Top Engineering Jobs

Tenure-track associate professor responsible for teaching and developing undergraduate and graduate engineering technology courses, especially hands-on manufacturing laboratories. Duties include course planning, assessment, student mentoring, curriculum and accreditation support, institutional service, and faculty collaboration. The professor must maintain an active research and scholarship program, publish or present findings, pursue external funding, and contribute to program development across manufacturing, industrial technology, and mechanical engineering technology.

Leads cloud, infrastructure, platform engineering, and DevSecOps architecture across AWS and Azure. Defines reference architectures, security guardrails, CI/CD pipelines, observability standards, infrastructure automation, and SRE practices. Builds and manages a team of architects and engineers, mentors staff, manages performance, influences enterprise stakeholders, and evaluates vendors and technologies.

Leads mechanical engineering activities for power, energy, refining, and chemical EPC projects. Responsibilities include managing schedules and budgets, specifying and evaluating process equipment, reviewing vendor documents, performing equipment and piping calculations, specifying piping materials, conducting field surveys, supervising engineers, mentoring staff, and supporting proposals and engineering standards.

Engineering Intern supporting process improvement and operational excellence at Elanco’s Clinton manufacturing plant. Responsibilities include collaborating with stakeholders and cross-functional teams, developing vendor relationships, implementing new process capabilities, creating and using data visualization tools, and updating documentation. The role offers hands-on technical project experience in a manufacturing environment.

Leads global production test operations engineering for NVIDIA’s Co-Packaged Optics and Networking chip products. Responsibilities include developing engineering teams, defining test manufacturing strategy, coordinating with suppliers and OSAT partners, driving production ramp readiness, resolving complex operational issues, analyzing test data and KPIs, and ensuring quality, standards, and continuous improvement across US and APAC manufacturing sites.

Leads manufacturing system strategy, factory planning, production layouts, material flow, capacity modeling, equipment implementation, commissioning, and production ramp activities. Owns long-term manufacturing system evolution, facility optimization, industrialization, technology evaluation, manufacturing transfers, and capacity expansion. Coordinates cross-functional initiatives with Operations, Quality, Engineering, Facilities, Supply Chain, and Automation teams while applying Lean, Six Sigma, simulation, and operational excellence principles.

Supports traffic engineering and transportation planning through traffic data analysis, roadway assessment, field traffic counts, site visits, and preparation of technical reports, presentations, maps, websites, and other documentation under engineer supervision. Collaborates with multidisciplinary engineering teams while developing practical infrastructure design and analytical skills.

Design and test mechanical or electrical hardware for long-range autonomous delivery aircraft. Interns own focused projects from problem definition through prototyping, testing, root-cause analysis, and validation. Responsibilities include CAD and engineering analysis, hands-on fabrication and assembly, test design, data analysis, technical documentation, and collaboration across engineering, manufacturing, supply chain, testing, and operations teams.

Lead mission engineering for commercial and government satellite-servicing opportunities. Develop mission work plans, evaluate technical feasibility, make engineering and program decisions, review analyses and customer-facing deliverables, and validate scope, schedule, and pricing before proposals and contracts. Coordinate directly with customers and guide opportunities through mission execution. The role requires aerospace experience, systems and orbital dynamics knowledge, strong judgment, and the ability to work in a fast-paced startup environment.

Hands-on intern supporting electromagnetic design and analysis of electric motors. Responsibilities include building finite element models, sizing machines, developing Python analysis tools, conducting electromagnetic, thermal, and structural optimization studies, correlating simulations with dynamometer data, and documenting results.

Supports the design, simulation, testing, and validation of power electronics for electric propulsion systems. Responsibilities include developing PCB assemblies and wire harnesses, running MATLAB, LTspice, and Simulink analyses, troubleshooting hardware, operating high-voltage lab systems, evaluating prototypes, conducting root cause analysis, and preparing technical documentation and manufacturing instructions.

Supports low-volume production across HPDM product lines by establishing manufacturing requirements, designing tools and fixtures, analyzing discrepancies, validating process improvements, and creating process plans and manufacturing bills of materials. Collaborates with design engineers, manufacturing engineers, and assembly technicians while leading lean continuous-improvement initiatives. Requires hands-on mechanical assembly experience, SolidWorks proficiency, strong engineering fundamentals, communication skills, and attention to detail.

Test Engineering Intern supporting R&D and production testing for electric motor products. Responsibilities include defining test requirements, designing SolidWorks parts and assemblies, creating bills of materials, supporting prototype manufacturing, executing verification and validation tests, analyzing results, identifying root causes, recommending design improvements, integrating system tests, and maintaining safe testing processes and equipment.

Leads IT engineering strategy, teams, and delivery across infrastructure, cloud, networking, compliance, and client implementations. Oversees enterprise and hybrid-cloud solutions, automation, monitoring, DevOps, security compliance, and continuous improvement. Partners with executives, service delivery, sales, account management, and clients on roadmaps, technical solutions, proposals, and business outcomes. Ensures projects meet scope, budget, quality, security, and client requirements while driving scalable MSP services.

The Electrical Engineer independently identifies and completes tasks supporting company objectives, analyzes complex technical issues, coordinates projects and studies, and leads problem-solving efforts. The role prepares recommendations and reports, supports safety compliance, participates in committees and special projects, and collaborates across organizational boundaries. Candidates should understand power plant equipment and system interrelationships, evaluate technical alternatives economically, and communicate effectively.

Mechanical Engineering Interns will design, prototype, test, integrate, and validate mechanical components and systems for autonomous metal 3D-printing factories. Responsibilities include tolerance analysis, feasibility studies, hands-on builds, and improving system performance, reliability, and manufacturability. Interns will own a meaningful project and collaborate with electrical, software, and senior mechanical engineers. The role requires current enrollment in mechanical or aerospace engineering and hands-on design experience through internships or engineering clubs.

Applies manufacturing engineering principles to improve production processes, facility layouts, workflow, quality, and operational efficiency. Conducts time and motion studies, analyzes production data, interprets technical drawings, develops process documentation, supports production planning, and identifies cost-effective improvements. Collaborates with engineering and production teams while supporting continuous improvement, manufacturing process development, quality systems, and equipment performance in an onsite manufacturing environment.

Designs, develops, tests, and supports software and systems for production products. Responsibilities include modifying database systems, defining database structures, coordinating database development, estimating project scope and costs, translating customer requirements into technical requirements, and integrating systems over CAN and Ethernet. The role requires autonomous systems knowledge, full lifecycle experience, troubleshooting ability, and collaboration with engineering teams at a hybrid customer facility.

Develop, execute, and automate Hardware-in-the-Loop validation for embedded control systems, ECUs, and vehicle software. Configure dSPACE and Vector test environments, create automated test scripts, analyze results, troubleshoot defects, and support verification throughout the product lifecycle. Responsibilities include test planning, requirements traceability, regression testing, root-cause investigations, system integration, and technical reporting. The role is onsite at a customer engineering and manufacturing facility.

Lead and develop a team of Manufacturing Engineers supporting production of human-capable lunar vehicles. Oversee manufacturing processes, work instructions, tooling, equipment commissioning, BOMs, product structures, build execution, testing, and nonconformance resolution. Coordinate with program, operations, quality, supply chain, and engineering teams to meet design and production milestones. Drive DFMA, PFMEA, lean improvements, root-cause analysis, safety, quality, and mission assurance across the manufacturing lifecycle.

Leads an industrial automation engineering team designing, implementing, and maintaining PLC/DAQ control systems and electrical ground support equipment for launch vehicle systems. Oversees Rockwell and Siemens platforms, technical standards, system integration, project schedules, budgets, risks, safety, configuration control, commissioning, and operational handover. Provides technical mentorship, drives continuous improvement, and ensures reliable, compliant control solutions for high-reliability aerospace operations.

Leads software test and verification strategy across regulated products, including automation, infrastructure, quality metrics, defect management, validation, and release readiness. Builds and develops a software test organization through hiring, coaching, and mentoring. Partners with engineering, quality, regulatory, and program teams to align testing with project objectives, regulatory requirements, design controls, and compliance expectations.

Build production-ready AI-native applications, agentic workflows, cloud infrastructure, data platforms, integrations, and DevOps systems supporting nuclear engineering workflows. Responsibilities may span front-end/full-stack development, agentic AI, data and systems integration, or platform infrastructure. The role partners with systems engineering, licensing, and quality teams, documents architectures, maintains development and QA standards, and supports reliable, compliant delivery in a hybrid environment.

Provides technical leadership for HVAC and electrical controls engineering, including PLC and DDC programming, controls architecture, system standards, design reviews, troubleshooting, and continuous improvement. Leads complex projects, evaluates emerging technologies, ensures compliance with applicable standards, and mentors engineers. The role supports commissioning, testing, and field activities, with work performed in office and manufacturing environments and occasional travel required.

The Engineering Specialist manages engineering projects and equipment installation, testing, operation, maintenance, and repair. Responsibilities include directing product design changes, resolving technical issues with customers and vendors, preparing reports, approving expenditures, developing engineering procedures, improving equipment quality and productivity, evaluating processes, and supporting project management and daily engineering operations. The role requires travel, including overseas travel and customer-site work.