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Position Summary Handling all processes related to technical for building samples. Essential Duties and Responsibilities The duties listed below are intended only as examples of the various types of work that you may…
Design and simulate RF products including the Frontier-Lite Radio at Rocket Lab's Space Systems division, supporting the full product development lifecycle from requirements through production introduction using HFSS, PCB layout, and RF engineering principles.
Designs and prototypes RF products like the Frontier-Lite Radio, selecting components and laying out PCBs for space missions while ensuring compliance with requirements and supporting testing and documentation.
Design and develop avionics hardware—mixed-signal electronics, circuit boards, and flight computers—for space reentry capsules through the full product lifecycle, from schematic/PCB design and board bring-up to environmental testing and flight qualification.
Architect and design flight-critical electrical hardware for satellites, reentry vehicles, and payloads, including flight computers and power systems, using PCB design and avionics expertise.
Lead a team designing flight-grade avionics hardware for spacecraft, including computing, signal processing, and command & data handling systems using tools like Altium or Eagle.
Designs, tests, and programs avionics PCBs and embedded systems for spacecraft, using tools like Altium and Python for automation and debugging.
Introduction We are looking for an RF Electronics Engineer to join our world-class multidisciplinary team and help solve complex technical challenges across a wide range of industries. The role At Cambridge…
Handles precision repair and maintenance of Bitcoin mining hardware, including disassembly, cleaning, inspection, and reassembly of high-value components. Focuses on repetitive, detail-oriented tasks with strict quality control in a crypto-focused facility.
The Lead Hardware Engineer will design, develop, and test optical transceiver products, including RF and digital circuit design, schematic capture, and PCB layout. The role involves collaborating with cross-functional teams to define product architectures and ensure performance and reliability standards are met.
Provide technical support, troubleshooting, and system performance testing for semiconductor inspection equipment, manage customer projects, and develop training materials. Core tech: semiconductor/optical inspection systems, C++, Python, C#.
The Physical Design Engineer II is responsible for the end-to-end physical implementation of semiconductor designs, including netlist to GDSII, timing signoff, and floor planning. The role requires expertise in PnR tools like Synopsys ICC/ICC2 or Cadence Innovus and experience with advanced process nodes.
The Physical Design Engineer is responsible for the end-to-end implementation of chip designs, from netlist to GDSII, including floor planning, timing signoff, and clock tree synthesis. The role requires expertise in industry-standard EDA tools like Synopsys ICC/ICC2 or Cadence Innovus and experience with advanced process nodes.
The Test Hardware Engineer supports semiconductor manufacturing by troubleshooting, repairing, qualifying, and improving test hardware, performing failure analysis and root cause investigations to reduce downtime and improve efficiency.
Product Engineer specializing in hardware lifecycle and refurbishment, designing scalable processes for enterprise storage system refurbishment, quality control, and redeployment to maximize yield and sustainability.
Leads AI compute hardware manufacturing from prototype to mass production, optimizing processes for AI chips, compute trays, and rack-scale systems. Focuses on SMT, test automation, yield improvement, and cross-functional collaboration with hardware, supply chain, and manufacturing partners.
NPI Product Engineer bridging engineering and manufacturing for MatX's AI compute hardware (chips, compute trays, rack-scale platforms) through EVT/DVT/PVT stage gates with JDM/ODM partners.
Electrical Engineer II designing and testing data capture hardware products within a cross-functional team, driving hardware development from concept through prototype validation.
Designs high-speed, high-power, high-density PCBs for AI compute hardware, focusing on signal/power integrity, stack-up planning, and BGA routing for AI accelerators and compute trays.
Designs and qualifies flight-critical avionics hardware for satellite buses, reentry vehicles, and payloads, from schematic capture to environmental testing. Owns hardware domains, defines safe operating criteria, and collaborates cross-functionally on system-level integration and risk mitigation.
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