Jobs at Stratom Inc

Design, develop, test, integrate, and deploy software for autonomous robotic systems. Responsibilities include perception, navigation, state estimation, motion planning, autonomous behaviors, hardware-software interfaces, sensor and actuator integration, and structured functional, integration, regression, and system testing. The role supports robotics platforms from prototyping through production and field deployment, collaborating with cross-functional engineering teams.

Develop and own embedded vehicle-control software for autonomous and unmanned ground vehicles. Responsibilities include architecture, C/C++ development on microcontrollers and RTOS, peripheral integration, task scheduling, diagnostics, automated testing, CI/CD, platform bring-up, debugging, safety mechanisms, and autonomy-system interfaces. The role also leads design reviews, supports field deployment, and mentors engineers while helping transition robotic platforms from prototypes to production.

Designs mechanical components and assemblies for aerospace, defense, robotics, and industrial products using SolidWorks. Creates 3D models, manufacturing drawings, assembly documentation, and engineering change documentation. Applies GD&T and tolerance principles while supporting machining, fabrication, assembly, prototype builds, production, supplier reviews, and design improvements. Collaborates with engineers and manufacturing teams to resolve issues and deliver accurate, manufacturable hardware. The role may involve ITAR/EAR-controlled information and requires eligibility to obtain a DoD security clearance.

Designs, develops, tests, and integrates mechanical systems for autonomous ground vehicles and robotic platforms. Responsibilities include creating CAD models and engineering drawings, designing components and assemblies, building prototypes, supporting testing and inspection, troubleshooting, performing basic structural analysis or FEA, selecting commercial components and coatings, and improving designs for manufacturing. The role collaborates across mechanical, electrical, software, systems, and manufacturing teams throughout the product lifecycle.

Leads the hardware engineering team across autonomous vehicle and robotics programs. Responsibilities include staffing, hiring, mentoring, resource allocation, engineering process development, technical reviews, design guidance, prototype testing, manufacturing support, requirements development, proposal support, and customer engagement. The role requires multidisciplinary hardware leadership spanning mechanical, structural, hydraulic, electrical, manufacturing, and vehicle systems, with travel to customer and test sites as needed.

Lead systems engineering for autonomous robotic and electromechanical platforms across lifecycle: architecture, MBSE modeling, requirements, interface definition, integration, verification/validation, safety analyses, technical trade studies, and cross-disciplinary leadership supporting prototyping, testing, and field deployment.

Lead mechanical design and production transition for rugged autonomous ground vehicles. Own subsystems from concept through prototype, testing, refinement, and production release. Design components and assemblies, support fabrication and integration, resolve cross-discipline issues, develop test plans, and collaborate with electrical, software, and systems teams to ensure reliability, manufacturability, and field supportability.

Lead integration and execution of mechatronic robotic systems: design electrical architectures, wiring, and packaging; select and integrate sensors, actuators, and compute; prototype and fabricate hardware; debug system-level issues across electrical, mechanical, and software domains; execute integration testing, verification, validation, and field testing; manage integration risks and translate MBSE diagrams into buildable solutions.