Biomedical Hardware Projects Engineer

Delsys•Natick, MA

About The Position

Delsys is seeking a motivated engineer with a strong interest in hardware design for wearable and non-contact physiological sensing systems. The role works with the Hardware team to evolve the existing product portfolio and develop rapid prototypes that advance research concepts toward commercialization. Delsys uses a cross-disciplinary engineering approach to develop physiological measurement solutions combining biopotential, optical, inertial, force/pressure, and imaging technologies. The engineer will conduct exploratory work to inform research projects and deliver key tasks for existing products in manufacturing and distribution. The position involves hands-on electrical and mechanical design, organized problem-solving across multiple projects, and collaboration with engineering and research teams on experiments, analysis, and reporting. Strong communication and documentation skills are required.

Requirements

Bachelor’s degree in electrical, mechanical, or biomedical engineering.
Strong command of electronics and electrical concepts.
Interest in all aspects of product design, from ideation through release.
Comfort working with computer-aided design (CAD) software for circuit simulation, schematic capture, and PCB layout.
Ability to solve problems independently.
Must be able to show work eligibility.
Strong communication and documentation skills.
Strong background in electrical and mechanical engineering and ability to solve multidisciplinary challenges.

Nice To Haves

A demonstrated affinity for analytical thinking, pragmatic problem-solving, and hands-on understanding of design processes.
2–5 years of industry experience.

Responsibilities

Design and build prototypes for research projects and new product concepts.
Explore instrumentation circuits and designs to optimize sensor performance.
Organize and perform tasks to advance multiple projects simultaneously.
Perform validation activities on prototype solutions under development.
Debug and resolve performance challenges in circuit and mechanical designs.
Help evolve and maintain sensor manufacturing systems.
Collaborate with engineering and research teams on data-gathering experiments, analysis, and reporting.