Jobs at KRUSH Labs B.V.

Design and develop mechanical subsystems from concept to production for unmanned systems. Create 3D CAD models and 2D production drawings, perform tolerance/structural/thermal analysis, select materials and manufacturing processes, integrate mechanical designs with electronics, support prototyping, testing, and supplier/manufacturing collaboration, and maintain BOMs and revision-controlled documentation.

Design and integrate digital, analog, and power circuits and PCBs for unmanned systems. Coordinate PCB layout, select components, collaborate on thermal and shielding, build and debug prototypes, perform testing, and maintain BOMs and technical documentation. Apply DFM/DFT principles and troubleshoot lab prototypes through product lifecycle.

Own supply chain for prototyping: partner with engineering to identify long-lead items, source custom low-volume components from global suppliers, set up logistics, manage procurement budgets, analyze costs, negotiate pricing and lead times, develop readiness plans to scale prototypes, and engineer contingencies for supply disruptions.

Lead new product introduction by designing and validating manufacturing and assembly processes, developing SOPs, performing PFMEA and root-cause analysis, coordinating cross-functional teams, selecting tools/fixtures/test equipment, and driving continuous improvement to move products from concept to volume production.

Lead end-to-end hardware development: architecture, digital/analog/power circuit design, PCB architecture and layout, simulations, prototyping, debugging, validation, production support, documentation, and mentoring junior engineers while coordinating cross-functional integration.

Design, prototype, and integrate morphing and reconfigurable UAV mechanisms; build multibody dynamic models and online system-identification pipelines; specify and integrate actuators and sensors; produce CAD and manufacturing drawings; develop HIL rigs and collaborate with controls, perception, and firmware teams to deliver flight-ready autonomous hardware.

Lead end-to-end hardware development including digital, analog, and power circuit design, PCB layout, prototype validation, debugging, and production release. Collaborate with mechanical, firmware, and manufacturing teams on integration, thermal management, shielding, and DFM/DFT. Produce schematics, BOMs, test reports, and mentor junior engineers while resolving hardware issues and optimizing designs.

Design and maintain custom Yocto-based Linux distributions, debug and extend Linux kernel drivers, perform hardware bring-up and low-level debugging, implement secure boot and disk protections, integrate wireless/RF subsystems, and collaborate with electronics/RF engineers to produce secure, production-ready embedded Linux systems.

Lead RF hardware design and delivery including PAs, LNAs, filters, and frequency converters. Oversee requirements, simulation, testing, documentation, and production support. Mentor and manage a multidisciplinary RF team and drive technical decision-making and innovation.