Top Design Engineer Jobs

Leads end-to-end design of water treatment systems for PFAS and emerging contaminants as Engineer in Responsible Charge. Coordinates multidisciplinary engineering teams, oversees equipment selection, hydraulics, layouts, specifications, safety reviews, quality, fabrication, construction, commissioning, and client deliverables. Mentors engineers, supports proposals, manages design risks and schedules, and represents the company with clients and vendors. Requires field travel to fabrication shops, vendor facilities, and project sites.

Owns the development and production release of external microphone hardware for GM Super Cruise. Responsibilities include requirements definition, acoustic and environmental performance, mechanical and electrical integration, supplier management, validation, design reviews, issue resolution, and launch support. The role coordinates cross-functional teams and global suppliers while ensuring manufacturability, reliability, quality, safety, cybersecurity, and regulatory compliance.

Designs and optimizes electro-mechanical connector products, components, fixtures, tooling, and accessories. Develops drawings, testing procedures, and manufacturing solutions; collaborates with maintenance, vendors, Sales, and cross-functional teams. Evaluates customer designs for feasibility, cost, and maintenance requirements, supports product costing, tests assemblies, interprets technical documentation, and maintains compliance with the AS9100 quality system. This is an in-office role supporting defense and aerospace-related manufacturing.

Design Engineer Interns support real client projects by creating and modifying SolidWorks models and production drawings, translating creative concepts into buildable solutions, exploring materials and fabrication methods, and collaborating with design, production, technology, project management, and installation teams. The role provides hands-on exposure to custom engineering, fabrication, installation, and constructability in an onsite summer internship.

Leads mechanical design and development of high-reliability undersea network products from concept through production. Designs fiber trays, modules, enclosures, and assemblies; creates CAD models and drawings; performs FEA and thermal analyses; develops verification and qualification testing; supports prototypes, troubleshooting, DFMEA, manufacturing transfer, supplier evaluation, and continuous improvement. Provides technical leadership and mentorship while collaborating with electrical, optical, firmware, reliability, manufacturing, NPI, vendors, and customers.

Designs and verifies high-reliability analog and digital circuit boards for undersea and terminal fiber-optic network equipment. Responsibilities include circuit simulation, component selection, PCB collaboration, prototype experimentation, design reviews, verification testing, firmware integration, GUI test-tool development, factory testing support, and supplier coordination. The role also leads technical reviews and supports production transfer of fault-tolerant electrical assemblies.

Designs, models, prototypes, tests, qualifies, and transfers high-reliability optical and electro-optic modules for subsea telecommunications systems. Responsibilities include developing optical amplifiers and network elements, selecting and characterizing components, analyzing test data, creating automated test tools, defining firmware and manufacturing requirements, supporting design reviews, product transfer, manufacturing, and field operations, and mentoring engineers.

Design and develop mechanical parts, assemblies, products, and systems supporting NASA space exploration projects. Perform structural and thermal analyses, tolerance analyses, GD&T, hand calculations, engineering evaluations, testing, and design reviews. Produce standards-compliant engineering drawings and documentation while collaborating with technical teams. The role may also involve NASA flight hardware, mechanisms, robotics, rapid prototyping, machine shop processes, mentoring, and technical design leadership.

Build and evolve shared React and TypeScript components, patterns, and design tokens for Mercury’s design system. Partner with designers and product engineers to translate design intent into accessible, polished interfaces. Improve component quality, documentation, examples, workflows, and adoption across product teams. Use AI coding tools to prototype and implement solutions while evaluating generated code. The role offers ownership and mentorship for early-career and intermediate frontend engineers.

Develops neural network models and algorithms for analog compute-in-memory systems, including CNNs, transformers, LLMs, and RNNs. Responsibilities include modeling component variation, power, performance, and area; contributing to hardware architecture, RTL and circuit design, integration, verification, and testing; and analyzing specifications, simulations, timing, risks, and trade-offs. The role collaborates cross-functionally to translate product requirements into reliable ACIM design solutions.

Develop RTL and microarchitecture for next-generation ASICs used in Starlink space and ground infrastructure. Responsibilities include architectural trade-off analysis, Verilog/SystemVerilog implementation, top-level integration, verification support, timing constraints, synthesis and timing closure, formal checks, and silicon bring-up. The role collaborates with systems, firmware, validation, physical implementation, and product engineering teams.

Develops next-generation ASICs for Starlink space and ground infrastructure. Responsibilities include defining microarchitecture, implementing and integrating Verilog/SystemVerilog RTL, evaluating architectural trade-offs, supporting synthesis and timing closure, coordinating verification, providing timing constraints, and participating in silicon bring-up and validation.

Design and implement RTL for next-generation ASICs used in Starlink space and ground infrastructure. Responsibilities include defining microarchitecture, writing Verilog/SystemVerilog, integrating and verifying designs, supporting synthesis and timing closure, supplying timing constraints, and participating in silicon bring-up and validation. The role requires collaboration with verification, physical implementation, firmware, systems, and product engineering teams.

Develop large-scale material handling and intralogistics systems during the quotation phase. Review customer requirements, lead multidisciplinary design teams, create 3D models and proposal drawings, develop material lists and scopes, evaluate vendor proposals, manage technical and financial risks, and conduct technical and pricing reviews. The role also supports value engineering, RFP responses, documentation, and project handoff to execution teams.

Design and integrate FPGA and ASIC SoC blocks for Starlink space and ground systems using Verilog and SystemVerilog. Optimize power, performance, and area across the full chip design lifecycle; collaborate on architecture, validation, backend implementation, lab bring-up, and software development. Build analysis and test tools, support DSP and communications subsystem integration, and validate designs in laboratory and on-orbit environments.

Design and integrate FPGA and ASIC systems for Starlink space and ground infrastructure. Responsibilities include RTL development, SoC integration, power-performance-area optimization, architecture and microarchitecture, validation, lab bring-up, DSP and communications integration, tooling for analyzing lab and on-orbit data, and collaboration with backend, software, firmware, and systems teams.

Leads ASIC physical design from RTL through GDSII, including full-chip floorplanning, hierarchical implementation, power-grid and bump planning, clock design, placement and routing, timing closure, power integrity, physical verification, and equivalence checks. Optimizes performance, power, and die size across advanced process nodes. Enhances EDA methodologies and collaborates with RTL, DFT, EDA vendors, foundries, and IP providers on signoff and post-silicon validation.

Designs and develops mechanical products and support equipment for aerospace and defense programs. Coordinates with suppliers and integrated product teams, reviews designs, interprets requirements, participates in design reviews, and ensures implementation of technical requirements. The role requires CAD modeling, mechanical design experience, technical communication, and the ability to obtain Secret and SAP clearances. Travel is approximately 10%, and relocation assistance may be available.

Design and verify RISC-V CPU IP using microarchitecture development, SystemVerilog RTL, functional verification, assertions, coverage, simulations, regression debugging, and power, performance, and area analysis. Develop Python, C/C++, and scripting automation while collaborating across architecture, design, verification, and implementation teams. The role is intended for a new college graduate with a degree in electrical or computer engineering and foundational experience in digital logic, computer architecture, CPU fundamentals, and Verilog or SystemVerilog.

Designs and characterizes photonic integrated circuits and high-speed optical components, including lasers, detectors, modulators, and integrated waveguides. Performs RF and electro-optical modeling using HFSS and ADS, develops experiments, analyzes device performance data, and collaborates with fabrication, testing, reliability, packaging, systems, and product engineering teams. Requires advanced expertise in optical communications, DWDM systems, component fabrication, epitaxy, testing, and signal analysis.

Designs and tests scalable microwave readout circuitry for topological qubits across component, subsystem, and system levels. The role involves microwave design and layout for PCBs and ICs, filter design, RF measurements, cross-functional codesign, technical documentation, analysis, tool development, and adherence to safety and security requirements.

Supports licensed civil engineers with site design, grading plans, profiles, utility layouts, construction details, exhibits, entitlement documents, quantity calculations, and client or agency coordination. The role emphasizes learning company standards and local codes, becoming proficient in AutoCAD Civil3D, and pursuing an Engineer-in-Training certificate and Professional Engineering license.

Designs and modifies metallic and composite aircraft structures and electrical, hydraulic, and fuel system installations. Develops technical solutions, design datasets, product structures, layouts, trade studies, weight-reduction initiatives, certification activities, and in-service support. Collaborates with stress and fatigue teams, mentors junior engineers, leads technical projects and presentations, supports process improvements, and serves as a key technical contact. Requires independent execution, technical leadership, and expertise with Airbus design tools.

Designs low-voltage electrical control systems, including PLC control panels, MCCs, VFD panels, schematics, panel layouts, motor circuit diagrams, cable schedules, and bills of materials. Develops project scopes, specifications, estimates, and contractor installation plans while applying NEC and UL standards. Coordinates with clients and multidisciplinary teams, supports field installation, startup, and I/O checks, and mentors junior engineers. The role requires approximately 20–25% local and overnight travel.

Develops basic to moderately complex mechanical and chassis designs under senior guidance. Gathers requirements, creates 3D CAD layouts, evaluates chassis subsystems, performs tolerance and interference analysis, supports prototype assembly, and recommends design improvements for cost, quality, manufacturability, and serviceability. Collaborates with system architects and external suppliers, applies manufacturing principles, and contributes to mechanical design and verification projects.