Entry-level mechanical engineer Skills
Make your entry-level mechanical engineer resume stronger with popular skills, examples, tips, and resume-ready bullet points
Optimize your resume Build your resume
An entry-level mechanical engineer plays a pivotal role in designing, analyzing, and manufacturing mechanical systems. These engineers work on diverse projects, from small component designs to large-scale industrial systems, often requiring collaboration across various engineering disciplines. Key entry-level mechanical engineer skills like mechanical engineering, technical expertise, and proficiency in software like CAD and SOLIDWORKS are essential for success in this field. Entry-level mechanical engineers are also expected to document processes, conduct research, and perform experiments, often using tools like MATLAB and LabVIEW.
Listing the right skills for your entry-level mechanical engineer resume is crucial in showcasing your potential to employers. The right entry-level mechanical engineer skills not only help you stand out among other candidates but also demonstrate your ability to contribute effectively to engineering projects. By highlighting your expertise in areas such as manufacturing and documentation, you can better align your resume with the job requirements, making you a more appealing candidate to hiring managers.
How we got the data
The data in this report was pulled from Jobscan’s database of more than 10 million job descriptions and 17 million resumes.
We analyzed the job descriptions to find the skills that employers want the most. Then we analyzed the resumes to see which skills appeared most frequently.
Armed with this knowledge, job seekers can easily tailor their resumes and cover letters to highlight the most relevant resume skills for each job they apply to.
top 10 entry-level mechanical engineer Hard Skills
- Mechanical engineering – 92%
- Technical – 69%
- Manufacturing – 69%
- CAD software – 66%
- SOLIDWORKS – 64%
- Documentation – 57%
- Research – 49%
- MATLAB – 46%
- Experiments – 46%
- LabVIEW – 45%
top 10 entry-level mechanical engineer Soft Skills
- Attention to detail – 47%
- Communication – 12%
- Hands-on – 8%
- Motivated – 6%
- Committed – 6%
- Work independently – 3%
- Creativity – 3%
- Organized – 2%
- Flexibility – 2%
- Best practices – 2%
top 10 entry-level mechanical engineer Skills on Resumes with High Match Rate
- Mechanical engineering
- Mechanical design
- Technical
- Manufacturing
- SOLIDWORKS
- Management
- AutoCAD
- Research
- Analysis
- Testing
Optimize your resume to get more job interviews
Jobscan's Match Report shows you how to tailor and optimize your resume to stand out to recruiters.
Optimize your resumeTop 10 entry-level mechanical engineer skills
Mechanical Engineering:
Mechanical engineering involves the design, analysis, and manufacturing of mechanical systems. Entry-level mechanical engineers apply these principles to create efficient and innovative solutions.
- Designed mechanical systems using engineering principles, improving efficiency by 15%.
- Analyzed mechanical components to enhance performance and reduce costs by 20%.
- Collaborated on projects, applying mechanical engineering skills to develop new technologies.
Technical:
Technical skills encompass the ability to work with engineering tools, software, and processes. These skills are vital for analyzing data and solving complex problems.
- Utilized technical skills to troubleshoot and resolve engineering issues, reducing downtime by 30%.
- Applied technical expertise in MATLAB to optimize system designs, enhancing functionality by 25%.
- Developed technical documentation for engineering projects, improving team communication.
Manufacturing:
Manufacturing skills involve understanding production processes and improving efficiency. Entry-level mechanical engineers use these skills to streamline operations.
- Optimized manufacturing processes, resulting in a 10% increase in production efficiency.
- Collaborated with manufacturing teams to implement process improvements, reducing waste by 15%.
- Analyzed production workflows to identify bottlenecks and enhance throughput.
CAD Software:
CAD software skills are essential for creating precise engineering designs. Entry-level mechanical engineers use CAD tools to develop and modify designs.
- Created detailed mechanical designs using CAD software, reducing design errors by 20%.
- Utilized CAD software to develop 3D models, enhancing project visualization and accuracy.
- Collaborated on design projects, applying CAD skills to improve design efficiency.
SOLIDWORKS:
SOLIDWORKS is a specific CAD software used for designing and modeling mechanical components. Entry-level mechanical engineers use it for precision and efficiency.
- Designed complex mechanical parts using SOLIDWORKS, improving design accuracy by 25%.
- Collaborated on projects using SOLIDWORKS, enhancing design collaboration and output by 15%.
- Utilized SOLIDWORKS for rapid prototyping, reducing development time by 20%.
Documentation:
Documentation skills involve creating clear and concise records of engineering processes and findings. These skills are crucial for knowledge sharing and project management.
- Developed comprehensive documentation for engineering projects, streamlining project handovers.
- Documented experimental processes and results, aiding in future research and development.
- Created detailed project reports, enhancing team collaboration and knowledge retention.
Research:
Research skills are necessary for developing new engineering solutions and improving existing processes. Entry-level mechanical engineers conduct research to support innovation.
- Conducted research to identify new engineering materials, improving product durability by 20%.
- Researched industry trends and technologies, contributing to innovative engineering solutions.
- Applied research findings to optimize engineering designs, enhancing product performance.
MATLAB:
MATLAB is a programming platform used for analyzing data and developing algorithms. Entry-level mechanical engineers use it for simulations and optimizations.
- Utilized MATLAB to simulate engineering processes, reducing testing time by 30%.
- Developed algorithms in MATLAB to optimize system performance, improving efficiency by 20%.
- Analyzed data using MATLAB, providing insights that enhanced design accuracy.
Experiments:
Experimental skills involve designing and conducting tests to validate engineering concepts. Entry-level mechanical engineers use experiments to gather data and refine designs.
- Designed experiments to test mechanical systems, improving reliability by 15%.
- Conducted experiments to validate engineering models, reducing errors by 25%.
- Analyzed experimental data to optimize designs, enhancing performance and efficiency.
LabVIEW:
LabVIEW is a system-design platform used for data acquisition and instrument control. Entry-level mechanical engineers use it to automate and monitor experiments.
- Developed LabVIEW programs for automated testing, reducing manual effort by 30%.
- Utilized LabVIEW for data acquisition, improving data accuracy and analysis by 20%.
- Created control systems using LabVIEW, enhancing system automation and reliability.
Tips for using entry-level mechanical engineer skills on a resume
Create a bulleted resume skills section
Use a simple, clean format that highlights your skills and experiences. Focus on readability by using bullet points and short phrases to present your skills. Properly organize your resume into education, experience, and skills sections.
“Adding a skills section to your resume is a great way to draw the recruiter’s attention to your most relevant strengths and competencies.”
– Ashley Watkins, NCRW, NCOPE, Job Search Coach
For example, Entry-level mechanical engineer resume bullet points might look like this:
- Utilized CAD software to design mechanical components, enhancing project efficiency by 20%.
- Conducted research and experiments to develop innovative engineering solutions.
- Documented engineering processes and project specifications for improved team collaboration.
- Applied technical skills in MATLAB to analyze data and optimize system performance.
- Collaborated with cross-functional teams to improve manufacturing processes using SOLIDWORKS.
Hitting all the top job requirements with your skills list will help you rank highly for a keyword search within an applicant tracking system. But don’t stop there. Add context for every skill elsewhere in your work experience.
If a recruiter is excited by your customer service skills, for example, the first thing they’ll do is skim your work experience to figure out when, how, and how much you used that skill.
Highlight skills and achievements in your work experience section
As you list your responsibilities, it’s also important to highlight your specific achievements wherever you can.
“For soft skills, it’s often more effective to demonstrate them in the context of your past work experience. Instead of merely stating “excellent team player”, you are better off saying “collaborated with a cross-functional team of 6 on a new product launch that boosted sales by 30% in one year”. Examples of specific accomplishments or business outcomes speak louder than buzzwords.”
– Ana Lokotkova, Career Coach and Advisor
Instead of saying,
“Worked on various engineering projects.”
You could say,
“Led a team in completing mechanical engineering projects, utilizing SOLIDWORKS and CAD software to enhance design precision by 15%.”
This demonstrates your level of expertise with the skills you listed. It gives the recruiter more reason to be interested in you as a result.
Break resume skills sections into categories
If you’re applying for a role requiring a broad skillset, categorize your skills.
“If you opt to include a designated skills section on your resume, include up to 10 of your core competencies. Excessive skills lists are overwhelming and sometimes confusing to the reader.”
– Kelli Hrivnak, Marketing and Tech Recruiter
- Technical Skills: CAD software, SOLIDWORKS, MATLAB, LabVIEW
- Engineering Skills: Mechanical engineering, Technical, Experiments, Research
- Industry Skills: Manufacturing, Documentation
Quantify your accomplishments
Use numbers to quantify your accomplishments wherever possible. This helps potential employers understand your abilities and the impact you can have on their organization.
“Recruiters and hiring managers are looking for relevancy of how and when you applied those skills, so provide examples of this in your experience section. Bonus tip: Don’t just insert the skill like a task–include results.”
– Kelli Hrivnak, Marketing and Tech Recruiter
Instead of saying,
“Improved project design.
You could say,
“Implemented design improvements using CAD software, resulting in a 25% reduction in production time.”
Tailor your resume to the job description
Read the description carefully and emphasize the relevant skills and experiences. Highlight the skills that the employer seeks and provide examples of how you’ve used those skills in your previous roles. Doing so can demonstrate that you’re a strong fit for the position and increase your chances of being invited to an interview.
“The ‘one-size-fits-all’ approach doesn’t work when it comes to your resume. For every job application, tailor your skill set to match the job description. Most companies use Applicant Tracking Systems (ATS) that filter candidates based on keywords and skills listed in the job description. So, research the role you’re applying for and distill the skills required.”
– Ana Lokotkova, Career Coach and Advisor
In order to do this, “you must first understand what skills are most important for the target role,” says Ashley Watkins.
Sample job description for an entry-level mechanical engineer:
We are seeking an Entry-level Mechanical Engineer to join our team. The ideal candidate will have experience in mechanical design and proficiency in CAD software. Responsibilities include conducting experiments, documenting processes, and collaborating with the manufacturing team to improve product quality. Familiarity with SOLIDWORKS and MATLAB is a plus.
Tailored resume bullet points:
- Applied mechanical engineering principles to enhance product designs using CAD software, contributing to a 30% increase in product quality.
- Conducted thorough experiments and documented findings, leading to process improvements and cost savings of 10%.
- Collaborated with manufacturing teams to optimize production workflows using SOLIDWORKS and MATLAB.
“Focus on the sought-after and in demand skills. A great way to figure out what is currently in demand is by researching current job openings from your preferred companies and reading through the posting. Pay close attention to the preferred requirements section and build your skills section based on this list.”
– Chelsea Jay, Career & Leadership Development Coach – Seasoned and Growing
Bonus Tip: Use action verbs
Start each bullet point with an action verb. An action verb expresses an action, such as “create,” “build,” “manage,” “lead,” or “implement.”
Action verbs grab the reader’s attention and paint a vivid picture of what you accomplished at work.
Action verbs make your resume more interesting to read. They also show the kind of can-do attitude that employers are looking for.
FAQs
What skills does an Entry-level mechanical engineer need?
An Entry-level mechanical engineer needs skills in mechanical engineering, technical problem-solving, proficiency in CAD software, and the ability to conduct research and experiments. Strong documentation and manufacturing knowledge are also important.
What technical skills do you need to become an Entry-level mechanical engineer?
Technical skills required include proficiency in CAD software, SOLIDWORKS, MATLAB, and LabVIEW. The ability to analyze and interpret data, conduct experiments, and apply engineering principles is also crucial.
What are the most important Entry-level mechanical engineer job skills to have on your resume?
The most important skills to have on your resume include mechanical engineering, technical expertise, CAD software proficiency, SOLIDWORKS, documentation, and manufacturing experience.