Responsible for firmware development in the product development/design of power conversion products from specification definition through production launch for the power quality market.
Responsibilities
Embedded code development, maintenance, validation and release following a structured engineering process to assure product quality and reliability.
Troubleshoot/debug embedded code and track software and operational “bugs” to closure.
Perform design verification/validation testing on test and product platforms.
Participate firmware and functional design reviews at various product development stages.
Support the design of custom circuit technology for launch vehicle space avionics, gaining hands-on experience in developing innovative digital and analog circuits within a multidisciplinary engineering team.
Responsibilities
Coordinate with senior electrical engineers to achieve hands-on experience including schematic capture, simulation, PCB analysis, and layout support
Help document designs, including requirements, test procedures, and bills of material
Help document engineering change requests, documenting modifications to a circuit cards design’s components, specifications, or manufacturing process
Support hardware testing, performance evaluation, and debugging at the board level
Contribute to the development of custom circuit cards using FPGAs, embedded processors, networking components, and other electronic devices
Requirements
Bachelor’s Degree in Electrical Engineering, Computer Engineering, Computer Science, Software Engineering, or a related field
Senior FPGA Engineer responsible for design, implementation, verification, and optimization of FPGA and SoC-based solutions for high-performance networking, video, and professional media applications.
Responsibilities
Design, implement, and optimize FPGA RTL using Verilog and SystemVerilog.
Translate system and product requirements into FPGA architectures, interfaces, and detailed implementation plans.
Own FPGA features and subsystems from requirements through RTL design, verification, timing closure, hardware bring-up, and system integration.
Leverage AI-assisted engineering tools to accelerate development, verification, debugging, and documentation.
Design high-throughput, low-latency datapaths for networking, video, and streaming applications.
Requirements
Bachelor’s or Master’s degree in Computer Science, Electrical Engineering, or related field.
Develop, debug, and test embedded firmware for Hyperscale servers based on ARM architecture, including code development, unit testing, debugging, and customer support.
Responsibilities
Write, debug and test embedded firmware for servers based on ARM architecture
Manage and maintain firmware build tools
Manage builds and release firmware to test
Recreate and fix problems reported by the test team
Requirements
Bachelor or Master degree in Computer Science, Software Engineering or Computer Engineering
Lead the development of firmware that brings the high-speed peripherals of our custom AI accelerator to life.
Responsibilities
Lead a team developing low-level firmware to control, configure, and monitor PCIe, HBM, Ethernet, and other high-speed peripherals on our custom ASIC.
Own the firmware architecture and implementation for these hardware blocks, from early design through silicon bring-up and production.
Develop and validate firmware in simulation and emulation environments before silicon is available.
Work directly with ASIC architects and RTL engineers to define hardware/software interfaces, influence design decisions, and debug complex integration issues.
Bring up new peripheral blocks on first silicon, diagnose hardware and firmware issues, and drive them to resolution.
Requirements
Bachelor's degree or equivalent practical experience
Nice to have: Pre-silicon firmware development using simulation, emulation, or FPGA platforms
Nice to have: first-silicon bring-up of custom ASICs, SoCs, GPUs, or other complex chips
Nice to have: firmware development for PCIe, HBM, Ethernet, memory controllers, or high-speed interconnects
Nice to have: hardware/software co-design, including defining register interfaces and firmware requirements alongside RTL teams
Support the development and delivery of advanced communication solutions in aerospace and defense as a Systems Engineering I within Strategic Defense Solutions.
Compensation
The salary range for this role is 57,200 USD - 108,800 USD.
Responsibilities
Collaborate with experienced engineers to solve complex problems
Participate in evaluation of features, design efforts, trade studies, integration, testing, and verification planning
Create, decompose, and trace requirements for communications systems on military platforms
Work with a model-based systems engineering application to create logical and physical design diagrams
Participate in hands‑on lab efforts from setup to validation
Requirements
Bachelor’s degree in Electrical Engineering, Computer Engineering or related STEM
Principal Cyber Security Research Engineer working on microelectronics security research projects supporting an Air Force-level program impacting U.S. National Security priorities.
Compensation
$165,000-$205,000 This represents the typical compensation range for this position based on experience, location and other factors.
Responsibilities
Directly support the government customer's research program strategy development and execution
Develop plans, solutions, and strategies for R&D challenges that address current and future program concepts and products
Serve as the principal embedded systems cybersecurity advisor to the government customer and research team
Collaborate with national-level hardware security research working-groups and steering committees
Support and help lead government customer priorities in technical working groups, technical exchange meetings, and conferences
Requirements
Bachelor’s degree in Computer Engineering, Computer Science or related technical area