We are seeking motivated
candidates with a strong interest in analog instrumentation design, and in
interfacing varieties of transducers and sensing systems to wearable sensor
constructs. Successful candidates will work with the Hardware team at Delsys to
evolve their existing sensing portfolio to capture new market spaces and to
translate advanced research ideas into commercial products.
Primary Responsibilities:
- Explore instrumentation circuits and designs to
optimize sensor performance
- Design and build prototypes for research
projects and new product concepts.
- Perform validation activities on new body worn
sensors currently under development.
- Debug and resolve performance challenges in
circuit designs and in manufacturing processes
- Help evolve and maintain sensor manufacturing
systems
- Collaborate with the
engineering and research teams at Delsys for data gathering experiments,
analysis, and reporting.
Requirements
- Be currently enrolled in an undergraduate or graduate electrical engineering program
- Have a strong command of electronics and electrical concepts
- Have an interest in all aspects of product design from ideation through release
- Be comfortable working with computer aided design (CAD) software for circuit simulation, schematic capture, and PCB layout.
- Demonstrate the ability to solve problems independently
- Must be able to show work eligibility
Benefits
Skills Required
- Currently enrolled in an undergraduate or graduate electrical engineering program
- Strong command of electronics and electrical concepts
- Interest in all aspects of product design from ideation through release
- Comfortable working with CAD software for circuit simulation, schematic capture, and PCB layout
- Ability to solve problems independently
What We Do
Delsys is a world leader in electromyography (EMG) technology, designing, manufacturing, and marketing high-performance wearable sensors and systems. They provide innovative solutions for scientific exploration and practical applications in biomechanics, rehabilitation, sports performance, and human-robot interactions.
