  Oxbridge Engineering Premium Programme we help you craft the perfect  Personal   Statement , achieve a highly competitive PAT score and teach you how to  Interview effectively.

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Top 17 Manufacturing Engineer Resume Objective Examples

Updated July 13, 2023 14 min read

A resume objective is a brief statement that appears at the top of your resume and outlines your career goals. As a manufacturing engineer, it's important to craft an effective, clear objective that demonstrates your knowledge and experience in the industry. When writing your objective, focus on summarizing what you can bring to the job and how you can help the organization reach its goals. For example, you might write "Motivated professional with 10 years of experience in manufacturing engineering seeking to utilize my expertise in process optimization and automation to improve efficiency for ABC Company." Additionally, be sure to include any relevant skills or qualifications you possess such as project management experience or proficiency in CAD programs. By crafting a well-written resume objective, employers will gain an understanding of what you have to offer as a manufacturing engineer.

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Top 17 Manufacturing Engineer Resume Objective Samples

• To utilize my knowledge and experience in manufacturing engineering to contribute to the success of a forward-thinking organization.
• To secure a challenging position as a Manufacturing Engineer in an innovative and progressive organization.
• To obtain a Manufacturing Engineering position that will allow me to use my skills in problem solving, process improvement, and design optimization.
• Seeking a position as a Manufacturing Engineer where I can apply my expertise in production processes, quality control, and cost reduction.
• To obtain a Manufacturing Engineer role at an established company with opportunities to develop new skills and expand existing ones.
• To work as a Manufacturing Engineer for an organization that values innovation and encourages creativity.
• To leverage my technical skills and knowledge of manufacturing processes to create efficient solutions for the benefit of the company.
• Seeking an opportunity to use my experience in manufacturing engineering to drive positive change within an organization.
• To bring my experience in Lean Manufacturing principles and Six Sigma methodology to help improve production efficiency and reduce costs.
• Seeking a role as a Manufacturing Engineer where I can utilize my experience in CAD/CAM software, robotics, automation, and other technologies.
• To join an organization that values innovation and offers opportunities for professional growth as a Manufacturing Engineer.
• Looking for an opportunity to work as part of a team of professionals who are passionate about their work as a Manufacturing Engineer.
• Aiming to secure the position of Manufacturing Engineer at an industry-leading firm where I can utilize my technical abilities for the benefit of the company's objectives.
• Seeking employment as a Manufacturing Engineer with the potential for advancement based on performance excellence.
• Looking for an opportunity to use my knowledge of advanced manufacturing techniques such as 3D printing, CNC machining, laser cutting, etc., to develop innovative products or processes within an organization.
• Aiming to join an organization that is committed to continuous improvement initiatives through creative problem solving techniques as part of its manufacturing engineering team.
• Seeking employment with an employer who recognizes hard work and dedication by offering career growth opportunities within the field of manufacturing engineering

How to Write a Manufacturing Engineer Resume Objective

A Manufacturing Engineer Resume Objective is an important part of any engineer’s resume. It serves as the first impression that a potential employer has of you, and it should be crafted carefully to give the best possible impression. A good objective will showcase your skills and experience in a concise way, while also conveying why you are the right fit for the position.

When writing a Manufacturing Engineer Resume Objective, keep in mind that it should be written with precision and accuracy. Begin by introducing yourself and giving a brief overview of your qualifications such as your educational background, work experience, certifications, etc. After this, include two or three statements that highlight your specific qualities related to the job opening. For example, if you have previous experience working in manufacturing engineering roles, then mention this along with any relevant technical skills that you possess. Additionally, make sure to include any awards or recognitions that demonstrate your commitment to excellence within the industry.

When crafting an effective Manufacturing Engineer Resume Objective, ensure that it is tailored specifically towards the job opening at hand. Take time to research the company and its needs so that you can tailor your objective accordingly. Additionally, avoid using generic language or cliches as these can come off as insincere and unprofessional. Finally, make sure to proofread your objective multiple times before submitting it; even minor errors can make a huge difference in how employers view your application!

By following these tips for creating an effective Manufacturing Engineer Resume Objective, you will be able to present yourself in a professional manner and show employers why you are the ideal candidate for their open position!

Related : What does a Manufacturing Engineer do?

Key Skills to Highlight in Your Manufacturing Engineer Resume Objective

In today's competitive job market, having a well-crafted resume is crucial to stand out from the crowd and land your desired manufacturing engineer position. One vital part of your resume is the objective section, where you get the chance to impress potential employers with your most relevant skills and qualifications. In this section titled 'Key Skills to Highlight in Your Manufacturing Engineer Resume Objective', we will discuss those core competencies that can make your resume more appealing and significantly increase your chances of getting hired. These skills reflect not only your technical proficiency but also your ability to manage projects, solve problems, and work effectively within a team setting.

AutoCAD is a crucial skill for a Manufacturing Engineer because it involves the use of computer-aided design software to develop, modify, and optimize manufacturing processes. It allows engineers to create detailed, precise digital models of products or parts, which can be used to identify potential issues before production begins. This not only increases efficiency but also reduces costs by minimizing errors and waste. Therefore, mentioning this skill in a resume objective demonstrates a candidate's ability to effectively design and improve manufacturing systems.

2. SolidWorks

As a Manufacturing Engineer, proficiency in SolidWorks is crucial as it's a standard tool used for creating designs, simulations, and analysis of various manufacturing processes and products. This skill demonstrates the ability to effectively design and optimize manufacturing systems, ensuring efficiency and quality in production. Including this skill in a resume objective shows potential employers that the candidate has the technical expertise necessary for product development and improvement.

3. Lean Manufacturing

Lean Manufacturing is a crucial skill for a Manufacturing Engineer because it demonstrates the ability to streamline processes, reduce waste and increase productivity. This skill shows potential employers that the candidate understands efficient production techniques and can implement strategies to improve overall operational performance. Including this skill in a resume objective can highlight the candidate's commitment to efficiency and cost-effectiveness, which are highly valued in manufacturing roles.

4. Six Sigma

Six Sigma is a set of techniques and tools for process improvement. It seeks to improve the quality of process outputs by identifying and removing the causes of defects and minimizing variability in manufacturing and business processes. As a Manufacturing Engineer, having Six Sigma skills demonstrates your ability to analyze, improve, and control manufacturing processes to increase productivity and reduce costs. This skill is crucial for a resume objective as it shows potential employers that you have the knowledge and expertise to enhance their production efficiency and quality which can lead to significant financial savings for the company.

5. CNC Programming

A Manufacturing Engineer's role often involves designing, implementing, and optimizing manufacturing processes and equipment. CNC Programming is a critical skill for this job as it involves creating instructions for computer-controlled machines (CNC machines) used in the manufacturing process. This skill is essential to increase efficiency, reduce errors, and ensure safety in the production line. Therefore, mentioning CNC Programming in a resume objective can highlight the candidate's ability to effectively manage and improve manufacturing operations.

6. Finite Element Analysis (FEA)

Finite Element Analysis (FEA) is a critical skill for a Manufacturing Engineer because it involves using computerized methods to predict how an object reacts to real-world forces, such as vibration, heat, and other physical effects. This skill is essential in designing and optimizing products and processes in the manufacturing industry. Including FEA in a resume objective demonstrates the candidate's ability to use advanced engineering techniques to improve product quality, reduce costs, and ensure safety standards.

7. D Printing

3D printing is a rapidly growing technology in the manufacturing industry. It allows for quick prototyping, customization, and production of complex designs that would be difficult or impossible with traditional methods. A Manufacturing Engineer with skills in 3D printing can bring innovative solutions to improve product design, reduce production time and costs, and increase efficiency. Including this skill in a resume objective demonstrates an understanding of modern manufacturing technologies and the ability to adapt to new advancements, making the candidate more attractive to potential employers.

8. Robotics Integration

A Manufacturing Engineer with a skill in Robotics Integration is highly desirable as the manufacturing industry increasingly adopts automation and robotics technology to improve efficiency, quality, and safety. This skill demonstrates the engineer's ability to design, implement, and maintain robotic systems within a manufacturing setting. It shows they can work with complex machinery and technology, troubleshoot issues, and optimize performance. This expertise can lead to significant cost savings, improved product quality, increased production speed and volume for the company. Therefore, it is an essential skill to include in a resume objective for a Manufacturing Engineer.

9. Programmable Logic Controllers (PLC)

A Manufacturing Engineer needs to have skills in Programmable Logic Controllers (PLC) because they are responsible for designing, implementing, and maintaining manufacturing systems and processes. PLCs are used in the automation of industrial electromechanical processes, such as control of machinery on factory assembly lines. Knowledge and experience with PLCs allow the engineer to create automated systems, troubleshoot existing systems, and improve efficiency. This skill is crucial for a resume objective as it showcases the candidate's technical capability and understanding of automated manufacturing processes, which is vital for success in this role.

10. Computer-Aided Manufacturing (CAM)

A Manufacturing Engineer with skills in Computer-Aided Manufacturing (CAM) is essential as it demonstrates the ability to design, simulate and analyze workflow in the manufacturing process. This skill is crucial for improving efficiency, reducing production costs, and ensuring quality control. It showcases the candidate's proficiency in using advanced technology and software, which are critical for modern manufacturing processes. Therefore, mentioning this skill in a resume objective can make a candidate stand out to potential employers in industries that rely heavily on manufacturing technologies.

In conclusion, your manufacturing engineer resume objective should effectively highlight your key skills that align with the job requirements. This not only helps to grab the attention of hiring managers but also sets a strong foundation for the rest of your resume. Remember, this section is your first opportunity to make a good impression, so ensure it accurately reflects your abilities and potential. Tailoring these skills to match the specific role you are applying for can significantly increase your chances of landing an interview.

Related : Manufacturing Engineer Skills: Definition and Examples

Common Mistakes When Writing a Manufacturing Engineer Resume Objective

The manufacturing engineering profession is an integral part of the manufacturing sector, as it involves designing and developing new products, improving existing ones, and managing production processes. As such, a manufacturing engineer resume objective must be well-crafted to show the hiring manager that you have the technical skills and expertise necessary for the job. Unfortunately, many applicants make mistakes when writing their resume objectives that can cost them an interview.

One of the most common mistakes made by applicants is failing to tailor their resume objective to the specific position they are applying for. A generic statement such as “I am seeking a challenging position in a manufacturing engineering role” will not give recruiters a clear understanding of your qualifications or what you can bring to the company. Instead, focus on your key strengths related to that particular role and how they will help you reach success in it. For example, “I am a highly skilled manufacturing engineer with extensive experience in designing cost-effective production processes and developing innovative solutions. I am confident I can use my expertise to help this organization achieve its goals.”

Another mistake often seen in resumes is including too much irrelevant information in the objective section. It's important to keep your resume objective concise and focused on relevant details only; there’s no need to include any personal information or unrelated work history here. Additionally, avoid using vague language such as “I am looking for a new opportunity” or “I want to learn something new” as these statements don't demonstrate any value for potential employers.

Finally, don't forget to proofread your resume before sending it out! This is especially important when writing a resume objective since even small typos or grammar errors may influence hiring managers' decisions about whether or not to call you in for an interview.

Overall, crafting an effective manufacturing engineering resume objective requires careful thought and attention to detail. By avoiding these common mistakes, you can ensure that your statement will stand out from other applicants and help you land that dream job!

Related : Manufacturing Engineer Resume Examples

A right resume objective for a manufacturing engineer would be to utilize their skills and experience to optimize production processes and systems, while a wrong resume objective would be to make the position financially rewarding.

Editorial staff

Brenna Goyette

Brenna is a certified professional resume writer, career expert, and the content manager of the ResumeCat team. She has a background in corporate recruiting and human resources and has been writing resumes for over 10 years. Brenna has experience in recruiting for tech, finance, and marketing roles and has a passion for helping people find their dream jobs. She creates expert resources to help job seekers write the best resumes and cover letters, land the job, and succeed in the workplace.

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Manufacturing engineering

What's on this page, study options, chat to a current manufacturing engineering student.

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Manufacturing engineering is all about using processes, technology, and resources to bring ideas to life. It goes beyond production lines, developing manufacturing systems, quality control, and the integration of cutting-edge technologies like automation and additive manufacturing.

The career options are varied, from aerospace and automotive to electronics and healthcare. It can lead to roles such as manufacturing engineer, process engineer, or production manager, where you contribute to enhancing efficiency, reducing costs, and ensuring product quality.

As industries evolve, so do the opportunities within manufacturing engineering, paving the way for leadership positions in research and development, supply chain management, and even entrepreneurial ventures.

• Develop sustainable and environmentally friendly manufacturing processes.
• Get involved in the research and development of new materials and advanced manufacturing processes.
• Contribute to the development of industries, creating employment opportunities and economic stability in communities.
• Engineering materials and manufacturing technology
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• Automated manufacturing project
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Subjects it's useful to have studied first

• Material selection knowledge
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Production managers and directors in manufacturing

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Metal machining setters and setter-operators

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What is a biotechnology manufacturing design engineer, getting in: entry requirements.

Find out more about what you'll need to study manufacturing engineering at university or as an apprenticeship.

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Apply to university and apprenticeships, find out more, engineering design show, how it’s made – discovery uk.

A TV series that puts everyday objects such as trumpets, sinks, pin ball machines, ballet slippers, cowboy boots and buses under the microscope to find out what it takes to manufacture the things we often take for granted.

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• Do you love innovation and like to stay up-to-date with technology and the latest advancements?
• If you have a passion for sustainability, discuss any experiences, coursework, or personal projects related to sustainable manufacturing practices.
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Manufacturing Engineering

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University of Portsmouth

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Mechanical and Manufacturing Engineering (Top Up)

University of Derby

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Aerospace engineering personal statement example 22.

With recent advancements in current projects including SpaceX and Virgin Galactic, the aerospace industry is still very much at the height of technology.

With ever more tremendous progress being made every day, this is an industry which I hope to be part of. The art of designing and manufacturing cannot only defy what people believe about the world's limits, but it can also create new heights in which future engineers can reach.

This concept fascinates me, and it is one of the key reasons I have decided to pursue an interest in engineering.

I first became interested in the field of aerospace engineering when I was shown a video of the Nasa X-43 Concept aircraft reach MACH 9.6 (11,000km/h).

This was regarded as a triumph for the engineering community, yet I was unaware of its significance.

I started to research into this matter and other high-speed aircraft and subsequently understood as to why an accolade such as this was so important but also the types of technology that made it possible.

The combinations of my A-level subjects have equipped me with the appropriate knowledge to entirely foster myself intellectually for a degree in Aerospace Engineering.

The multiplicity that mathematics possess has always intrigued me. From the manner in which a particle on an inclined plane travels to the variety of techniques used in calculus for differentiation and integration.

Understandably these interests stem over to Physics, a subject in which for every imaginable question there is a logical answer. From the fundamental particles like quarks and their corresponding exchange particles to the limitless uses and application of electromagnetic waves.

Therefore a discipline that has long been the go-between of these two giants and has taken the best from each to positively develop and modernize our civilization is the profession I wish to devote my career too.

When I was a little older, I began to assist my father in his carpentry shop. This has helped me to develop skills such as leadership, organisation, responsibility, independence and creativity.

I have established my role as a leader by assisting customers in helping them to choose the most appropriate product or by giving them a quote on the job at hand.

Communicating with customers has led me to become more creative at this role as I have had to undergo many tasks in both the workshop and on the showroom floor.

During this process, I had to be proactive and solve problems in a logical and rational manner.

My involvement with Access, which is a school run programme to help students gain work experience for different subjects has taught me how major businesses market their product and how they advertise their ideas to various age groups. For example, I was given the opportunity to assist Twitter with their website appeal and how they could make their company more appealing to all of their target audience.

This was a good opportunity to express my ideas. Meeting people from Google allowed me to further my knowledge in designing process of the variety of products they offered and gave me an insight of the level of planning and testing that go into all their products before they are unveiled to the general public. This afterwards showed me the discipline that engineers have to undergo to finalise a product.

I believe that engineering has long been the heart and brain of the development of the human race. As it is derived from the most vital sciences, Mathematics and Physics.

It is with an intense passion for these skills and the subject matter my course beholds that I wish to further my understanding of engineering at an established and reputable university.

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Related companies   more, popular searches in russia.

• Construction
• Engineering
• International
• Iso 9001 Certified Companies
• Manufacturing
• Multinationals
• Pharmaceutical

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