Top Design Engineer Jobs

Provide focused mechanical design for standard products: develop 3-D models, perform detailed design calculations, select components, ensure manufacturability and cost-effectiveness, follow design standards, coordinate with purchasing/vendors, and communicate with the design team.

Design and document build-ready media and production systems, translate client workflows into technical requirements, produce drawings and equipment lists, define control/networking/testing plans, support integration/commissioning, and validate installed systems with field teams.

Design and modify HVAC equipment and prototype diagrams, perform mechanical CAD modeling and simulations, support testing (CFD/FEA), lead and mentor junior designers, manage ECNs, create BOMs/cost estimates, ensure compliance with codes (UL, CE, NEC, IBC, NFPA), and support production and field issues.

Entry-level electrical engineer supporting design, testing, and documentation of electrical systems for HVAC equipment. Assist in creating schematics, troubleshooting components, documenting test results, and collaborating with engineers while learning codes, standards, and company procedures.

Design and develop new and modified HVAC equipment and prototypes, produce CAD models and simulations, support DFMEA/PFMEA, CFD/FEA and seismic testing, create BOMs and cost estimates, oversee mechanical designers, coordinate ECNs, and ensure compliance with UL/CE/NEC/IBC/NFPA codes. Provide production support and occasional field travel.

Design, develop, and improve HVAC systems and components through engineering analysis, technical drawings, prototyping, testing, and cross-functional collaboration to meet performance, quality, cost, and regulatory requirements. Support manufacturing, resolve product issues, create BOMs, and participate in cost-reduction and continuous-improvement initiatives.

Design and implement CPU power management, reset, and clocking solutions. Collaborate with teams to verify and optimize designs based on RISC-V architecture.

Design and validate high-performance mechanical structures and mechanisms for humanoid robots. Create detailed CAD models and drawings, run FEA and topology optimization, prototype and test designs, ensure manufacturability and safety, resolve design issues, and collaborate with cross-disciplinary teams and vendors to transition concepts to production.

Lead design and delivery of complex analog and mixed-signal ICs in deep submicron CMOS. Define architectures, perform schematic-to-layout tradeoffs, guide layout engineers, validate silicon, debug in lab, and mentor engineers while collaborating cross-functionally to meet customer performance, area, power, and production targets.

Design mechanical components and systems for electric school buses using CAD, support prototype development and testing, ensure compliance with FMVSS and customer requirements, prepare technical documentation, and collaborate with cross-functional teams to ensure manufacturability and design feasibility.

Design, implement, and test digital hardware and FPGA-based circuit cards across full product lifecycle. Work on high-speed interfaces, RF/EO DSP, embedded processors, prototype/debug subsystems, produce design/test documentation, and support production and fielded systems in an integrated engineering team.

Own block- and subsystem-level physical design from RTL synthesis through GDSII sign-off. Perform floorplanning, placement, CTS, routing, timing closure, sign-off (EM/IR/RC/DRC/LVS), generate abstracts for hierarchical integration, improve PPA with RTL collaboration, and supervise third-party delivery.

Design electrical and fluid power systems for custom automation equipment using AutoCAD Electrical. Create schematics, specify components, ensure compliance with industry standards, collaborate with multidisciplinary teams, support program execution, and travel occasionally for training and customer visits.

Designs specialized fluid control components and valves using CADD, engineering calculations, FEA, and CFD. Develops drawings, models, bills of materials, test procedures, and technical reports; supports prototyping, testing, manufacturing, quality investigations, and nonconformance disposition. Collaborates with sales, suppliers, designers, manufacturing, and quality teams to develop feasible designs, improve existing products, resolve production issues, and support product validation and training.

Verify high-performance RISC-V CPU cores by developing test plans, UVM testbenches, constrained-random tests, assertions, and functional coverage. Debug RTL and simulation failures using waveform and simulation tools, identify root causes, and drive issues to closure. Collaborate with CPU architects, RTL designers, software engineers, and verification teams across architecture, microarchitecture, and the design lifecycle.

Design, analyze, test, and integrate avionics enclosures and secondary aircraft structures for autonomous UAVs. Create mechanical models, drawings, and interface control documents; develop mounts and brackets; apply design standards, GD&T, materials, manufacturing processes, coatings, and sealants. Collaborate with suppliers on manufacturability, investigate flight-test anomalies, perform root-cause analysis, and support airworthiness documentation and flight authorization packages.

Designs and analyzes mechanical structures and components for specialized trucks and heavy equipment. Develops 3D models and detail drawings, manages prototypes, creates and executes testing procedures, evaluates weight and stability, investigates failures, and implements redesigns. Supports technical documentation, production troubleshooting, engineering changes, and collaboration between engineering, procurement, testing, and shop-floor teams.

Designs and analyzes spacecraft trajectories and mission plans for lunar, interplanetary, Earth-orbiting, and cislunar missions. Develops trajectory optimization, simulation, maneuver-planning, stochastic analysis, contingency, and onboard algorithms. Collaborates with multidisciplinary and operations teams to support mission execution, real-time trajectory corrections, proposals, and technical presentations.

Owns the design, integration, and closeout of network, wireless, video surveillance, and related technology projects. Conducts construction surveys, reviews drawings, develops designs and bills of materials, coordinates vendors and field teams, configures and troubleshoots Cisco and Meraki infrastructure, maintains as-built documentation, and leads process automation and technical mentoring. The role requires field work in construction environments, project coordination, technical leadership, and travel throughout New York City.

Designs, verifies, integrates, and documents complex FPGA modules using custom RTL and vendor IP. Responsibilities include architecture, interface definition, synthesis, place-and-route, timing and power analysis, simulation, emulation, hardware testing, and system-level validation. The role manages requirements traceability, verification strategies, integration dependencies, technical documentation, and project deliverables while collaborating with systems, PCB, software, suppliers, and cross-functional engineering teams.

Design aerospace primary and secondary structures, payloads, and systems-support components using CATIA V5. Create 2D manufacturing drawings and 3D model-based definitions, apply GD&T and tolerance stack-ups, and ensure manufacturability, cost effectiveness, and regulatory compliance. Perform V4-to-V5 conversions, support sustenance and change-request projects, manage PLM data in ENOVIA and 3DEXPERIENCE, and coordinate with engineering teams. Aerospace manufacturing experience and knowledge of aircraft lifecycles, structures, systems, and industry standards are required.

Design Engineer responsible for aerospace material review board activities, Airbus concession and nonconformity resolution, technical studies, 3D part design, and shopfloor and flight-test support. The role manages end-to-end concession workflows, analyzes engineering deviations, determines repair dispositions, coordinates with Quality and Supply Chain, supports design improvements, and ensures engineering data complies with quality and configuration requirements. Requires aerospace or mechanical engineering education, extensive MRB design experience, and prior Airbus concession experience.

Lead development and automation of RTL-to-GDS place-and-route flows using Innovus and Fusion Compiler. Create robust P&R methodologies, support floorplanning, CTS, placement, routing, timing closure, IR/EM mitigation, and signoff correlation. Partner with design, EDA, and PDK teams to improve flow robustness and scalability, troubleshoot tool/flow issues, and drive quality metrics for timing, area, power, and DRC signoff.

The role involves designing high-speed ASICs from specifications to final netlist, implementing designs in Verilog/System Verilog, ensuring verification, and mentoring junior engineers.

Lead mixed-signal design verification methodology, define co-simulation EDA infrastructure, and develop models for complex system-on-chip designs. Create Verilog and SystemVerilog test benches and behavioral models for analog and mixed-mode circuits, establish block- and chip-level verification methods, support analog and digital teams during model bring-up, and perform analog/mixed-signal simulations.