Electromechanical Engineer Resume Example & Writing Guide

Use this Electromechanical Engineer resume example and guide to improve your career and write a powerful resume that will separate you from the competition.

If you’re passionate about technology, enjoy solving complex problems, and have an eye for detail, you might be ready to become an electromechanical engineer. This type of engineer is responsible for designing and developing mechanical systems that use electricity or magnetism to perform a specific task or set of tasks.

Electromechanical engineers work on everything from airplanes to robots to medical devices to nuclear reactors. They may specialize in a particular industry or type of product, or they may work across many different areas. Regardless of their area of focus, all engineers in this field share a love of problem solving, an eye for detail, and a commitment to creating reliable, safe, and high-quality products.

Here are some tips and an example resume to help you write a compelling electromechanical engineer resume that will get you noticed by employers.

David Moore
Phoenix, AZ | (123) 456-7891 | [email protected]

Driven electromechanical engineer with experience in a variety of industries. Skilled in designing, prototyping, and testing electrical and mechanical systems. Excels at collaborating with teams to develop innovative solutions to complex problems.

Arizona State University Jun '10
B.S. in Electrical Engineering
Arizona State University Jun '10
B.S. in Mechanical Engineering
Company A, Electromechanical Engineer Jan '17 – Current
  • Designed electromechanical systems for the oil and gas industry, including electrical control system design, mechanical system design, and hydraulic system design.
  • Developed detailed designs of complex electromechanical equipment such as compressors, pumps, motors, valves etc., using AutoCAD software.
  • Assisted in developing new products by providing technical support to other engineers during product development phases.
  • Performed testing on prototypes or models to ensure that they meet specifications before proceeding with further development work.
  • Provided engineering support for manufacturing processes related to the project under development (e.g., tooling).
Company B, Electromechanical Engineer Jan '12 – Dec '16
  • Developed and implemented new methods to improve the manufacturing process, resulting in a 35% decrease in production time
  • Designed electromechanical systems for medical devices that included pacemakers, defibrillators and ventilators
  • Conducted research on various technologies including robotics, sensors and microprocessors
  • Collaborated with other engineers to design products based on customer specifications
  • Analyzed designs using computer-aided drafting software (CAD) and conducted testing before releasing product to market
Company C, Electrical Engineer Jan '09 – Dec '11
  • Designed electrical components, systems and equipment.
  • Conducted research into the feasibility, design, operation and performance of electrical systems and components.
  • Prepared reports, manuals and other documentation on the results of research, design and testing.
  • Professional Engineer License
  • Certified Energy Manager
  • Certified Manufacturing Technologist

Industry Knowledge: PLC, HMI, DNC, DFE, CNC, VFD, PLC Ladder Logic, Allen Bradley, Omron
Technical Skills: AutoCAD, Solidworks, MathCad, WorkNC, Solid Edge, Creo
Soft Skills: Leadership, Teamwork, Communication, Critical Thinking, Problem Solving, Analytical, Collaboration

How to Write an Electromechanical Engineer Resume

Here’s how to write an resume of your own.

Write Compelling Bullet Points

Bullet points are the most important part of your resume because they’re the first thing recruiters will see. And they have to be compelling enough to make them want to read the rest of your resume.

So rather than just listing your responsibilities, you can use bullet points to describe the results of your work. For example, rather than saying you “designed electrical systems for new manufacturing plant,” you could say you “designed electrical systems for new manufacturing plant that reduced energy costs by 20% and increased production by 15%.”

The second bullet point paints a much clearer picture of the project and its impact. And it provides specific numbers to demonstrate how you contributed to the project’s success.

Identify and Include Relevant Keywords

When you submit your resume online, it’s likely that it will be scanned by an applicant tracking system (ATS) for certain keywords. These programs look for certain terms related to the job opening in order to determine whether or not you are a good fit. If your resume doesn’t include enough of the right keywords, your application might not make it past the first round.

The best way to make sure you have the right keywords on your resume is to read through job postings and take note of the terms that are used most frequently. Then, try to use those same words throughout all the sections of your resume.

Here are some common electromechanical engineer keywords to get you started:

  • Electromechanics
  • Arduino
  • LaTeX
  • PTC Creo
  • Electronics
  • C (Programming Language)
  • C++
  • MEPhI
  • LabVIEW
  • Electrical Engineering
  • PTC Creo Parametric
  • Python (Programming Language)
  • Robotics
  • Finite Element Analysis (FEA)
  • MATLAB Simulink
  • Simulink
  • Motion Control
  • Programmable Logic Controller (PLC)
  • AutoCAD
  • Mechanical Engineering
  • Microcontrollers
  • Microcontroller Programming
  • Microprocessor Systems
  • LabWindows
  • Inverter
  • Testing
  • Mechanical Product Design

Showcase Your Technical Skills

As an electromechanical engineer, you need to be proficient in a variety of software programs and systems in order to do your job effectively. This might include CAD software, FEM software, and PLC programming software. Additionally, electromechanical engineers need to be familiar with electrical and mechanical systems and how they work together.

Some of the programs and systems that electromechanical engineers are typically expected to be proficient in include: CAD software, FEM software, PLC programming software, and electrical and mechanical systems.


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