Top Design Engineer Jobs

Design and optimize high-performance 12V–80V switching power MOSFETs across full product lifecycle. Use TCAD simulations, develop device structures and process flows, collaborate with fab/process engineers and IC teams, create test/characterization methods, execute layouts, and support product yield and reliability.

Design and verify memory compilers and custom memory macros (SRAM, register-files, ROM). Perform transistor-level design and simulation, layout extraction, post-layout verification, floorplanning and physical integration, characterization and automation, silicon test plan definition, and silicon debug. Document specifications and models.

Design mechanical components, assemblies, and electro-mechanical systems using SolidWorks. Create drawings (GD&T), BOMs, perform structural/thermal analyses, prototype and test, apply DFM, collaborate with suppliers and cross-functional teams, and support sustaining engineering.

Lead end-to-end photonic IC (PIC) product delivery from architecture through tapeout and silicon validation. Drive cross-functional execution, schedule and milestone management, and PIC architecture for high-speed/DWDM transceivers. Improve Cadence-based design methodology and automation, and mentor a team of photonics designers.

The Principal Engineer leads ASIC physical design, focusing on full-chip and block-level implementation, timing closure, low-power design, and ensures successful tape-out across advanced technology nodes.

Lead physical design across block, sub-chip, and full-chip levels, drive PD flow development and automation, evaluate tech nodes/IP/EDA tools, and perform floorplanning, synthesis, placement, CTS, routing, STA, physical verification, formal equivalency, power/IR-drop/EM analysis, and tapeout support.

Own and drive product experience across CLI, web, IDE, desktop, and agent-native interfaces. Translate complex chip design and verification workflows into clear product interactions, define AI-agent interaction models, prototype and ship interfaces, work with customers and engineers, and maintain high quality across the engineering team.

Design and build developer-facing product surfaces end-to-end: create high-fidelity UX and visual designs, prototype quickly, implement production interfaces in React and TypeScript, steward the design system, and collaborate cross-functionally to ship polished, AI-native experiences.

Lead technical vision and execution for aerospace projects, drive R&D, establish industry standards, mentor engineering leaders, oversee technical deliverables, and produce/review 3-D models, 2-D drawings, and GD&T documentation.

Own and evolve Buffer's front-end design system and component library for marketing pages. Build performant, accessible, animated React/TypeScript experiences on buffer.com, collaborate with designers and marketers, audit and improve performance and accessibility, and mentor peers on front-end architecture and standards.

Design and deliver analog and mixed-signal integrated circuits for implantable cardiac devices. Responsibilities include specification, schematic and layout creation, simulation and verification (Spectre/ADE), parasitic extraction, lab characterization and automation (LabView/Python), testability integration, design reviews, and mentoring junior engineers through the full development lifecycle to production.

Lead analog and mixed-signal IC design for next-generation implantable cardiac devices. Specify and implement circuits, run Cadence/Spectre/ADE simulations, direct layout and parasitic extraction, develop testbenches, automate characterization with LabView/Python, and shepherd designs from concept through production while coaching teammates and collaborating cross-functionally.

The Regional Design Engineer will manage athletic facility design using AutoCAD, prepare civil plans, conduct water design calculations, and support sales teams.

Design, develop, integrate, and test electronic circuits and harnessing for flight missions. Use Altium and PSPICE for schematic and simulation work, collaborate with multidisciplinary teams and vendors, perform PCB fabrication and board population, conduct functional testing and troubleshooting, and prepare BOMs, schematics, and test procedures to support manufacturing and delivery.

Lead mixed-signal IC architecture and design for high-speed wireline systems, including transmitters/receivers, DFE, CDR, VCO/PLL, and digitally-assisted analog/data-converter designs. Collaborate across teams to integrate chiplet-based solutions, mentor junior engineers, present results to stakeholders, and drive reliable, high-performance product development in advanced CMOS/FinFET processes.

Design and verify digital blocks for low-power wireless SoCs. Develop RTL (Verilog/SystemVerilog), verification environments, scripts/tools, and collaborate across teams for integration, bring-up, and validation. Debug design and verification issues and document technical findings.

Design and develop automated assembly cells, custom tooling, and prototypes for high-volume electronics manufacturing. Create 3D CAD models, drawings, BOMs, and perform tolerance, structural, and cycle-time analyses. Support equipment integration, commissioning, validation, and production launch while collaborating with cross-functional teams and suppliers.

Design end-to-end RF/microwave components, modules, front-ends and SiPs using glass technology. Perform circuit and EM simulations, create test procedures and white papers, interface with customers and manufacturing, mentor junior engineers, and lead internal development toward production and reliable yields.

The ASIC Engineer Principal will design and implement physical layouts for large SoC from RTL to GDSII, collaborating with teams on integration, verification, and chip-level timing constraints.

Design, simulate, layout, test, and support electronic hardware and PCBs for processing, sensor, and actuator systems. Translate requirements into hardware architectures, build and debug prototypes, prepare manufacturing documentation, collaborate across teams, and contribute to technical reports. Support FPGA, processor, and SoC-based designs and sustainment for multidisciplinary defense-focused programs.

Design and deliver complex electronic hardware for embedded systems: translate requirements into architectures, create and test PCBs and prototypes, prepare manufacturing documentation, mentor junior engineers, and support proposals while collaborating across multidisciplinary teams to solve technical challenges.

Design high-performance analog and mixed-signal IC blocks at transistor, block, and module levels. Responsibilities include architecture, simulation, optimization, layout supervision, verification, test planning, characterization, reliability and yield assessment, bench-to-test correlation, and cross-functional communication.

Design high-performance RF and analog IC blocks at transistor, block, and module levels. Responsibilities include architecture, simulation, optimization, layout supervision and verification, test-plan preparation, yield and reliability assessment, silicon bench evaluation, cross-functional communication, and documentation for mass-production releases.

Own end-to-end physical implementation of AI accelerator and RISC-V IP blocks from synthesis through PnR, timing closure, and GDSII signoff. Drive PPA outcomes, collaborate with RTL owners, build floorplans, power grids, pin placement and clocking strategies, and deliver LEF/DEF, timing and power models, GDS, and signoff reports for tapeouts on advanced nodes.

Design Engineer develops production-ready retail fixture concepts using SolidWorks and other visual tools, coordinates with sales/project teams, creates detailed CAD drawings, verifies build strategies with production and vendors, maintains document control, and communicates project status while ensuring manufacturability and design-for-assembly across wood, metal, and plastic materials.