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Medical Engineer Jobs (NOW HIRING)

MIT Human Resources

Research Engineer 1

Cambridge, MA · On-site

Research Engineer 1, Institute for Medical Engineering and Science , conduct experimental and technical research to advance a novel catheter-based platform that enables the on-site fabrication of ...

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How much do medical engineer jobs pay per year?

As of Aug 16, 2026, the average yearly pay for medical engineer in the United States is $101,752.00, according to ZipRecruiter salary data. Most workers in this role earn between $84,000.00 and $116,500.00 per year, depending on experience, location, and employer.

What is a medical engineer?

Medical Engineers, also known as biomedical engineers, are professionals who apply engineering principles and design concepts to medicine and biology for healthcare purposes. They develop medical devices, equipment, and software used in the diagnosis, treatment, and monitoring of patients. Medical Engineers work closely with doctors, nurses, and other healthcare professionals to ensure that the technology they create meets the needs of both patients and practitioners. Their contributions help improve the effectiveness and efficiency of medical care, leading to better patient outcomes.

What do medical engineers do?

Medical engineers design, develop, and test medical devices, equipment, and systems used in healthcare settings. They apply principles of engineering, biology, and medicine to improve patient care, often working with tools like CAD software and adhering to safety standards and regulations.

What can I do with a medical engineer degree?

A medical engineer degree prepares individuals for roles in designing, developing, and maintaining medical devices and equipment. Graduates can work in hospitals, research labs, or medical device companies, often utilizing skills in engineering, biology, and computer science. Certification and knowledge of regulatory standards like FDA requirements can enhance career opportunities.

What are the key skills and qualifications needed to thrive as a medical engineer, and why are they important?

To thrive as a Medical Engineer, you need a strong background in biomedical engineering or a related field, combined with expertise in medical device design and regulatory standards. Familiarity with CAD software, laboratory instrumentation, and certifications such as Certified Biomedical Equipment Technician (CBET) are typically required. Problem-solving abilities, teamwork, and effective communication are crucial soft skills for collaborating with healthcare professionals and translating clinical needs into technical solutions. These skills ensure the development of safe, innovative medical technologies that improve patient care and meet regulatory requirements.

How do medical engineers typically collaborate with healthcare professionals and other specialists during medical device development?

Medical Engineers work closely with healthcare professionals, such as doctors, nurses, and technicians, to understand clinical needs and gather feedback on device prototypes. They also frequently collaborate with regulatory experts, quality assurance teams, and manufacturing specialists to ensure devices meet safety standards and are feasible for production. Effective teamwork and communication are essential, as Medical Engineers often participate in cross-functional meetings and site visits to ensure that the final products are user-friendly and compliant with medical regulations.

What is the difference between Medical Engineer vs Biomedical Technician?

AspectMedical EngineerBiomedical Technician
Required CredentialsBachelor's or Master's in Biomedical Engineering or related fieldAssociate's or Bachelor's in Biomedical Technology or related field
Work EnvironmentDesign, develop, and improve medical devices; work in labs or R&D settingsMaintain, repair, and calibrate medical equipment; work in hospitals or clinics
Employer & Industry UsageHospitals, medical device companies, research institutionsHospitals, clinics, medical equipment suppliers

Medical Engineers focus on designing and developing medical devices and systems, often working in research or development settings. Biomedical Technicians primarily maintain and repair medical equipment used in healthcare facilities. Both roles are essential in healthcare but differ in responsibilities, work environment, and required education.

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Medical Engineer jobs near you
Infographic showing various Medical Engineer job openings in the United States as of August 2026, with employment types broken down into 1% As Needed, 78% Full Time, 15% Part Time, and 6% Contract. Highlights an 96% Physical, 1% Hybrid, and 3% Remote job distribution, with an average salary of $101,752 per year, or $48.9 per hour.

Medical Engineer

SAPSOL Technologies Inc

Rochester, MN • On-site

Other

Re-posted 18 days ago

Job description

Role Summary

This role supports the development, integration, and validation of advanced MRI methods across two research workstreams:

  • Oscillating Gradient Diffusion (OGSE/OGD) in collaboration with Vanderbilt University, and
  • FLORET‑based UTE imaging (non‑Cartesian) in collaboration with Cincinnati Children’s Hospital.

The engineer will coordinate program execution while contributing technically to pulse sequence implementation, image reconstruction and software refinement, and data processing within the Philips MRI research environment. The emphasis is on program oversight, technical coordination, and collaborative execution, rather than independent subject‑matter leadership in diffusion MRI or FLORET.

Note: This role focuses on technical engagement and delivery. It does not include clinical trial operations or regulatory ownership.

Core Responsibilities

A) Technical Development – Pulse Sequence (OGSE/OGD)

  • Refine and extend existing OGSE pulse sequence code in the Philips research environment.
  • Implement additional features, improve robustness, and ensure correct sequence functionality.
  • Support deployment and on‑scanner integration on Philips MRI systems.
  • Contribute to related data processing and image reconstruction workflows when required.

B) Image Reconstruction & Software Development (FLORET / Non‑Cartesian)

  • Implement and validate non‑Cartesian MRI reconstruction pipelines (including those supporting FLORET UTE acquisitions).
  • Support software deployment and integration of reconstruction tools within Philips research systems.
  • Refine reconstruction workflows, add new features, and improve system interfaces and usability.
  • Perform data validation and quality checks; evaluate reconstruction stability and artifact behavior.

C) Experimental Collaboration & Validation

  • Coordinate experiment planning with Vanderbilt researchers, Cincinnati Children’s teams, and clinical MRI staff.
  • Support execution of scanner experiments as needed.
  • Assist with validation of OGSE and FLORET acquisition outputs through systematic testing and comparative analysis.
  • Prepare technical validation summaries/reports and ensure outputs align with program deliverables and milestones.
  • Document results, assumptions, and change histories with strong discipline.

Qualifications

Required

  • Strong familiarity with vendor‑specific MRI pulse sequence programming (preferably Philips research environments).
  • Solid foundations in MRI reconstruction, including non‑Cartesian methods, and software engineering.
  • Hands‑on experience with C++ / Python / MATLAB for algorithm and tooling development.
  • Ability to collaborate effectively across industry and academic partners; clear written and verbal communication.
  • Proven ability to operate under hardware constraints and in structured, sprint‑based execution models.

Preferred

  • Master’s or PhD in MRI Physics, Biomedical Engineering, Medical Physics, Electrical Engineering, Computer Science, or related field.
  • Experience with Philips MRI research environments (e.g., research interfaces, integration workflows).
  • Exposure to OGSE/OGD diffusion methods and/or FLORET UTE imaging (deep expertise not required).
  • Experience with MRI data processing, QA/QC, and validation workflows.

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