Top Design Engineer Jobs

The role involves designing power modules, developing reference circuits for industrial applications, collaborating on product development, and conducting hands-on evaluations and debugging.

As a Digital IC Design Engineer Intern, you will design RTL implementations for low-power digital systems, optimize architectures, and collaborate on verification and testing with engineers.

The Structures Design Engineer will design, analyze, and oversee the build of rocket structures, collaborating within a small team on high-performance aerospace projects.

Lead roadway design for TxDOT and local highway projects, producing schematic through final construction plans. Manage project scopes, budgets, schedules, QA, and multidisciplinary teams; mentor junior staff; ensure client coordination, contract management, and project profitability.

Lead development of highway and roadway design plans from schematic through final design using TxDOT/AASHTO standards. Manage project scopes, budgets, client relationships, mentor junior staff, ensure quality/safety, and deliver profitable projects for urban and rural roadway, interchange, and interstate programs.

Design and support R&D through production for power products, including space-grade inductors and transformers. Convert customer specs to internal requirements, use CAD for PCBA and tooling design, optimize manufacturability with manufacturing teams, provide production line support, perform testing and publish test reports.

Design and optimize CPU architectures, integrating advanced performance features while leading research on CPU design technologies and methodologies.

The Mission Data Systems Engineer will handle EW research, MD development and testing, support system programming, and assist in data analysis.

Design and verify high-speed (25+ Gbps) electrical/optical interfaces and analog/mixed-signal circuits from schematic through silicon characterization. Define circuit requirements, perform schematic/layout/verification using Cadence and SPICE-based tools, optimize for system specs, support layout matching/high-speed routing, and assist post-silicon bring-up and debugging.

Design and develop advanced power supply solutions for high-power processors, ensuring performance and reliability through multi-phase solutions and thorough analysis.

Design and implement mixed-signal IP logic: RTL coding, simulation, and optimization to meet power, performance, area, and timing goals. Collaborate with analog, digital, and physical teams, review and fix RTL verification issues, and support SoC customers for high-quality IP integration.

Design and optimize CPU logic and RTL, write and simulate RTL for CPU IP blocks, meet PPA and timing goals, ensure physical design integrity, review verification plans, document microarchitectural specs, and collaborate with SoC customers for integration.

Design, document, and validate UL 508A-compliant industrial control panels and electrical systems. Create schematics, panel layouts, wiring diagrams, BOMs, perform SCCR calculations, select components, design motor and safety circuits, collaborate with PLC engineers, support panel builds/certification, troubleshoot during commissioning, and assist installations at customer sites.

Design, develop, implement, and test FPGA-based DSP components and integrate them with Linux-based software stacks. Lead technical design, perform FPGA RTL development, timing closure and resource optimization, implement DSP algorithms in hardware, bridge FPGA to software, and produce documentation for RF communication/collection subsystems.

The RCDD Cable Design Engineer is responsible for designing and engineering structured cabling systems. This includes project management, quality assurance, and ensuring compliance with industry standards.

The Principal Analog Design Engineer will lead the entire development lifecycle of PMIC and mixed-signal products while providing mentorship and architectural guidance to engineering teams and collaborating with customers on system requirements.

Design and architect Verilog RTL for memory data buffer ASICs (DDR5/DDR6). Apply clocking, FSM, low-power and high-speed techniques. Lead backend flow (synthesis, STA, P&R, LEC), formal verification, CDC checks, ECOs, and documentation. Participate in reviews, define new features, and mentor junior and new-graduate engineers.

Design, test, and implement analog power and mixed-signal electronic systems. Participate in requirements, integration, verification, technical reviews, root cause analysis, and R&D. Lead design teams, write specifications and verification procedures, use lab test equipment, troubleshoot circuits, and collaborate with program managers and clients. Must hold active Secret clearance and travel as needed.

The Principal Analog Design Engineer will lead the development lifecycle of analog and mixed-signal products, mentor engineers, and ensure alignment with market trends.

Design and engineer network solutions for a global enterprise network, documenting and implementing configurations, ensuring compliance, and troubleshooting. Engage with operations and lead improvements in network processes.

The Network Design Engineer interprets customer requirements, designs secure LAN architectures, evaluates technologies, and supervises network support specialists for a modern enterprise network.

Senior Digital VLSI Design Engineer responsible for defining and enforcing multi-clock synchronization, creating synthesis constraints, and driving full-chip CDC/RDC and DFT sign-off. Collaborate with architecture and chip leads to identify metastability and reset issues pre-RTL freeze, mentor teams, and implement automated sign-off flows for complex high-speed IPs.

Lead end-to-end design of semiconductor fabrication hardware, reimagining components using first-principles and additive manufacturing. Own component and system requirements for wafer handling, UHV chambers, thermal management, gas and fluid delivery, and precision assemblies. Mentor engineers, drive feasibility and production readiness, engage with customer engineering teams, and shape product and process roadmaps through technical leadership.

Design and analyze municipal wastewater treatment projects including conceptual and detailed design, regulatory review, design calculations, cost estimates, construction support, commissioning, and stakeholder coordination. Mentor junior staff, contribute to proposals, and apply BNR/ENR and hydraulic engineering expertise to projects.

Design and evaluate municipal wastewater treatment processes including BNR/ENR systems; perform calculations, regulatory review, cost estimates, construction support, commissioning, stakeholder communication, proposal support, and mentor junior staff. Apply engineering standards and software for hydraulic and treatment design and troubleshoot field issues.