Rethink recruit
About Pilgrim
Pilgrim is building advanced hardware systems that translate mission needs into real-world breakthroughs for warfighters. Our engineering team thrives at the intersection of rapid prototyping, ruggedized design, and direct field deployment. We don’t just build in labs—we test, iterate, and refine systems alongside operators, ensuring our technology makes an immediate and lasting impact where it matters most.
The Role As a
Mechanical Engineer
at Pilgrim, you’ll be a hands‑on member of our engineering team, responsible for
end‑to‑end ownership
of hardware initiatives. This is not a theoretical R&D role—you’ll design, build, and deploy ruggedized systems that must perform under extreme conditions. You’ll move fast from prototype to field demo, iterate based on operator feedback, and work directly with decision‑makers to deliver systems that transform defense operations.
What You’ll Do
Design and develop
compact, ruggedized subsystems and housings
in CAD, optimized for shock, vibration, and environmental stress.
Prototype components using
CNC machining, 3D printing (FDM/SLA), vacuum/pressure forming, and metalworking .
Develop and integrate
microfluidic and airflow subsystems , including manifolds, channels, valves, pumps, and sealing solutions.
Build
mechanical assemblies
(gear trains, linkages, actuation rigs) for electromechanical integration.
Apply
DFM/DFA, tolerance analysis, and validation testing
(fit checks, pressure/flow/thermal).
Collaborate with electrical and systems engineers on
complex electromechanical assemblies .
Travel for live demos and field testing, gathering direct operator feedback to drive rapid iteration.
What We’re Looking For
B.S. in Mechanical Engineering (preferred) or related field, or equivalent experience.
A
portfolio of independent projects
demonstrating applied mechanical design and prototyping skills (required).
Hands‑on shop experience with
CNC machining, additive manufacturing, vacuum forming, and fabrication tools .
Proficiency in
CAD/CAM (Fusion 360 preferred, SolidWorks acceptable) , including toolpath generation for CNC workflows.
Familiarity with
microfluidic/airflow design and sealing methods
(O‑rings, compression fittings, gaskets).
Strong grasp of
ruggedized design principles
and tolerance stackups for field reliability.
Nice to Have
Experience with microfluidic systems (valves, pumps, connectors).
Designing to
MIL‑STD or ruggedization standards .
Background in
thermal management, airflow optimization, or CFD .
DFM/DFA experience in
defense, aerospace, or medical industries .
Knowledge of
high‑performance materials
(PEEK, PTFE, composites, alloys).
Assembly, testing, and root cause analysis of complex hardware systems.
Exposure to integrating
electromechanical subsystems
(pumps, valves, fans).
Why Join Pilgrim
Direct impact : Build hardware that moves from concept to operator hands in months, not years.
Hands‑on engineering : Design, prototype, and test under real‑world conditions.
Mission‑driven culture : Work with a team passionate about solving hard problems for defense and national security.
Growth opportunity : Take early ownership and grow as Pilgrim scales.
Join Us If you’re an engineer who thrives under real‑world pressure and wants to see your designs in the field making a difference, Pilgrim is the place for you.
#J-18808-Ljbffr
The Role As a
Mechanical Engineer
at Pilgrim, you’ll be a hands‑on member of our engineering team, responsible for
end‑to‑end ownership
of hardware initiatives. This is not a theoretical R&D role—you’ll design, build, and deploy ruggedized systems that must perform under extreme conditions. You’ll move fast from prototype to field demo, iterate based on operator feedback, and work directly with decision‑makers to deliver systems that transform defense operations.
What You’ll Do
Design and develop
compact, ruggedized subsystems and housings
in CAD, optimized for shock, vibration, and environmental stress.
Prototype components using
CNC machining, 3D printing (FDM/SLA), vacuum/pressure forming, and metalworking .
Develop and integrate
microfluidic and airflow subsystems , including manifolds, channels, valves, pumps, and sealing solutions.
Build
mechanical assemblies
(gear trains, linkages, actuation rigs) for electromechanical integration.
Apply
DFM/DFA, tolerance analysis, and validation testing
(fit checks, pressure/flow/thermal).
Collaborate with electrical and systems engineers on
complex electromechanical assemblies .
Travel for live demos and field testing, gathering direct operator feedback to drive rapid iteration.
What We’re Looking For
B.S. in Mechanical Engineering (preferred) or related field, or equivalent experience.
A
portfolio of independent projects
demonstrating applied mechanical design and prototyping skills (required).
Hands‑on shop experience with
CNC machining, additive manufacturing, vacuum forming, and fabrication tools .
Proficiency in
CAD/CAM (Fusion 360 preferred, SolidWorks acceptable) , including toolpath generation for CNC workflows.
Familiarity with
microfluidic/airflow design and sealing methods
(O‑rings, compression fittings, gaskets).
Strong grasp of
ruggedized design principles
and tolerance stackups for field reliability.
Nice to Have
Experience with microfluidic systems (valves, pumps, connectors).
Designing to
MIL‑STD or ruggedization standards .
Background in
thermal management, airflow optimization, or CFD .
DFM/DFA experience in
defense, aerospace, or medical industries .
Knowledge of
high‑performance materials
(PEEK, PTFE, composites, alloys).
Assembly, testing, and root cause analysis of complex hardware systems.
Exposure to integrating
electromechanical subsystems
(pumps, valves, fans).
Why Join Pilgrim
Direct impact : Build hardware that moves from concept to operator hands in months, not years.
Hands‑on engineering : Design, prototype, and test under real‑world conditions.
Mission‑driven culture : Work with a team passionate about solving hard problems for defense and national security.
Growth opportunity : Take early ownership and grow as Pilgrim scales.
Join Us If you’re an engineer who thrives under real‑world pressure and wants to see your designs in the field making a difference, Pilgrim is the place for you.
#J-18808-Ljbffr