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Designs and runs environmental tests (thermal vacuum, vibration, EMI) for spacecraft systems and ground support gear, then analyzes results to verify flight hardware meets mission specs.
Designs and validates high-performance LiDAR systems for autonomous vehicles, using physics-based modeling and hands-on testing to ensure data quality and system safety.
Analyzes autonomous driving data to define metrics, validate system performance, and collaborate cross-functionally on hardware/software integration for Waymo’s safety-critical mobility solutions.
Applications Engineer — Polarization Location: Chino, CA | Status: Full-Time Compensation is commensurate with education, years of experience and relevant experience. About Luna Luna Innovations Incorporated (Luna) is…
Analyzes time-series geophysical data (seismic, infrasonic, hydroacoustic) using Python/Matlab and specialized tools to detect events and patterns for national security applications.
Analyzes time-series geophysical data (seismic, infrasonic, hydroacoustic) using Python/Matlab and specialized tools to detect events and patterns for national security missions.
Principal Systems Engineer at Mach Industries who owns integrated aircraft-level simulations across the design lifecycle — building and validating multidisciplinary models (aero, structures, propulsion, electrical, controls), running trade studies and design optimization, and turning analysis into design decisions. Core stack includes MATLAB/Simulink, Python, and C/C++ in a defense-tech environmen
Senior embedded DSP engineer building radar signal-processing software (FFT, beamforming, detection) for counter-UAV defense systems and RF seekers. Day-to-day spans algorithm modeling in Python/MATLAB, low-latency C/C++ embedded implementation on MCUs and multicore SoCs, hardware bring-up, and system validation.
Designs, develops, and implements safety-critical, real-time embedded flight software in C, C++, and Rust for autonomous aerospace and defense platforms. Day-to-day involves low-level hardware interaction, integration with avionics and sensors, and unit/integration/system testing in simulation and on flight hardware.
Designs and optimizes free-space optical communication terminals for space-based laser networks, leading engineering from concept to launch while ensuring performance and mass-production feasibility.
Designs and automates tests for integrated photonic devices in quantum computing, using room-temperature and cryogenic setups, with Python and lab instruments.
Integrates and aligns optical, mechanical, and electrical components into quantum computing and networking systems, using precision tools and cleanroom protocols.
Senior structural analyst builds and validates FEA models for spacecraft hardware, generates launch environments, and ensures designs meet aerospace standards using NASTRAN, HyperMesh, and Craig-Bampton methods.
Design and develop FPGA-based control systems for quantum computers, implementing signal processing and real-time logic using Verilog/VHDL and Vivado.
Designs and develops flight computers and embedded software for satellite missions at Catalyx Space, working across hardware bring-up, low-level drivers, and mission-critical real-time firmware for spacecraft subsystems (power, comms, ADCS, thermal, payload). Core stack: C/C++, bare-metal and RTOS (FreeRTOS/Zephyr), ARM Cortex-M/R and RISC-V, FPGAs, and I2C/SPI/UART/CAN buses.
Owns end-to-end systems engineering of spacecraft and reentry vehicles: requirements flow-down, mass/power/ΔV budgets, trade studies, CONOPS, and V&V across propulsion, thermal, structures, aerodynamics, and avionics teams. Tools include STK, MATLAB, and Python; onsite role in Ahmedabad.
What we’re building The marine industry supports recreation, global commerce, and national defense. And yet it runs on technology that hasn't meaningfully changed in fifty years. Until now. Arc is on a mission to…
Designs, builds, and standardizes HIL test benches for validating ADAS/AD, chassis, infotainment, connectivity, and cockpit features without prototype vehicles. Core stack includes dSPACE and Vector toolchains, real-time I/O and bus simulation, automotive protocols (CAN/CAN FD, LIN, Ethernet, UDS), AUTOSAR, and scripting in Python/C++/MATLAB with CI/CD integration.
Imagine what you can do here. Apple is a place where extraordinary people gather to do their lives best work. Together we create products and experiences people once couldn't have imagined, and now, can't…
Design Engineer integrates turboshaft engines into an all-electric eVTOL aircraft, managing mechanical interfaces, systems, and testing for performance and safety.
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