Biomedical Engineer Resume Example & Writing Guide

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

Biomedical engineers are highly skilled professionals who use engineering principles to solve medical issues. They’re tasked with creating new medical devices and equipment, as well as improving existing ones.

As a biomedical engineer, you might work on projects like designing artificial limbs that provide a better fit or feel than what’s currently on the market. Or you might create new medical imaging equipment like MRI scanners or ultrasound machines that improve the quality of care that doctors and patients receive.

Because this field is so broad, there are many different types of jobs available to biomedical engineers. Some work in research and development, designing new products from the ground up. Others might be tasked with helping to manufacture or market existing medical devices. And some biomedical engineers might even focus on regulatory compliance, ensuring that their products meet all the necessary government requirements before they can be sold on the market.

Here are some tips plus an example resume to help you write a stellar biomedical engineer resume that will get you noticed by recruiters.

Mary Thompson
Chicago, IL | (123) 456-7891 | [email protected]

Driven biomedical engineer with experience in medical device development and clinical research. Proven ability to translate complex concepts into user-friendly designs that improve patient care. Passionate about working at the intersection of technology and medicine to improve human health.

Northwestern University Jun '10
M.S. in Biomedical Engineering
Northwestern University Jun '06
B.S. in Biomedical Engineering
Company A, Biomedical Engineer Jan '17 – Current
  • Developed a novel method for the detection of cancer cells in blood using magnetic nanoparticles and developed an automated system to perform this procedure on mice, reducing the time from 2 hours to 20 minutes.
  • Designed and implemented a new approach for measuring cardiac output by integrating ultrasound imaging with particle tracking software, resulting in a 10% increase in accuracy compared to conventional methods.
  • Conducted research on developing biodegradable stents that dissolve after deployment into arteries, eliminating the need for removal procedures and improving patient outcomes.
  • Implemented computational models of cardiovascular systems to simulate flow dynamics within vessels and predict drug delivery pathways through vasculature based on vascular anatomy and physiology.
  • Collaborated with physicians at University Hospitals Cleveland Medical Center to develop medical devices such as catheters used during interventional radiology procedures, leading to increased efficiency and reduced costs associated with manufacturing these products.
Company B, Biomedical Engineer Jan '12 – Dec '16
  • Developed new methods to test the efficacy of medical devices, resulting in a 25% cost savings for company
  • Conducted research on tissue engineering and cell culture techniques that improved patient outcomes by 30%
  • Collaborated with other biomedical engineers to create innovative solutions for complex problems facing healthcare companies
  • Improved existing products through testing and analysis, reducing manufacturing costs by 10% over 2 years
  • Designed and built prototypes of medical devices using 3D printing technology (CAD/CAM)
Company C, Research Assistant Jan '09 – Dec '11
  • Conducted research using primary and secondary sources to support the work of senior researchers.
  • Analyzed data and compiled findings in reports and presentations.
  • Contributed to the development of research proposals.
  • Illinois Professional Engineer License
  • Board Certified Biomedical Engineer
  • Registered Professional Engineer

Industry Knowledge: Biomedical Engineering, Medical Devices, Medical Software, Medical Technology
Technical Skills: SolidWorks, MATLAB, ANSYS, MATLAB, AutoCAD
Soft Skills: Problem Solving, Critical Thinking, Teamwork, Communication, Leadership, Empathy

How to Write a Biomedical Engineer Resume

Here’s how to write a biomedical engineer 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 since they’re so important, it’s crucial that you use them to your advantage.

The best way to do that is to use them to demonstrate your experience and skills. So rather than saying you “managed a team of engineers,” you could say you “managed a team of engineers to develop new software for medical devices, resulting in a 20% increase in sales over the first year.”

The second bullet point is much stronger because it provides specific details about what you did and the results of your work.

Identify and Include Relevant Keywords

When you apply for a job as a biomedical engineer, your resume goes through an applicant tracking system (ATS). This system is designed to search for certain keywords related to the position. If your resume doesn’t have enough of the right keywords, the ATS might disqualify you from the pool of candidates.

The best way to make sure your resume includes all of the right keywords is to read through job postings and take note of the terms that are used most frequently. Then, you can strategically add those same terms into your resume where they’re relevant.

  • Biomedical Engineering
  • Biomedical
  • Image Processing
  • Biomechanics
  • LabVIEW
  • Biochemistry
  • Medicine
  • Biotechnology
  • Molecular Biology
  • Research
  • Biomechanics Research
  • Cell Culture
  • Biomedical Research
  • Cell Biology
  • Biomaterials
  • Signal Processing
  • Engineering
  • MATLAB Programming
  • C++
  • Biomedical Equipment
  • Confocal Microscopy
  • ImageJ
  • Testing
  • Research and Development (R&D)
  • Data Analysis
  • Electronics
  • Python (Programming Language)
  • Microsoft Access
  • Microbiology

Showcase Your Technical Skills

As a biomedical engineer, you are responsible for designing and developing medical devices and equipment. In order to do this job effectively, you need to be proficient in a variety of software programs and systems.

Some of the programs that biomedical engineers commonly use include: 3D printing software, CAD software, medical imaging software, and lab management software. Additionally, they need to be familiar with the medical devices and equipment that they are working on, as well as the safety and regulatory requirements related to their use.


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