Top Design Engineer Jobs

Design and develop test-focused hardware/software solutions including real-time data analytics, UI/UX, instrument drivers, firmware, and SW/HW integration. Verify requirements, troubleshoot anomalies, automate processes, and work in Agile/SDLC environments. Support product cost-conscious designs and special program access requirements.

Lead mechanical/test design for electromechanical systems including panel, fixture, console, and component design; thermodynamic and cooling analysis; electromechanical integration; requirements verification; troubleshooting and anomaly resolution; support automated handling equipment, RF receivers, and lab test setups. Role requires clearance eligibility and on-site presence.

Design, model, and verify RF/microwave and mixed-signal assemblies and subsystems using EM simulation and prototyping. Manage RF budgets, frequency planning, materials and packaging tradeoffs, and collaborate with mechanical, manufacturing, quality, supply chain, and test teams. Support product lifecycle from prototyping through production and sustainment; develop custom RF ICs and predict assembly-level performance.

Design and develop integrated hardware test solutions including console and panel layouts, power/cooling monitoring, RF and electronic circuit design. Support SW/HW integration, requirements verification, lab testing, anomaly investigation, and documentation. Lead technical work while ensuring cost, schedule, and producibility constraints are met.

Design and implement HW/SW test and instrumentation solutions including real-time data analytics, UI/UX, instrument drivers, firmware, and SW/HW integration. Support requirements verification, anomaly investigation, process automation, and design-to-cost considerations in an Agile environment.

Design and implement HW/SW test solutions including real-time data analytics, UI/UX, instrument drivers, firmware, PLC/HMI and SW/HW integration. Support requirements verification, anomaly investigation, process automation, and cost-conscious design in an Agile SDLC environment for mission-critical systems.

The Design, Stress & MRB Engineer will create solutions for manufacturing non-conformities and perform structural analysis for aircraft components.

Lead standardization and implementation of design processes across structures, propulsion, avionics, composites, and mechanisms. Define margining, configuration management, release workflows (CAD→PLM→MRP/ERP), review templates, and design-for-reliability practices. Create tools for traceability and use build/flight data to influence requirements. Drive quality, containment, corrective actions, and cross-functional problem solving with build, quality, and flight reliability teams.

Provide strategic technical leadership for board-level hardware design across defense and aerospace programs. Architect high-speed digital boards (400G+ Ethernet, PCIe Gen5+, DDR5+), drive design-for-manufacturing/test, lead proposals and BOE, mentor engineers, and champion signal integrity, EMI, and reliability practices for ruggedized mission-critical systems.

Lead design and development of ruggedized board-level hardware for defense/aerospace systems. Architect high-speed digital boards (FPGAs, secure processing, PCIe, DDR5, 400G Ethernet), establish design standards, ensure manufacturability and verification, support proposals, and mentor engineering teams through production.

Lead board-level design of ruggedized, high-speed digital hardware from concept through production for defense/aerospace systems. Architect FPGA and CPU-based solutions, ensure signal integrity and manufacturability, establish design standards, support proposals, and collaborate with manufacturing for DFM/DFT.

Senior design verification engineer responsible for system-level verification using SystemVerilog/UVM and C/C++ testbenches. Duties include testplan development, building BFM/driver/monitor/scoreboard components, stress and corner testing, failure debug, assertions, coverage closure, gate-level simulations, and customer reporting.

Design and develop solids control and waste management equipment using mechanical engineering principles. Perform FEA/CFD simulation, material selection, testing, validation, root cause analysis, and support product lifecycle and field reliability efforts while collaborating cross-functionally and mentoring junior engineers.

Design and execute SystemVerilog/UVM verification environments: plan verification, write constrained-random and directed tests, measure and close coverage, run gate-level sims, and automate regressions. Work includes C-based processor-in-loop tests, emulation, memory/MMU and DSP/memory-subsystem verification, and power-aware/formal methodologies when applicable.

Lead architecture and implementation of SoC design verification environments using SV/UVM. Develop constrained-random, self-checking testbenches, SoC test firmware in C/C++, automate verification flows, close coverage/regression, and support multi-million gate ASIC tapeout including formal verification and methodology improvements.

Responsible for DFT implementation for 3nm/5nm networking SoCs and IPs: RTL checks, scan insertion, ATPG (compressed/uncompressed), pattern simulation, MBIST and JTAG insertion/verification, silicon debug/bring-up, automation and scripting (Perl/Shell/TCL), and low-power DFT work.

Implement and verify DFT for advanced-node (3nm/5nm) SoCs: scan insertion, ATPG (compressed/uncompressed), pattern simulation, MBIST insertion/verification, JTAG insertion, silicon bring-up, scripting and flow automation, and debug using Verdi/VCS.

The Senior Engineer will lead structural design efforts in the development of advanced aircraft, manage compliance with regulations, oversee multi-disciplinary trade studies, and mentor junior engineers.

The engineer will develop high-speed analog ICs, oversee product development phases, and collaborate with various engineering teams to ensure product performance and reliability.

Lead mechanical project engineering for facility projects: assess building systems, develop equipment specifications and construction drawings, produce proposals, manage submittals, provide on-site engineering and commissioning, perform PE review/stamping, coordinate MEP engineering, and document project deliverables.

Assist the Project Engineer with MEP design and development: survey building systems, perform load calculations, develop equipment specifications and construction drawings, support submittal reviews, drafting and BIM modeling, prepare MEP assessments and engineering reports, provide on-site engineering support, coordinate prefabrication/shop drawings, and maintain project documentation.

Lead mechanical project engineering for facility HVAC/MEP projects: survey systems, create specs and construction drawings, manage submittals, support commissioning, provide on-site engineering, prepare proposals and reports, and stamp PE work as required.

Lead mechanical architecture and system integration for rack- and row-based data center infrastructure. Own 3D CAD design, perform/coordinate FEA and validation testing, ensure manufacturability and compliance, drive cross-functional reviews, support factory integration and pre-sales, and mentor junior engineers.

Responsible for digital ASIC design architecture, project management, and implementation of verification and validation processes for mixed signals ICs.

Lead and implement physical design tasks for 32-bit microcontroller and wireless products, including floorplanning, placement optimization, clock tree synthesis, routing, timing closure, multi-voltage floorplans, verification-clean designs, flow automation, and vendor/IP interfacing while collaborating with international teams.