Top Design Engineer Jobs

The role involves integrating complex sensor and weapon systems, defining requirements, utilizing Model Based Systems Engineering, and collaborating with a cross-functional team in a fast-paced environment.

Design and lead development of automated test systems and instrument drivers for space-grade power/digital and RF/mixed-signal electronics. Implement test frameworks, integrate instruments, build operator UIs, perform lab integration and troubleshooting, run automated data analysis/reporting, and maintain CI/CD, version control, and documentation.

Lead design, engineering, and release of vehicle closure subsystems. Collaborate cross-functionally to develop balanced solutions, manage Product Development Team deliverables, support validation and manufacturing integration, run design reviews and DFMEA, and ensure on-time, high-quality program launches using GM tools and engineering processes.

Join a Huntsville-based team as a junior Systems Engineer contributing to multimodal seeker development. Work spans systems requirements, design, modeling & simulation, integration, test, and production support for radar/RF seeker technologies. Participate in lab testing of prototype hardware/software and collaborate on engineering improvements and Agile processes while being mentored by senior staff.

The role involves planning and developing verification environments for FPGA design, mentoring engineers, and improving verification processes.

The role involves leading teams to develop verification environments for FPGAs, utilizing SystemVerilog/UVM and VHDL. Responsibilities include planning, mentoring, enhancing methodologies, and improving test plans for Electronic Warfare systems.

This role involves leading the functional verification of ASIC controllers, developing test plans, and coordinating verification efforts across teams to ensure high-quality, timely tape-outs.

The role involves leading the design and development of complex electrical systems, mentoring junior engineers, and collaborating on innovative solutions for satellite harness designs.

As Principal Design Verification Quality Engineer, you will lead DRAM verification quality strategies, manage verification systems, and drive AI-driven verification processes while collaborating with design teams to enhance quality and efficiency.

The ASIC RTL Design Engineer will design and verify RTL for complex ASICs, collaborating on cross-functional initiatives and optimizing circuits from specification to silicon.

Design and build verification environments and testbenches for ASIC/IP: TLM modeling, block and top-level RTL verification, UVM testbench architecture, SW-driven verification, coverage closure, RTL waveform debug, and scripting for automated verification.

Designs and analyzes mechanical, fluid, and thermal systems for the Advanced E-7A, focusing on liquid cooling. Develops requirements, produces design documentation, performs validation analyses, supports supplier development, testing and production, and ensures compliance with specifications and certification standards. Works onsite and must obtain U.S. Secret clearance.

Design, prototype, and integrate multi-sensor fusion algorithms combining IR, RF, and offboard data. Define requirements and interfaces, architect data flows, implement and optimize algorithms for real-time embedded processors, lead verification and field testing, produce technical documentation, and communicate results to stakeholders. Mentor junior engineers and own end-to-end algorithm lifecycle from requirements through deployment and maintenance.

Lead mechanical systems design and analysis for the Advanced E-7A with emphasis on liquid cooling, fluid and thermal systems. Define requirements, produce designs and analyses, lead supplier development and testing, document installations, and mentor team members to meet certification and program objectives.

Design and analyze mechanical, fluid, and thermal systems for the Advanced E-7A, focusing on liquid cooling. Develop and document requirements, perform analyses to verify compliance, support supplier development and testing, and produce installation and component design documentation. Work under general direction in a collaborative aerospace defense environment.

Designs and develops mechanical ground support equipment (GSE) for the C-17, leads design reviews, reviews layouts/stress reports/drawings, develops design/analysis tools, investigates new technologies, coordinates cross-functional solutions, mentors others, and serves as GSE design focal for aircraft systems integration.

Leading the development and integration of mission systems hardware for military applications; managing suppliers and ensuring compliance with technical standards.

Lead SMT manufacturability for next-generation AR eyewear: review PCBA/padstacks, define SMT roadmap, support prototype builds with contract manufacturers, run DOE and failure analysis, drive yield and throughput improvements, and guide DFM across engineering and operations.

Lead end-to-end digital verification for complex SoCs, developing UVM/SystemVerilog testbenches, SoC-level C/C++ tests, automation, coverage goals, debugging, and collaborate with design teams to ensure production-ready silicon.

Lead mechanical engineering team to design, analyze, prototype, and integrate mechanical solutions for military electronic countermeasure systems. Perform thermal and structural analyses, 3D modeling with GD&T, tolerance and environmental assessments, and mentor engineers while supporting business pursuits and test/verification activities.

The Sr. Design Verification Engineer will validate complex SoC designs, develop verification environments using UVM and SystemVerilog, enhance Python-based testbenches, and collaborate closely with design teams to ensure high-quality silicon delivery.

The role involves defining and implementing DRAM verification strategies, collaborating with design teams, and developing verification testbenches and tools.

The Principal Engineer for HBM Design for Test (DFT) will define and implement DFT solutions, ensuring alignment with design and verification while driving standardization across HBM products.

The Senior Propulsion Engineer will lead the design and optimization of combustion devices for spacecraft, applying expertise in regenerative cooling and additive manufacturing while mentoring junior engineers.

Design and analyze satellite solar arrays and battery mechanical/electro-mechanical systems. Lead design, testing, qualification, failure investigations, and cross-functional coordination. Produce mechanical/electrical layouts using Creo/AutoCAD, apply GD&T and DFMAT, and serve as a technical lead or Responsible Engineering Authority on spacecraft solar and battery hardware.