ZipRecruiter
About the Role
We’re looking for a
hands-on Mechanical Engineer
with a strong background in mechanical design, prototyping, and real-world system integration. You’ll be responsible for transforming mission-driven requirements into functional, ruggedized prototypes that perform under demanding conditions. This is an opportunity to join a high-impact engineering team developing advanced hardware systems at the intersection of mechanics, fluidics, and electronics — built for reliability, precision, and field performance. What You’ll Do
Design & Develop:
Create compact, ruggedized subsystems, housings, and rigs in CAD optimized for reliability under shock, vibration, and environmental stress. Prototype & Fabricate:
Rapidly prototype components using CNC machining, 3D printing, vacuum/pressure forming, laser cutting, and other fabrication methods. Integrate Fluidic Systems:
Design and assemble microfluidic and airflow subsystems, including manifolds, channels, valves, pumps, and sealing interfaces. Build Mechanical Assemblies:
Develop linkages, actuation rigs, and gear trains that interface seamlessly with electromechanical and thermal systems. Engineer for Production:
Apply DFM/DFA principles, tolerance analysis, and validation testing to ensure designs scale efficiently from prototype to production. Collaborate Cross-Functionally:
Work with electrical and systems engineers to integrate mechanical, thermal, and fluidic elements into cohesive assemblies. Test & Iterate:
Travel for live demonstrations, field testing, and stress validation, capturing operator feedback to refine designs through rapid iteration. Who You Are
Proven experience in
mechanical design, prototyping, and fabrication . Proficient in
CAD/CAM tools
(Fusion 360, SolidWorks) and familiar with fabrication processes such as CNC machining, 3D printing, and vacuum forming. Hands-on experience with
microfluidic systems ,
thermal management , or
MIL-STD ruggedized design
is a plus. Strong practical understanding of materials science, mechanical tolerancing, and environmental design. Thrive in fast-paced, hands-on engineering environments where iteration and testing drive progress. Tech Stack
CAD/CAM: Fusion 360, SolidWorks Fabrication: CNC machining (Tormach PathPilot), 3D printing (FDM/SLA), vacuum/pressure forming, laser cutting Systems: Microfluidics (SMA/solenoid valves, peristaltic & piezoelectric pumps, IDEX-style connectors), CFD analysis Materials: PEEK, PTFE, composites, aluminum alloys, stainless steels Work Environment
Location:
On-site in Redwood City, CA Schedule:
Full-time, in-person collaboration required Culture:
Small, mission-focused team that values craftsmanship, speed, and end-to-end ownership Compensation & Benefits
Salary:
$120K–$150K Equity:
Significant ownership stake Benefits:
Comprehensive coverage, flexible PTO, and opportunities to work on cutting-edge, real-world engineering challenges Ready to take the next step? Apply now or email Jenn at Recruiter@CareDynamicsFL.com to learn more.
#J-18808-Ljbffr
We’re looking for a
hands-on Mechanical Engineer
with a strong background in mechanical design, prototyping, and real-world system integration. You’ll be responsible for transforming mission-driven requirements into functional, ruggedized prototypes that perform under demanding conditions. This is an opportunity to join a high-impact engineering team developing advanced hardware systems at the intersection of mechanics, fluidics, and electronics — built for reliability, precision, and field performance. What You’ll Do
Design & Develop:
Create compact, ruggedized subsystems, housings, and rigs in CAD optimized for reliability under shock, vibration, and environmental stress. Prototype & Fabricate:
Rapidly prototype components using CNC machining, 3D printing, vacuum/pressure forming, laser cutting, and other fabrication methods. Integrate Fluidic Systems:
Design and assemble microfluidic and airflow subsystems, including manifolds, channels, valves, pumps, and sealing interfaces. Build Mechanical Assemblies:
Develop linkages, actuation rigs, and gear trains that interface seamlessly with electromechanical and thermal systems. Engineer for Production:
Apply DFM/DFA principles, tolerance analysis, and validation testing to ensure designs scale efficiently from prototype to production. Collaborate Cross-Functionally:
Work with electrical and systems engineers to integrate mechanical, thermal, and fluidic elements into cohesive assemblies. Test & Iterate:
Travel for live demonstrations, field testing, and stress validation, capturing operator feedback to refine designs through rapid iteration. Who You Are
Proven experience in
mechanical design, prototyping, and fabrication . Proficient in
CAD/CAM tools
(Fusion 360, SolidWorks) and familiar with fabrication processes such as CNC machining, 3D printing, and vacuum forming. Hands-on experience with
microfluidic systems ,
thermal management , or
MIL-STD ruggedized design
is a plus. Strong practical understanding of materials science, mechanical tolerancing, and environmental design. Thrive in fast-paced, hands-on engineering environments where iteration and testing drive progress. Tech Stack
CAD/CAM: Fusion 360, SolidWorks Fabrication: CNC machining (Tormach PathPilot), 3D printing (FDM/SLA), vacuum/pressure forming, laser cutting Systems: Microfluidics (SMA/solenoid valves, peristaltic & piezoelectric pumps, IDEX-style connectors), CFD analysis Materials: PEEK, PTFE, composites, aluminum alloys, stainless steels Work Environment
Location:
On-site in Redwood City, CA Schedule:
Full-time, in-person collaboration required Culture:
Small, mission-focused team that values craftsmanship, speed, and end-to-end ownership Compensation & Benefits
Salary:
$120K–$150K Equity:
Significant ownership stake Benefits:
Comprehensive coverage, flexible PTO, and opportunities to work on cutting-edge, real-world engineering challenges Ready to take the next step? Apply now or email Jenn at Recruiter@CareDynamicsFL.com to learn more.
#J-18808-Ljbffr