Top Design Engineer Jobs

Designs and analyzes steel utility transmission and distribution structures using structural engineering software and finite element methods. Develops compliant, manufacturable, and cost-effective designs for quotes and orders; interprets customer specifications; supports drafting and sales; reviews drawings and as-built products; coordinates milestones; provides technical support; and ensures compliance with industry codes. The role may guide junior staff and requires up to 10% travel.

The role involves designing SoC architecture and integration, optimizing memory subsystems, and collaborating on pre/post-silicon validation processes.

Design and implement SystemVerilog RTL and microarchitectures for AI-optimized memory systems; perform synthesis and PPA analysis; document microarchitecture; evaluate tradeoffs and drive implementations from specification through silicon.

Designs and manages RF/microwave components for satellite programs from requirements and supplier selection through integration, environmental testing, and mission operations support. Develops specifications, evaluates ICDs and vendor proposals, prepares trade studies and technical reviews, verifies subcontractor implementations, and presents test data to customers and leadership. Supports spacecraft testing, manages multiple tasks, and may progress to cognizant RF communications engineer or product-line lead.

The Electrical Design Engineer will design electrical systems for labs, oversee installations, ensure compliance with regulations, and promote energy efficiency and sustainability.

Designs advanced high-speed PCBs for networking and Ethernet products, including optical transceiver platforms up to 1.6T. Responsibilities include SerDes, PAM4, PCIe, DDR, BGA, signal and power integrity, multilayer stack-ups, thermal and mechanical coordination, manufacturing deliverables, component libraries, and production support. The engineer collaborates with cross-functional teams and layout partners from feasibility through mass production.

Designs high-power, high-density Ethernet switching hardware from functional specifications through mass production. Responsibilities include component qualification, complex schematic capture, high-speed PCB design, signal and power integrity analysis, PCB fabrication specifications, prototype bring-up, system debugging, contract manufacturer collaboration, manufacturing training, and mentoring engineers. The role focuses on 100G/200G PAM4 networking products, advanced multilayer boards, embedded systems, high-current power delivery, and FPGA-based system simulation.

Develop and execute mixed-signal verification strategies for battery management and charger devices. Responsibilities include creating analog behavioral models, building schematic/model/RTL testbenches, implementing checkers and assertions, running RTL and gate-level simulations, tracking coverage through tape-out, and debugging issues with digital, analog, and post-silicon validation teams.

Design, develop, bring up, debug, validate, and release high-performance computing printed circuit board assemblies. Collaborate with power, mechanical, thermal, signal integrity, firmware, and vendor teams; conduct design reviews; create specifications, test plans, and manufacturing documentation; track and resolve issues; and support designs through production ramp-up.

Participate in TI’s Career Accelerator Program while designing, modeling, simulating, implementing, and documenting analog integrated circuits in silicon. Responsibilities include schematic design, functional and parametric simulation, IC layout support, post-layout analysis, bench characterization, final testing, and failure analysis. The role also provides exposure to digital design and design verification through training, projects, and collaboration with cross-functional teams.

Participate in TI’s Career Accelerator Program while designing digital ICs and advanced processors. Responsibilities include architecting and verifying digital circuits, analyzing chip trade-offs, supervising layouts, developing behavioral models, characterizing prototypes, creating test specifications, and coordinating product releases. The role includes exposure to design verification and analog design through training and projects.

Design, simulate, implement, and document analog, digital, and RF integrated circuits in silicon. Responsibilities include schematic design, functional and parametric simulation, IC layout support, post-layout analysis, bench characterization, final testing, and failure analysis. The program also provides exposure to design verification and digital design through training, projects, and on-the-job development.

Design and verify digital integrated circuits, including processor architectures, memory-management units, multicore systems, and cache systems. Responsibilities include defining specifications, analyzing architecture trade-offs, participating in design reviews, supervising IC layouts, developing behavioral models, characterizing prototypes, and coordinating product testing and releases. The program also provides exposure to design verification and analog design through training and on-the-job projects.

Provides design release, launch, and onsite production support for automotive exterior systems. Responsibilities include analyzing production and field data, conducting root-cause investigations, coordinating corrective actions, validating solutions, and collaborating with manufacturing, quality, suppliers, and program teams. The role also updates design and manufacturing standards to incorporate lessons learned and improve product quality and launch readiness.

Own end-to-end electrical hardware development for semiconductor fabrication machines, including clean-sheet PCBA and electrical system design, schematic capture, layout, prototyping, bring-up, testing, integration, documentation, and productionization. Collaborate with software, mechanical, and process teams; investigate design approaches; perform analysis and simulations; and deliver reliable systems autonomously from concept through small-scale production.

Designs and analyzes tubular steel transmission structures and related products according to customer specifications, industry standards, and company policies. Prepares calculations, estimates, drawings, documentation, and reports; reviews designs and customer revisions; coordinates with project management, drafting, modeling, estimating, customers, and plant personnel; and helps resolve technical issues during drafting, fabrication, construction, and field work.

Design and document mechanical assemblies for thermal interface materials in semiconductor packages. Build, instrument, and test prototypes and mockups, analyze thermal and mechanical data, coordinate fabrication, document customer requirements, and support qualification activities and technical engagements. The role also contributes to product improvements and maintains organized design and test records.

Lead end-to-end PCIe IP integration into complex ASIC and SoC designs, collaborating across architecture, verification, physical design, software, and external IP vendors. Optimize PCIe performance, contribute to IO and interconnect architecture, and lead silicon bring-up, interoperability testing, and debugging across RTL, gate-level, emulation, and post-silicon environments. Mentor engineers and establish PCIe subsystem development practices for high-performance AI and HPC platforms.

Design custom industrial machinery, automation equipment, robotic tooling, fixtures, and mechanical systems from concept through commissioning. Create CAD models, manufacturing drawings, bills of materials, and engineering documentation using GD&T and design-for-manufacturing principles. Support fabrication, machining, welding, assembly, prototyping, testing, troubleshooting, and continuous improvement while collaborating with manufacturing, controls, suppliers, project management, and technicians.

Designs, documents, tests, secures, and transitions global government CAN/LAN networks. Evaluates technologies in a private lab, develops Cisco, Brocade, and Juniper configurations, troubleshoots routing and switching protocols, schedules migrations, supports operations teams, aligns designs with DISA STIGs and enterprise policies, and obtains Authority to Operate approvals. The role also supervises network support specialists and improves engineering processes and documentation.

Designs mechanical systems and sheet metal components for environmental test chambers. Creates basic parts, assemblies, flat patterns, concept drawings, and engineering documentation using Inventor and AutoCAD. Releases custom chamber modifications, maintains bill of material structures, follows engineering procedures and ISO standards, and applies design-for-manufacturing principles. Works under supervision, collaborates with production and engineering teams, solves practical problems, and maintains regular physical attendance.

Designs and estimates mechanical solutions for automated material handling systems, including conveyor and sortation equipment. Creates proposal drawings, develops rough-order-of-magnitude costing, reviews technical specifications and mechanical drawings, and supports semi-complex project estimates. Collaborates with engineering, sales, account management, and solution teams on concept, technical, and cost reviews. Provides technical knowledge transfer and recommends productivity, cost, and customer-satisfaction improvements.

Develops RF and multimodal seeker systems across requirements generation, system design, modeling and simulation, integration, testing, troubleshooting, and production support. The role involves hands-on laboratory testing of prototype hardware and software, radar and RF systems engineering, engineering changes, Agile process improvements, and collaboration within an integrated product team supporting military autonomy and precision-strike technologies.

Design and deliver FPGA systems across the development lifecycle: architecture, RTL coding, synthesis, place-and-route, timing closure, simulation, lab bring-up and debug, product support, and FPGA security. Mentor engineers, collaborate on cross-functional teams, and develop testbenches and scripts to support verification and lab testing.

Lead architecture, design, and verification of mixed-signal avionics hardware and FPGA/ASIC RTL for flight-critical systems. Own full product lifecycle from requirements, schematic and PCB work through FPGA implementation, timing closure, verification, qualification, and production release. Support avionics integration, testing, reliability analyses, and ground test support.