Top Design Engineer Jobs

Designs and documents ASIC modules, supports pre-silicon simulation and verification, develops hardware and software test systems, and validates and characterizes chips. The engineer will document test plans, debug root causes, and work across analog, digital, and post-silicon validation activities in an on-site startup environment.

The Principal VLSI Engineer designs and evaluates VLSI components, leading teams, managing complex architectures, and ensuring performance targets in high-performance networking chips.

The ASIC Design Engineer will develop high-speed ASICs, create micro-architecture specifications, collaborate with teams for validation, and mentor junior engineers.

The HBM SOC Design Engineer is responsible for designing and developing HBM DRAM products, collaborating with multi-functional teams to enhance performance and quality. Key tasks include RTL development, IP integration, and addressing technical challenges in designs.

Principal UI Engineer responsible for architecting real-time collaboration infrastructure, scalable web platforms, and AI-augmented developer tools. The role spans React and TypeScript UI engineering, CRDT-based synchronization, PostgreSQL persistence, performance optimization, CI/CD, observability, security, and platform resilience. The engineer will lead architecture, reliability, incident management, engineering standards, AI-assisted development quality, and mentorship across engineering, design systems, and product teams.

Own mission design and trajectory analysis for a 2028 Mars Orbiter mission. Develop interplanetary and Mars orbital trajectories, navigation processes, orbit determination, maneuver analyses, and DSN tracking measurement interfaces. Build mission design tools, software requirements, architectures, and engineering practices while coordinating with GNC, spacecraft systems, communications, software, and mission operations teams. Provide technical ownership across mission design and flight navigation activities.

Responsible for design, development, validation, and release of interior alerting components and systems for production vehicles. Duties include requirements definition, DFMEA/DVP&R, CAE analysis, packaging (NX), Teamcenter model control, supplier design reviews, ECU/network integration, issue/root-cause resolution, and in-person test/plant support through product launch.

Lead electrical design and integration for complex hardware platforms. Drive subsystem architecture, schematic decisions, validation, manufacturing ramp troubleshooting, root cause analysis, cross-functional alignment, and mentor junior engineers while supporting customer and leadership reviews.

Provides technical leadership for semiconductor customer design enablement from engagement through tape-out readiness. Resolves complex engineering issues, coordinates solutions across PDK, modeling, IP, EDA, reliability, and customer teams, and improves design flows, automation, documentation, and support processes. Manages technical deliverables, risks, milestones, and recovery plans while leading design reviews, customer engagements, training, and knowledge sharing.

Develops large-scale material handling and warehouse automation solutions from customer requirements and RFPs. Responsibilities include creating system concepts, layouts, estimates, material lists, proposals, risk analyses, and value-engineering recommendations. The role coordinates cross-functional engineering, sales, procurement, vendors, and customers; leads pricing reviews; supports presentations; and transitions solutions into project execution. Expertise in controls, WCS, WMS, ASRS, conveyors, sortation, and distribution center operations is required.

Develop controls modernization and lifecycle solutions for automated storage and retrieval systems. Evaluate customer sites, define hardware and software requirements, create bills of materials and cost estimates, coordinate multidisciplinary project delivery, and hand off solutions to execution teams. Provide technical guidance on ASRS controls, manage multiple opportunities, and travel up to 20% to customer and company locations.

Designs detailed mechanical, electrical, automation, monitoring, and low-voltage system drawings for data center projects. Responsibilities include creating system models, layouts, diagrams, bills of materials, equipment submittals, and engineering documentation; ensuring compliance with standards; coordinating with engineers, programmers, fabricators, and electricians; selecting components; supporting system integration and debugging; and periodically supervising project-level design activities.

Leads end-to-end development of high-performance mmWave RFIC transmitters for 5G and radar applications. Responsibilities include architecture, circuit and layout design, verification, characterization, RFIC-package-PCB-antenna co-design, production ramp, silicon debug, yield improvement, and technical leadership. The role owns Tx signal-chain performance, mentors engineers, manages technical risks, collaborates cross-functionally, and contributes to technology roadmaps and intellectual property.

Design and execute ASIC verification for high-end switching products. Develop simulation models, test plans, directed and random tests, coverage, multi-chip/system simulation, and performance analysis. Build testbench components (scoreboard, agents, sequencers, monitors) and collaborate with hardware, software designers, and vendors.

Own FPGA verification from test planning through coverage closure and final signoff. Develop SystemVerilog/UVM testbenches, reusable verification components, automated and C-based tests, and hardware/software verification flows. Analyze coverage, debug failures, document defects, and collaborate with architecture, design, and firmware teams. Improve verification environments, manage deliverables and risks, participate in technical reviews, and mentor junior engineers.

Design, evaluate, procure, assemble, and test spacecraft structures, brackets, and mechanisms. Develop component and system requirements, perform mechanical and thermal analyses, integrate hardware, and improve build procedures. The role also supports recruiting and hiring. Requires hands-on mechanical design experience, CAD and GD&T proficiency, and familiarity with mechanical and thermal analysis in hardware development.

Own the complete lifecycle of spacecraft mechanical subsystems, including design, analysis, requirements development, integration, testing, and hardware delivery. Develop spaceflight structures and mechanisms, manage subsystem schedules and interfaces, establish design practices, and collaborate with assembly and test teams. Mentor junior engineers and support recruiting. The role requires aerospace hardware design experience, CAD expertise, GD&T, manufacturability knowledge, and prior satellite flight hardware experience.

Designs and optimizes tunnel ventilation and fire life safety systems for transit, rail, highway, industrial, and utility tunnel projects. Develops design criteria, calculations, technical reports, drawings, specifications, ventilation strategies, heating and cooling loads, and CFD/SES analyses. Supports construction administration and commissioning, coordinates interdisciplinary systems, contributes to quality and risk plans, mentors engineers, supports recruiting and client relationships, and publishes technical work.

Design and integrate power systems and powertrains into OEM vehicle and equipment applications. Develop and validate mechanical, electrical, and mechatronic components, conduct testing and data collection, create CAD models and engineering documentation, and support prototype through production builds. Collaborate with customers, suppliers, controls teams, and design groups on packaging, requirements, DFMEA, validation plans, calibration, and application sign-off. Ensure designs meet performance, quality, cost, and schedule requirements.

Design and run C/C++ firmware-style tests and extend build flows; own FPGA prototyping platforms and create board images/RTL; build Python tooling; perform FPGA and post-silicon lab bring-up and debug using JTAG, logic analyzers, oscilloscopes; root-cause failing tests, analyze scan dumps, coordinate cross-team fixes, and deliver validation signoff.

Develops complex pre- and post-silicon verification environments, tests, models, and coverage for AI accelerator SoCs. Creates verification plans, testbenches, scoreboards, sequences, constraints, assertions, and functional coverage; debugs simulation and emulation failures; develops scalable scripts and Makefiles; and collaborates with architecture, design, firmware, validation, and product engineering teams.

Lead microarchitecture definition and synthesis-ready RTL implementation for processor and accelerator SoCs. Own dataflow execution fabrics, memory subsystems, on-chip networks, low-power logic, peripheral integration, and hardware/software execution models. Drive PPA optimization, verification collaboration, design documentation, mentoring, synthesis and timing closure, DFT support, tape-out, and silicon bring-up for highly energy-efficient edge-computing hardware.

Designs and releases wiring and battery pack electrical connectivity systems for automotive and industrial applications. Leads harness topology, component packaging, circuit coding, wire-list and DEF file development, load analysis, voltage-drop calculations, connector pin configuration, and circuit protection. Collaborates with systems and BMS hardware engineers, supports requirements management, pre-launch builds, product launches, and program tracking. Requires automotive wire harness design experience, engineering education, and knowledge of low- and high-voltage electrical systems.

Design and build polished web experiences across PSA products by partnering with design, product, and engineering. Ship production features, build rapid prototypes, maintain design systems, mentor engineers on design best practices, and elevate craft and consistency across the product ecosystem.

Design and develop primary and secondary structural components for a next-generation UAV. Perform CAD modeling, hand calculations, limited FEA, generate drawings and documentation, support validation and testing, collaborate with cross-functional teams, and iterate hardware through manufacturing and flight tests.