R&D Technician — MedTech Prototyping & Assembly (Equity)

remedyrobotics; San Francisco (CA); On-site; USD 70,000 - 110,000; Full time

Benefits offered by this job

Competitive salary including equity

401k + company match

Health, dental, and vision insurance

20 days PTO per year

Commuter benefits Bay Area

Snacks and Friday team lunches

Job summary

Remedy Robotics, a San Francisco-based medical technology company, is seeking a hands-on engineer to build, modify, and validate first-of-its-kind prototypes for endovascular systems.

You will work directly with engineers to translate CAD models into functional hardware, identify build issues, and improve tooling, assembly methods, and manufacturability in a fast-paced lab environment.

Qualifications

• 2+ years hands-on prototype/R&D experience in fast-paced product development.
• Experience building complex electromechanical assemblies directly from CAD models and drawings.
• Comfortable using a wide range of shop equipment, hand/power tools, and fabrication gear safely.
• Experience wiring electrical components in prototype or manufacturing settings.
• Strong communication skills with engineers to provide assembly feedback.

Responsibilities

• Build, modify, troubleshoot, and validate prototypes to support engineering development.
• Interpret drawings/CAD models into functional prototypes with engineers.
• Identify build issues and suggest design/tooling/assembly improvements.
• Set up and maintain prototype work areas, tooling, fixtures, and equipment.
• Create assembly documentation for contract manufacturers.

Skills

Prototype/R&D experience

Electromechanical assembly

CAD interpretation

Strong communication

Safety-conscious lab skills

Wiring of electrical components

Team collaboration

Tools

Shop tools

3D printers

PCB soldering

Job description

Remedy Robotics, a San Francisco-based medical technology company, is seeking a hands-on engineer to build, modify, and validate first-of-its-kind prototypes for endovascular systems.

You will work directly with engineers to translate CAD models into functional hardware, identify build issues, and improve tooling, assembly methods, and manufacturability in a fast-paced lab environment.