Top Design Engineer Jobs

Designs and maintains electrical equipment installation components for 787 aircraft, including equipment racks, power panels, cable routing, antennas, and wire harnesses. Supports engineering dispositions, manufacturing processes, statements of work, supplier capability assessments, and integrated system architecture. The role requires interpreting engineering drawings, analyzing data, and working with CAD, Model-Based Definition, ENOVIA, and PDM tools under general direction.

Designs, develops, maintains, and modifies complex mechanical drive systems for aerospace and defense programs. Responsibilities include creating 3D model-based engineering definitions, conducting functional analyses and simulations, supporting fabrication and suppliers, developing verification and validation plans, evaluating test data, managing product data in Teamcenter, and investigating emerging drive-system technologies.

Designs, upgrades, and sustains avionics laboratory hardware and test equipment for B-1 platform software and weapons integration. Responsibilities include electrical and mechanical system design, DMS modernization, cybersecurity collaboration, configuration planning, procurement oversight, test planning, verification, troubleshooting, equipment classification, reporting, and proposal support. The role requires occasional domestic travel and collaboration with engineers, technicians, software developers, and cybersecurity professionals.

Design and document wing and empennage structural requirements using 3D CAD. Develop and modify structural designs, validate via analysis and tests, manage supplier development and production activities, and advance design/analysis tools and concepts under general direction to meet program goals.

Boeing seeks a Senior RF Design Engineer to develop circuits, analyze RF systems, and collaborate on design and testing processes.

Lead structural design and integration for wing and empennage, using 3-D CAD and composite design methods. Oversee analysis, testing, supplier development, certification documentation (CFR Part 25/21), and mentor team members while collaborating with international partners.

Designs and integrates aircraft interior payload and structural systems across the product lifecycle. Responsibilities include developing requirements, maintaining 3-D CAD designs, validating and verifying components, coordinating suppliers, supporting production and certification, improving engineering processes, and investigating emerging technologies. The role interfaces with engineering, production, program, supplier, and customer teams to deliver compliant Boeing 787 interior products.

Design and deliver special test equipment for space-grade power, digital, RF and mixed-signal systems. Perform circuit design, prototyping, integration, automated test software development, verification/qualification testing, troubleshooting, root cause analysis, and support proposal/capture activities. Collaborate with cross-functional teams and recommend test equipment procurement.

Lead electrical engineering projects from conception through production support, designing CCAs, cables, electrical subsystems, and test equipment. Develop requirements, design disclosures, and test plans; analyze feasibility and technical requirements; ensure compliance with electrical standards; and provide technical leadership to cross-functional teams. The role is onsite in Lancaster, Pennsylvania and supports aerospace and defense programs.

Leads aerospace mechanical component and system design with expertise in metallurgy and powder metallurgy. Oversees product development from R&D and process qualification through production implementation, component substantiation, and supplier development. Defines design intent and specifications, conducts material selection and failure analysis, assesses reliability, mentors engineers, drives continuous improvement, and collaborates with cross-functional teams and suppliers.

Design, modify, test, and validate Control Momentum Gyroscopes and related space hardware from prototype through production. Support production activities, author technical documentation, prepare reports and presentations, and collaborate with engineering teams, management, customers, and other organizations to meet product specifications. This is a 100% onsite role in Glendale, Arizona with less than 5% travel.

Designs, simulates, and optimizes digital, analog, and DRAM memory circuits for advanced HBM products. Responsibilities include CMOS circuit design, floorplanning, layout leadership, power and timing optimization, simulation using FINESIM, HSPICE, and Verilog, tape-out validation, silicon correlation, documentation, and cross-functional technical leadership across global engineering and manufacturing teams.

Design and implement synthesizable SystemVerilog RTL for HBM base-die digital subsystems, including microarchitecture, registers, clock/reset interfaces, multi-channel logic, DFT, and telemetry. Collaborate with verification, physical-layer, DFT, and test teams on coverage, CDC/RDC analysis, timing and power objectives, integration, ECOs, silicon bring-up, and post-silicon debugging. Apply AI-enabled tools to improve engineering productivity and data-driven analysis.

As a Senior AI Compiler Engineer, you will design and build a custom MLIR-based compiler stack for next-gen silicon, optimizing AI models without an OS. Responsibilities include creating MLIR dialects, ensuring accuracy in lowering computational graphs, and maintaining a high-performance compiler codebase.

Design and develop mechanical systems, fixtures, enclosures, thermal solutions, and interfaces for space electronics test equipment. Create CAD models, manufacturing drawings, work instructions, BOMs, and release documentation. Perform structural, modal, thermal, and tolerance analyses; lead prototyping, fabrication, integration, testing, and troubleshooting. Collaborate with electrical engineers, support automated test system integration, evaluate vendors, and provide production and qualification support. The role is fully onsite in El Segundo, California, with up to 10% domestic travel.

Design, develop, and modify structural and interior payload systems for B-1 bomber modifications using 3D CAD tools; validate designs via analysis and testing; manage supplier activities; resolve product/process issues and document procedures. Works onsite and under general direction.

Support H-47 Chinook airframe structural and payload design across the product lifecycle: document requirements, develop and modify designs using 3D CAD, support tests and supplier development, release detailed engineering, and coordinate with cross-functional engineering and production teams. Works under close supervision.

Designs low-voltage telecommunications and inside-plant infrastructure for commercial, industrial, and military facilities. Responsibilities include structured cabling, voice and data systems, communications room layouts, construction specifications, technical drawings, site surveys, budget estimates, contractor coordination, and operational testing. The role also requires coordinating with engineering and architectural teams, supporting installation and break-fix activities, and ensuring compliance with telecommunications, building, and industry standards.

Designs low-voltage telecommunications and inside-plant infrastructure for commercial, industrial, and military facilities. Responsibilities include structured cabling, voice and data systems, communications room layouts, construction specifications, drawings, site surveys, technical estimates, contractor coordination, and operational testing. The engineer collaborates with architectural and engineering teams, maintains design libraries, and supports cable infrastructure break-fix activities while ensuring compliance with BICSI, NEC, IEEE, EIA, TIA, and related standards.

Designs and fabricates test equipment and complex aerospace components for gas turbine engines and power generation systems. Responsibilities include advanced CAD, drawing interpretation, FEA, conceptual through detailed design, PDR/CDR participation, design for manufacturing, cost estimation, CTQ identification, milestone compliance, and cross-functional engineering collaboration. The role also supports test fixture and facility layout design, fabrication processes, technical reporting, process improvement, and mentoring.

Implement SoC physical design from netlist to GDSII: floor-planning, placement, CTS, routing, and optimization to meet PPA. Drive MMMC timing closure, integrate complex IP, perform physical signoff (DRC/LVS/IR/EM/timing), support tape-out and post-silicon debug, collaborate across RTL/DFT/packaging/manufacturing, and improve flows via scripting and AI-enabled tools.

Design and analyze aerodynamic rotating and static turbomachinery components for turbofan, turboshaft, and APU applications. Perform CFD simulations, evaluate engine performance parameters, support component and module testing, analyze test data, document engineering findings, and present design-review artifacts. The role also contributes to process improvements, technical mentoring, and development of simulation and analysis methods.

Design and analyze cooled and uncooled gas turbine components for new designs, redesigns, and field issue resolution. Apply 2D and 3D finite element modeling using Siemens NX and ANSYS, support Model-Based Systems Engineering development, engine certification and functional testing, and communicate technical results. The role also involves cross-functional project support, continuous process improvement, and customer collaboration.

Performs static, dynamic, and modal stress analysis using finite element and classical calculation methods for aerospace mechanical components. Creates stress reports and technical specifications, supports testing, collaborates across engineering disciplines, presents findings at design reviews, estimates workload, and maintains project schedules. The role is based in Tempe, Arizona, on a hybrid schedule and requires U.S. citizenship due to contractual requirements.

Designs and develops complex tooling and fixtures for advanced manufacturing processes. Leads process optimization, gated design reviews, validation, and cross-functional improvement projects. Creates CAD models, drawings, and specifications; collaborates with engineers, suppliers, technicians, and operators; supports tooling implementation and training; and ensures compliance with safety, quality, and manufacturing standards.