Top Design Engineer Jobs

Lead engineering team for large capital projects as primary engineering contact. Oversee preconstruction design, ensure quality and timely delivery of engineering packages, mentor engineers, manage schedules and priorities, apply U.S. building codes, use structural design software (RISA-3D, STAAD Pro, AutoCAD, EnerCALC, Mathcad), and drive process improvements.

Support Engineering and Sales teams by producing custom engineering packages, seismic bracing layouts, CAD/Revit details, quotes, and project documentation. Communicate with PMs, sales, and clients, manage project files, track billing, and learn ISAT product applications and applicable codes under lead engineer supervision.

Produce custom engineering packages, seismic bracing layouts, and fabrication drawings; support engineering and sales teams; generate quotes; manage project files and billing (NEXUS); create AutoCAD/Revit details and submittals; communicate with PMs, sales, and clients; ensure documentation and code-based layouts for seismic design.

Perform ASME B31 pipe stress analyses (hand calculations and software), design pipe supports/restraints, coordinate in 3D (Revit/AutoCAD), develop installation details, estimate scopes/costs, and interface with clients and reviewers.

Lead technical engineering for seismic bracing and non-structural components: produce layouts, point-load calculations, submittals, 3D modeling coordination, mentor junior engineers, support quoting/billing, ensure code compliance (IBC/ACI/ASCE/UFC) and improve engineering processes.

Prepare custom engineering packages, produce accurate AutoCAD/Revit details, create seismic bracing layouts, support Sales and PMs, manage project files and billing (NEXUS), generate submittals and quotes, communicate project documentation, and learn relevant codes (ASCE-7, IBC, UFC).

Support fabrication operations from quoting through production: perform takeoffs, develop quotes, create and reconcile manufacturing bills of material (BOMs), order materials, obtain supplier quotes, prepare paperwork and labels, produce daily forecasts and monthly BOM reports, ensure QC and cost accounting, train staff, and support equipment maintenance and process documentation.

Perform ASME B31 pipe stress analyses using hand calculations and software; evaluate sustained, pressure, displacement range and occasional loads; design pipe supports and anchoring details; coordinate in 3D with Revit/AutoCAD/Navisworks; develop cost estimates, ensure code compliance (ASME, IBC, ASCE7, ASHRAE), produce 2D/3D CAD detailing, and interface with clients and third-party reviewers.

Design and own end-to-end electrical systems and PCBAs for chip fabrication machines. Prototype, test, simulate, productionize hardware, collaborate with software/mechanical teams, break down complex problems into execution plans, and mentor and lead small engineering teams.

Lead microarchitecture and front-end RTL design for wafer-scale AI chips. Define functional specs, develop RTL, integrate IP, collaborate with PD/DFT/software teams, debug silicon bring-up, and meet PPA goals.

Lead synthesis, placement, routing, and full-chip physical design for high-speed AI silicon. Perform block and full-chip physical verification, timing closure, power/performance/area optimization, DRC/LVS and IR/EM resolution, STA and constraint drafting, floorplanning, and script-based flow enhancements. Collaborate with RTL teams to integrate blocks into the full-chip architecture.

Lead front-end RTL engineer responsible for functional specification, micro-architecture, RTL development, synthesis, and integration. Manage external ASIC vendors, collaborate with PD, verification, DFT, software and system teams, and debug silicon-level functional, timing, and power issues during bring-up to meet PPA and test coverage goals.

Design and analyze 3D integrated ASIC/SoC products, including block and full-chip physical design, verification, packaging, power, clock, and cooling analysis. Collaborate with architecture and RTL teams to optimize power/performance/area, resolve DRC/LVS and IR/EM issues, enhance flows via scripting, and perform R&D on novel 3D integration concepts and full-chip integration.

The Staff Mechanical Engineer will design a robotic hand, leading the architecture and ensuring robust, dexterous manipulation while collaborating across teams. Responsibilities include structural design, prototyping, analysis, and production readiness.

Lead structural design for utility-scale battery enclosures, using FEA (Ansys) and hand calculations to optimize for performance, weatherproofing, manufacturability, and cost. Drive design-to-production for sheet metal and weldment assemblies, validate via test correlation, present findings, and perform failure root-cause analysis.

Provide technical support for aftermarket rotating equipment, generate rerate proposals, prepare technical proposals and datasheets, assist customers with engineering issues, collaborate with internal teams, manage multiple projects, and support parts compatibility and component design. On-site in Colorado with occasional travel (<5%).

Design and verify memory systems for HBF-based NAND Flash products targeting AI infrastructure. Develop products, execute HBF stress tests, and verify/characterize HBF management algorithms on real systems.

Lead development, implementation, and optimization of manufacturing processes (substrate attach, die attach, wire bonding, hermetic sealing). Manage NPI, troubleshooting, metrics, corrective actions, cost reduction, equipment justification, documentation, and mentor process engineering staff to ensure efficient, safe production.

Provide technical support for Sundyne rotating equipment to Aftermarket, Spares, Field Service, and Overhaul teams. Generate rerate proposals, prepare technical datasheets and performance curves, assist end users with engineering issues, review purchase orders, coordinate vendor quotes, and manage multiple customer projects. Provide product/parts compatibility guidance and collaborate on quotations to secure orders.

The Experienced Design Engineer will design aerospace structures, lead teams, and manage all program cycles using various CAD programs.

Lead design, optimization, verification, and modeling of high-speed IO and clocking circuits for DRAM products. Develop simulation and analysis methodologies, support silicon correlation with product engineering and SI teams, and collaborate with process and transistor modeling groups to push circuit speed limits and meet timing budgets.

Design and modify Maintenance of Way mechanical components and mechanisms using 3D CAD, perform engineering calculations and simulations, create drawings and BOMs, support prototyping, testing, troubleshooting, and cross-functional implementation within cost and schedule targets.

Design and verify video-compression, image-processing, vector-compute, and edge AI processor subsystems using SystemVerilog/Verilog. Synthesize and optimize RTL for timing, area, and power; prototype microarchitectures with scripting; develop unit tests, front-end flows, and coverage analysis; participate in chip bring-up and testing.

Design and verify video compression, image processing, vector processing, NN accelerators and processor cores in Verilog/SystemVerilog. Develop RTL, synthesize for timing/area/power, create SystemVerilog/UVM testbenches, write test plans, perform functional coverage analysis, and participate in chip bring-up and testing.

Design and implement video compression, image processing, vector compute, processor cores, and memory subsystems in SystemVerilog/Verilog. Optimize RTL for timing, area, and power, develop front-end methodologies, model micro-architecture with scripting, support verification/coverage analysis, and participate in chip bring-up and testing.