Top Design Engineer Jobs

Own and evolve Ambrook's design system and frontend infrastructure across web and mobile. Build component libraries, drive migrations and adoption, enforce performance and accessibility, and create codemods and agent-driven workflows to accelerate large-scale upgrades.

Lead design automation engineering: architect and build a pipeline that converts high-level building designs into manufacturable production plans. Decompose ambiguous domains into durable abstractions, design intermediate representations and verification gates, leverage AI and coding agents, set technical direction, and mentor engineers while collaborating with interdisciplinary teams to integrate automation into factory workflows.

Design, analyze, build, and test gas-turbine components end-to-end. Create CAD and analysis models (CFD/FEA/system), produce manufacturing-ready drawings and GD&T, run hardware tests, instrument test articles, and iterate designs using test data.

Develop and maintain a scalable Verification Platform: extend Chisel/CIRCT, build Scala libraries and Python tools for test harnesses, stimulus, and metadata querying, support end-to-end verification flows, and educate DV teams on best practices.

Lead subsystem design or design-verification (DV) for custom IP and SoC components (e.g., PCIe, HBM, NoC, DMA). Provide technical leadership, collaborate across architecture, design, DV, DFT, firmware and post-silicon teams, develop microarchitecture/RTL or UVM-based verification strategies, and drive synthesis, timing, PPA tradeoffs, coverage closure and silicon bring-up.

The Design Verification Engineer will lead SoC verification cycles, utilizing methodologies like UVM/OVM, and contributing to innovative AI architectures.

The Mechanical Engineer focuses on leading spacecraft mechanical design, managing CAD development, and ensuring quality through collaboration with various teams. Responsibilities include overseeing designs, applying engineering principles, creating documentation, and mentoring others.

Build and maintain reusable UI components, foundations (tokens, type, color, layout), and prototyping experiences. Lead design-system projects with high accessibility, performance, and pixel-level craft. Apply AI to improve design-system workflows, mentor teammates, and drive product-focused decisions that scale across product teams.

Lead reliability integration for Haven-1 structures: drive FMEA and fault-tree analysis, define test plans and verification/validation, shepherd design through build and test, create standards and tools, manage change/configuration, and partner across engineering, risk, and manufacturing to ensure human-rated structural reliability.

Design and document HPDC fixtures, gauges, and manufacturing aids. Create detailed 3D models and 2D drawings (GD&T, materials, welds). Support prototyping, shop trials, cell layouts, and cross-functional teams to improve safety, quality, ergonomics, and manufacturability. Maintain engineering documentation and ensure compliance with plant standards and HSE requirements.

Lead physical implementation for complex SoC subsystems: develop methodologies, perform RTL-to-GDSII implementation (synthesis, floorplan, P&R, CTS, timing closure), harden subsystems, coordinate DFT/RTL/SOC teams, mentor engineers, evaluate EDA tools, and represent PD in strategic technical discussions.

Design and verify embedded hardware for A8 (or other 64-bit) microprocessors. Perform schematic capture, PCB/board layout, hardware debug, and verification testing. Requires 5+ years digital/embedded design experience. Contract role based in Houston, TX.

Design Verification Engineer responsible for verifying Tensix IP, building reusable SystemVerilog/Python testbenches and DV infrastructure, developing constrained-random and directed tests, closing coverage, debugging RTL/testbench/workload issues, and integrating CI/CD, simulation/emulation, and containerized regression systems. Collaborates with design, firmware, compiler, and architecture teams.

Lead embedded software design and release for propulsion control modules, coordinate with suppliers and internal teams, manage requirements, change control, issue resolution, and support validation and troubleshooting from concept through production.

Design and develop CMOS analog circuits and Cryo-CMOS subsystems for quantum control systems. Perform simulation verification, support ASIC bring-up and characterization, collaborate with system, digital, and experimental teams to translate system requirements into robust circuit implementations, document results, and contribute to technical publications.

The Staff Engineer will design high-speed interfaces for NVME or Chiplet storage subsystems, oversee multi-functional team efforts, and mentor engineers for silicon success.

Design, analyze, and develop aircraft structural components (fuselage, wing, empennage) using composite and metallic materials. Create and release 3D CAD models and 2D drawings, perform structural analyses and FEA, define requirements and test plans, own structural testing and documentation, and collaborate with manufacturing, quality, and test teams while applying aerospace standards and GD&T.

Design and develop low-voltage (≤480VAC) PLC control panels, MCCs, and VFD panels. Produce PLC I/O schematics, panel layouts, BOMs, three-line motor diagrams, cable schedules, and construction scopes. Coordinate with clients, contractors, and multidisciplinary teams, support field start-ups and I/O checks, mentor junior engineers, and ensure compliance with NEC, NFPA, and company safety standards.

The Switchgear Design Project Engineer creates and maintains technical drawings for switchgear systems, collaborates with engineers, and ensures compliance with industry standards while troubleshooting design issues.

The Design Verification Engineer will conduct design verification for consumer devices, create automated tests, execute test plans, identify design risks, and communicate project updates.

Lead STA sign-off and timing closure for silicon-photonics ASICs across process nodes. Develop timing constraints, run full-chip STA, automate ECOs with Tempus/PrimeTime, collaborate with RTL/DFT/architecture teams, and document best practices for synthesis through PnR and tapeout signoff.

Develop and maintain photonics PDK components and pcells, ensure synchronization between layouts, netlists, and models, author LVS/DRC decks, perform device extraction and LVS troubleshooting, build automated regression and CI pipelines, and collaborate across design, layout, and modeling teams to support tape-outs.

Design end-to-end datacenter network architectures for AI training and inference: topology, IP/routing, RDMA/lossless fabrics, physical integration (rack, power, cabling), and comprehensive HLD/LLD documentation. Collaborate with hardware, operations, cabling, software, and validation teams to produce deployable, scalable, and performance-validated designs.

Produce and modify highway design calculations, technical reports, plans and specifications. Develop conceptual and detailed designs, perform quality control, coordinate with project teams and managers, mentor junior engineers, and use CAD and office software to support project delivery.

The R&D Engineer will verify complex switch designs, create SystemVerilog-based environments, execute test plans, and develop ATE testing vectors and C-based diagnostic tests.