Top Design Engineer Jobs

Leads the design and development of complex audiovisual systems, including signal flow, architecture, control integration, and networked AV. Creates and reviews technical documentation, validates bills of materials, collaborates with clients and project stakeholders, conducts design quality reviews, supports installation and troubleshooting, mitigates technical risks, and mentors junior engineers.

Designs and validates electrical and electronic components, subsystems, integrated circuitry, and hardware solutions. Develops test plans covering tolerances, form, fit, function, shock, vibration, EMI, safety, reliability, thermal performance, and power. Performs feasibility, margin, validation, modeling, and empirical analyses; collaborates with internal and outsourced engineering partners; evaluates production reliability and supports prototype fabrication for reliable, cost-effective products.

Designs and develops mechanical components and assemblies for race vehicles from concept through manufacturing. Uses CAD, CAM, 3D modeling, simulations, prototyping, and FEA to validate and refine designs. Collaborates with race teams, engineers, designers, manufacturers, and production teams while managing timelines, documentation, drawing packages, testing, and manufacturability. Requires strong mechanical design expertise, automotive or motorsports experience, and the ability to work effectively under tight deadlines.

Entry-level Design Engineer responsible for designing precast concrete parking structures, buildings, walls, connections, and related engineering components. Duties include reviewing contract documents, coordinating with project teams and drafters, resolving design issues, checking calculations and details, reviewing erection drawings, and assisting with repairs. The role begins under close supervision and progresses toward independent project ownership. A bachelor’s degree in Civil Engineering is required, with a structural emphasis preferred.

Designs precast concrete parking decks, buildings, walls, connections, and related structural components. Reviews contract documents, drawings, calculations, and shop tickets; manages engineering design activities; participates in project meetings; prepares RFIs; resolves design issues; supports repairs; and checks work for accuracy and compliance with standards. The role collaborates with project management, production, drafting, and structural engineering teams while following OSHA and company safety requirements.

Entry-level Design Engineer responsible for designing precast concrete parking decks, buildings, walls, and connections. Duties include reviewing contract documents, managing design projects, checking calculations and drawings, resolving engineering issues, attending meetings, supporting repairs, and coordinating with drafting, production, and project management teams. The role requires a civil engineering degree, strong analytical and organizational skills, attention to detail, communication abilities, and adherence to OSHA and company safety standards.

Entry-level Design Engineer responsible for designing precast concrete parking decks, buildings, walls, connections, and related engineering components. Duties include reviewing contract documents, managing project design work, attending coordination meetings, resolving design issues, checking calculations and shop drawings, assisting with repairs, and collaborating with project management, production, drafting, and structural engineering teams. The role requires adherence to OSHA and company safety standards.

Designs building automation and control systems, including mechanical layouts, electrical drawings, DDC panels, network architectures, sequences, schedules, point databases, and commissioning documentation. Prepares submittals, shop drawings, RFIs, and project documentation; reviews plans, specifications, and codes; supports cost estimates and project turnover; and provides technical guidance to customers, project managers, and operations teams. Conducts site walkthroughs and identifies cost-saving opportunities.

Designs building automation and control systems, including mechanical layouts, electrical drawings, DDC panels, network architectures, point databases, sequences, and bills of materials. Prepares submittals, shop drawings, RFIs, commissioning documentation, and project handoff materials. Reviews plans, specifications, and codes, supports cost estimates, conducts site walkthroughs, and serves as a technical resource for customers, project managers, and operations teams.

Designs, develops, maintains, and improves tooling and fixtures for legacy fuzing product manufacturing. Creates SolidWorks models and drawings using GD&T, troubleshoots and maintains existing tools, supports manufacturing teams, documents designs, manages tooling projects, coordinates fabrication, and drives continuous improvement in production efficiency, quality, and reliability.

Design mechanical components, assemblies, and systems for Formula 1 internal combustion engine power units. Create 3D CAD models, engineering drawings, bills of materials, and work instructions; apply GD&T, design-for-manufacturing principles, and basic structural analysis. Collaborate with engineers and manufacturing partners, support design reviews and production, resolve technical issues, and contribute to reliability, performance, and continuous improvement.

Design and develop Motor Generator Unit components for Formula 1 hybrid power units, including rotors, stators, bearings, housings, and thermal interfaces. Perform structural, tolerance, vibration, rotor-dynamics, and finite element analyses; support prototyping, testing, instrumentation, and validation. Collaborate with electromagnetic, electrical, thermal, controls, and manufacturing teams while ensuring compliance with FIA regulations. Apply machine learning and Design of Experiments to optimize high-speed electric motor performance, reliability, and integration.

Design optimized laser powder bed fusion components using DfAM principles, Siemens NX, and AM-specific software. Collaborate with product design, materials, process, and manufacturing teams on orientations, supports, test geometries, prototypes, fixtures, tooling, and manufacturability. Support parameter development, process optimization, documentation, continuous improvement, and knowledge transfer while applying mechanical design expertise, GD&T, and downstream manufacturing considerations.

Designs and drafts control systems for medium-voltage mobile power transformers and substations. Responsibilities include interpreting customer specifications, preparing schematics and cabinet layouts, selecting instruments and gauges, creating BOMs, reviewing vendor quotes, updating ERP records, troubleshooting technical issues, inspecting cabinets, supporting production and field service, and researching new control technologies. Requires extensive transformer control design experience, electrical engineering expertise, AutoCAD proficiency, and knowledge of industry standards.

Designs control systems for medium-voltage mobile power transformers and substations. Responsibilities include interpreting specifications, preparing schematics and cabinet layouts, selecting transformer instruments, creating bills of materials, reviewing vendor quotes, updating ERP records, troubleshooting technical issues, inspecting cabinets, and supporting assembly and field start-ups. The role also researches new products, applies industry standards, and collaborates with quality, production, field service, customers, and suppliers.

Design and verify mechanical components for medium-voltage mobile power transformers and substations. Create 3D core and coil designs, shop drawings, connection diagrams, woodwork structures, and lead routing using EAP and Autodesk Inventor. Generate ERP material usage files, support production by resolving design issues, and provide technical guidance. Future responsibilities include external transformer and tank designs, plus programming plasma and wood routing machines.

Designs and configures protein equipment product variations, creates 3D models, manufacturing drawings, and bills of materials, and develops repeatable design procedures. Collaborates with cross-functional teams on customer requirements, cost targets, manufacturability, testing, safety, and product robustness. Supports manufacturing and quality activities, new product introduction, continuous improvement, and field issue resolution. The role requires mechanical engineering expertise, Creo and Windchill proficiency, and experience taking products from concept through production release.

Design and develop agricultural equipment, including concept development, 3D modeling, engineering drawings, prototyping, testing, validation, bills of materials, and product documentation. Collaborate with manufacturing, quality, purchasing, product management, sales, and technical support teams. Support customized equipment solutions, customer technical inquiries, product launches, continuous improvement, field investigations, and corrective actions. The role is hybrid with occasional travel up to 10%.

Designs and configures grain storage systems and accessories for customer-specific needs. Creates 3D models, drawings, and bills of materials using Creo; performs engineering calculations, simulations, and design evaluations. Collaborates cross-functionally on manufacturability, cost, safety, prototypes, validation, new product introduction, and continuous improvement. Supports production releases, resolves field issues, and applies lessons learned to improve existing products.

Design Engineering Intern supporting grain storage and conditioning products. Responsibilities include creating and updating CAD designs, releasing drawings and bills of material, verifying product requirements, applying design-for-manufacturing principles, troubleshooting production and field issues, maintaining products, and developing prototypes with cross-functional teams. The role is a paid, full-time onsite summer internship requiring current full-time student enrollment and proficiency with 3D CAD tools.

Design analog, high-speed digital, and power circuits for space and defense electronics. Responsibilities include schematic capture, PCB layout specifications, circuit simulation, requirements collaboration, technical presentations, board bring-up, troubleshooting, and technical documentation. The role requires applying electrical engineering fundamentals while learning space-grade product development practices.

Supports mechanical design engineering for ANSI air-insulated switchgear and electrical distribution equipment under senior engineer guidance. Creates 3D CAD designs, performs basic computations and analyses, prepares project documentation, assists customers and contractors with technical issues, and participates in design workshops. The role requires applying mechanical engineering principles, standard methods, quality and safety requirements, and contract specifications to low-complexity orders and special designs.

Designs, develops, tests, and documents electrical and electronic systems for underground construction equipment. Responsibilities include analog and digital circuit design, embedded Linux and bare-metal systems, desktop applications, microcontroller firmware, communications buses, production test fixtures, technical documentation, supplier coordination, and product sustaining support.

Supports physical implementation of HBM SoC design blocks, including floorplanning, placement, clock tree synthesis, routing, optimization, timing closure, and physical verification. Analyzes timing, power, area, congestion, and signoff results while developing automation scripts and workflows using Python, Tcl, shell scripting, and AI-assisted tools. Collaborates with architecture, RTL, verification, DFT, and signoff teams on next-generation memory designs.

Supports advanced HBM DRAM design by interfacing with foundries, evaluating semiconductor technologies, performing HSPICE and circuit analyses, validating test chips and silicon, assessing PDKs, enabling design flows, and improving engineering productivity through AI and automation. The role requires expertise in advanced CMOS, FinFET devices, process integration, device characterization, PPA analysis, parasitic extraction, and physical verification, with collaboration across design, foundry, manufacturing, and product engineering teams.