Top Design Engineer Jobs

Verify and optimize digital and analog DRAM circuit designs through planning, coverage closure, simulation, debugging, silicon validation, and design improvement. The role supports reticle experiments and tape-out while collaborating with engineering, manufacturing, and product teams to deliver reliable, manufacturable memory solutions.

Develop precision mechanical designs for semiconductor inspection and metrology systems across the full product lifecycle. Responsibilities include requirements definition, feasibility studies, 3D modeling, thermal, fluid, vibration and FEA analysis, tolerance stack-ups, prototype assembly, system integration, testing, supplier coordination, design reviews, documentation release and manufacturing handoff. The role collaborates with optics, systems, manufacturing and service engineering teams and resolves product issues through production.

Designs, models, verifies, tests, troubleshoots, and sustains RF and mixed-signal assemblies and subsystems for radar and electronic sensor systems. Responsibilities include RF budgets, frequency planning, electromagnetic simulation, hardware prototyping, antenna measurements, production support, requirements development, and supplier collaboration. The role supports products from concept through full-rate production and requires government clearance and U.S. citizenship.

Designs, simulates, lays out, and characterizes high-speed integrated photodetectors, including PIN, APD, and waveguided structures. Responsibilities include optical and RF modeling, custom mask layout, foundry process optimization, and electro-optic testing of devices operating beyond 200 Gbps per lane. The role requires collaboration with process integration, validation, test, customer, and manufacturing teams to transition photonic components from concept through high-volume production.

Designs, develops, releases, and launches driveline components and assemblies from concept through production. Coordinates with purchasing, suppliers, testing, manufacturing, and other engineering functions; establishes cost, weight, performance, and quality targets; ensures CAD and drawing quality; supports root cause analysis, design reviews, cost reduction, prototype builds, and production activities.

Develops barn layouts, customer drawings, installation packages, and integrated mechanical systems using Revit and AutoCAD. Creates 3D models and mechanical documentation with SolidWorks, coordinates equipment with architectural and engineering plans, supports manufacturing and field teams, resolves design issues, manages engineering changes, and performs occasional site evaluations and trade-show activities.

Leads a CAD design team, manages workloads and quality, and creates and revises 3D models, drawings, schematics, and technical documentation using SolidWorks. Collaborates with systems engineers and product teams on manufacturability, RF and antenna modeling, drawing accuracy, engineering changes, and project delivery. Oversees vendors, CAD software enhancements, system maintenance, and corrective actions. Requires an active Top Secret clearance with TS/SCI eligibility or maintenance.

Designs, develops, tests, and verifies electrical circuits and subsystems for medical devices. Responsibilities include circuit design, engineering change documentation, C/C++ code review, prototype development, bench testing, EMC and safety analysis, production support, and customer issue investigations through product launch.

Design and develop BLDC motors for electric Variable Cam Timing actuators. Define motor architectures, requirements, specifications, and design standards; optimize electromagnetic, mechanical, thermal, durability, NVH, and cost performance. Support modeling, simulation, validation, testing, prototype builds, production launches, root-cause analysis, and issue resolution. Provide technical leadership and mentoring to global engineering teams while contributing to innovation, benchmarking, lessons learned, and patents.

Design, build, deploy, and support production-grade integrations between the Blue Machines platform and client systems. Develop API, cloud, and AI/LLM integrations; collaborate with clients on deployment, debugging, and optimization; and automate, document, and monitor workflows. The role requires Python or Java backend experience, cloud expertise, web technologies, authentication protocols, AI/LLM familiarity, and strong problem-solving and communication skills.

Supports a U.S. Navy program through systems engineering, installation management, production coordination, configuration management, technical documentation, risk reduction, and test planning. Develops preliminary designs and specifications, evaluates design and performance changes, coordinates ship-checks and site surveys, maintains engineering documentation, and supports test readiness reviews and events. The role requires on-site work with no telework or travel.

Own physical verification for advanced semiconductor package designs, including floor-planning checks, DRC, LVS, and DFM. Improve verification workflows through shift-left validation, automation, scripting, and process optimization. Collaborate with architects, layout designers, tool vendors, foundries, and suppliers to resolve design violations. Document processes and train team members while supporting complex 2.5D/3D packaging, chiplet, and advanced substrate designs.

Design and develop high-precision multi-axis motion systems for wafer scanning. Responsibilities include mechanical design, CAD modeling, GD&T drawings, FEA, component selection, prototype testing, system integration, servo tuning, vibration analysis, vendor oversight, and manufacturing transition for semiconductor equipment.

Designs, develops, tests, and verifies electrical circuits and subsystems for medical devices. Responsibilities include circuit design, C/C++ code review, prototype development, bench testing, electromagnetic compatibility and safety analysis, engineering change documentation, production support, and customer issue investigations. Collaborates with manufacturing, sourcing, marketing, and cross-functional engineering teams throughout the product development lifecycle.

Coordinates software releases for secondary automotive controllers, aligning hardware, software, suppliers, calibration, and integration teams. Leads hardware-software troubleshooting, controller interface definition, CAN messaging validation, diagnostic strategy, cybersecurity compliance, flashing, and ECU software validation. Manages release timing against hardware milestones and program gateways while identifying risks and driving cross-functional resolution.

Develops ASIC design verification infrastructure, test plans, testbenches, and coverage for block, cluster, and top-level chip verification. Executes constraint-random and directed testing, gate-level simulations, emulation, and post-silicon debugging. Collaborates with designers, architects, and software teams to qualify complex hardware platforms and resolve integration issues.

Lead hardware design, qualification, validation, debugging, and production introduction for enterprise storage systems. Own architecture, documentation, failure analysis, test automation, signal and power integrity, and customer hardware escalations. Collaborate with software, manufacturing, operations, support, and diagnostics teams while mentoring engineers and improving system robustness. The role requires deep x86, storage, networking, bus, thermal, power, and hardware logic expertise, plus Python or Bash automation skills.

Designs and implements process systems for battery materials manufacturing facilities, especially bulk material handling, conveying, blending, screening, and packaging. Develops process documentation, equipment sizing, control schemes, and safety deliverables through detailed engineering, construction, commissioning, and startup. Collaborates with multidisciplinary teams and external partners to resolve design issues, close HAZOP and MOC actions, and support reliable, compliant, cost-effective plant operations.

As a Lead Compressor Design Engineer, you will oversee the design and development of compressor units, ensuring compliance with engineering standards and customer specifications, while leading projects from start to finish and conducting hands-on testing in the lab.

Translates customer application requirements into manufacturable mechanical designs, prototypes, test plans, and production-ready documentation. Uses CAD, DFM principles, CNC machining knowledge, and simulation tools to refine designs, validate performance, and resolve failures. Collaborates with customers, manufacturing, quality, sales, and engineering teams while maintaining drawings, BOMs, test records, and project documentation. Requires customer-facing technical communication and travel up to 20%.

Lead medical-device design transfer and manufacturing projects from concept through execution. Develop project plans, schedules, milestones, budgets, and risk controls; coordinate cross-functional teams and senior stakeholders; and apply Lean and Six Sigma to improve manufacturing efficiency, quality, compliance, and operational performance. The role requires knowledge of NPI, lifecycle and PDLM processes, R&D development, SAP, Windchill, manufacturing processes, and product-change impacts.

Design and own rocket engine TCA hardware through requirements, analysis, manufacturing, testing, and flight qualification. Responsibilities include mechanical design, FEA, tolerance analysis, tooling and fixture design, advanced manufacturing process development, hotfire test execution, documentation, and rapid redesign. The engineer works closely with propulsion, manufacturing, machinists, welders, technicians, and test teams in an onsite shop and laboratory environment.

Designs centrifugal pumps, components, assemblies, and related equipment. Prepares CAD drawings, bills of materials, engineering specifications, design studies, and calculations to support manufacturing and customer requirements. Reviews drawings, validates design layouts, participates in order and design review meetings, and supports quality, safety, environmental, and continuous improvement initiatives under the direction of Lead Engineers.

Designs and develops mechanical products, coordinates cross-functional engineering teams, supports testing and design reviews, maintains project documentation, and ensures manufacturability and quality. The role provides technical input, monitors project schedules and budgets, collaborates with manufacturing and customers, and supports continuous improvement of design procedures. It is onsite in Valley, Nebraska and may require up to 10% domestic or international travel.

Supports automotive BIW cost planning, value analysis, value engineering, benchmarking, supplier quote analysis, and cost reduction. Leads cost activities across purchasing and design teams, tracks investment targets, creates cost reports, and supports product development through 3D modeling, layout reviews, and 2D drawings. Requires automotive body systems experience, DFM/DFA knowledge, project management capability, and client-site travel.