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Summer 2027 hardware engineering internship at Hudson River Trading, where interns design and verify FPGA/ASIC compute engines for low-latency algorithmic trading — writing SystemVerilog design code and Python-based modeling/verification environments on critical, real-time trading infrastructure.
Build and maintain autonomous delivery robots by integrating hardware components, wiring, and sensors, and troubleshooting electromechanical systems in a fast-paced lab environment.
Build and maintain autonomous delivery robots and test platforms by assembling, repairing, and troubleshooting electromechanical systems in a hands-on lab environment.
Lead hardware development for autonomous delivery robots, managing cross-functional teams to take robotics from concept to mass production and public road deployment.
Lead hardware engineering and manufacturing for DoorDash’s autonomous delivery robots, scaling production from hundreds to thousands while driving cost efficiency and profitability.
Designs and validates RF hardware for autonomous delivery platforms, focusing on interference mitigation and wireless systems like 5G, Wi-Fi, and GPS.
Integrate and validate robotic hardware systems for DoorDash Labs, debugging electrical, mechanical, and firmware interfaces to ensure cohesive platform performance.
Validate and test autonomous delivery robots, ensuring they meet performance, safety, and regulatory standards through system-level testing and troubleshooting.
Design and layout high-quality PCB boards for autonomous delivery robots, coordinating with mechanical, thermal, and SI/PI teams to ensure manufacturability and performance.
Design mixed-signal and analog circuits for autonomous delivery robots, including sensor interfaces, power electronics, and precision measurement systems.
The Hardware Systems Engineer will lead system-level architecture for autonomous delivery platforms, managing requirements and cross-functional integration across electrical, mechanical, firmware, and perception subsystems. The role involves defining fault-tolerant architectures and ensuring reliable system performance through rigorous verification and validation.
Overview Join a team where innovation meets mission. Our AI, cloud, cyber, and modernization solutions save agencies thousands of hours, safeguard national security, and strengthen health and humanitarian missions…
Gestalten Sie innovative Messtechnik von morgen Sie begeistern sich für digitale Hardwareentwicklung und möchten Technologien mitgestalten, die in der industriellen Messtechnik und Medizintechnik neue Maßstäbe setzen?…
A fluids engineer at SpaceX designs, builds, and activates cryogenic, high-pressure, and hydraulic fluid systems supporting Starship launch pads, landing facilities, and test sites. Day-to-day work spans thermodynamic and flow analysis, CAD piping design and stress analysis, component selection, and hands-on field fabrication and activation alongside technicians.
Technical Program Manager leading end-to-end development and integration of a wearable medical device platform, coordinating embedded hardware (sensors, PCBs, mechanical/electrical subsystems) with a cloud-native software platform and owning the program schedule across hardware and software workstreams.
Senior electronics engineer at a Delft deep-tech defence startup who designs multi-layer, high-speed PCBs (PCIe, MIPI, USB 3.x) and brings up compute and sensor boards for UAV platforms — owning the full path from schematic capture and power/EMI design to bench-level bring-up, debugging, and firmware validation.
Senior RF Engineer at Neros Technologies, a defense-tech company building combat drones in Torrance, CA. You own wireless subsystems end to end — architecture and component selection, RF simulation (ADS/HFSS), PCB/antenna design, link budgets, test procedures, and mentoring — taking designs from concept to mass production.
Design and layout high-performance PCBs for defense drones, owning stackups, impedance control, RF routing, and fabrication packages in Altium.
Design and test autonomy-critical mechanical systems for high-performance drones, iterating from CAD to field deployment under combat-realistic conditions.
VinFast is hiring a High Voltage Hardware Design Expert in Hanoi to lead the design, development, and validation of high-voltage power electronics hardware for EV e-motor systems (inverters, gate drivers, DC-link, HV protection) on 400V-800V platforms, using IGBT/SiC MOSFETs, simulation tools like PLECS/PSIM, and automotive standards such as ISO 26262.
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