Ruggedized Hardware Engineering

Precision mechanical engineering
for hardware that has to perform

From concept to environmental qualification — precision CAD, structural simulation, and ruggedized design for defense tech, autonomous systems, and industrial hardware.

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What We Do

Engineering services built for precision

Full-spectrum mechanical engineering support, from initial design through final validation.

3D CAD Modeling

Precision mechanical modeling in SolidWorks and Onshape — from early-stage concept geometry to fully constrained, production-ready assemblies.

Structural FEA

Finite element analysis validating designs against real-world load cases — vibration, shock, and static loading — before a single prototype is built.

Fluid & Thermal Simulation

CFD and thermal modeling ensuring optimal airflow and heat dissipation in even the most thermally constrained enclosures and edge deployments.

DFA & DFM

Design for assembly and manufacturability reviews that reduce production cost, eliminate build complexity, and shorten time to market.

Design Review

Expert evaluation of existing designs — surfacing structural, thermal, and assembly risks before they escalate into production failures.

Test Planning & Prototyping

Comprehensive test methodologies and hands-on prototype support, from bench validation through full environmental qualification.

Industries We Serve

Built for demanding environments

MIL-STD-810
Environmental qualification standard

Defense & Dual-Use Hardware

Defense tech startups and dual-use hardware teams building ISR, weapons-adjacent, and field-deployed systems that need to survive environmental qualification and DoD design review.

Sea State 3
Validated operating condition

Autonomous Systems

UUV, UAV, and UGV developers needing structural design, payload integration, and environmental qualification for platforms that operate without a safety net.

IP67+
Ingress protection designed for

Industrial & Edge Hardware

Ruggedized sensors, edge compute, and control enclosures engineered for continuous, unattended operation in harsh industrial environments — dust, moisture, vibration, and wide temperature swings.

~10
Years Engineering Experience
CSWP
SolidWorks Certified
B.S.
Mechanical Engineering, Northeastern
SW + OS
SolidWorks & Onshape

Ready to build something remarkable?

Tell us about your project and let's start engineering the future together.

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