Top Engineering Jobs

Leads continuous improvement, lean manufacturing, quality assurance, process validation, root cause analysis, audits, and customer complaint resolution. Responsibilities include value stream mapping, time studies, Kaizen events, standard work development, FMEA and control plans, NPI validation, statistical analysis, CAPA support, quality documentation, and implementation of corrective actions. The role partners with suppliers and customers while maintaining quality system effectiveness and improving manufacturing processes.

Provides mechanical engineering support for HVAC, plumbing, and related building systems on USACE construction projects. Reviews mechanical submittals, coordinates commissioning activities, performs quality assurance of mechanical installations, and supports technical reviews of project modifications. Requires a mechanical engineering degree, at least five years of experience, knowledge of HVAC and mechanical standards, and completion of required construction quality, safety, and ethics training.

Supports the development, validation, troubleshooting, and improvement of automated manufacturing equipment and processes in a medical device environment. Assists with equipment qualification, technical documentation, controls projects, risk assessments, process flows, tooling design, FDA-related documentation, and Lean manufacturing initiatives while collaborating with engineering, manufacturing, and project management teams.

Own technical architecture, design decisions, feasibility assessments, Enabler Epics, technical debt planning, engineering standards, code reviews, and vendor integrations across eApp, DTCC, onboarding, and custodial platforms. Mentor engineers, manage technical risks and dependencies, validate implementation quality, and occasionally prototype or develop solutions. Partner with product, platform, delivery, business analysis, and external vendor teams in a scaled agile environment.

Perform stress, heat transfer, fluid dynamics, structural, finite element, fracture mechanics, and materials analyses for pressure vessels, piping, rotating equipment, bridges, and other structures. Support advanced testing, root cause failure investigations, life assessments, engineering design consulting, and compliance with industry codes and standards. The role requires engineering expertise, technical reporting, customer-site travel, and eligibility to obtain security clearances for commercial nuclear plant work.

Supports digital modernization of government-owned manufacturing facilities through systems integration, root cause analysis, technical solution development, stakeholder assessments, proposal and grant contributions, project tracking, documentation, and implementation of manufacturing technologies. The role interfaces with industry, academic, commercial, plant, and military stakeholders; maintains factory-floor proofs of concept; evaluates emerging technologies; and contributes to future systems roadmaps. Travel across the United States may reach 40%.

Leads continuous improvement and manufacturing transformation at a 24/7 manufacturing site. Responsibilities include applying TPM principles, managing improvement projects, modernizing data pipelines, automating data and analysis, deploying digital solutions, identifying manufacturing opportunities, and training employees. Requires engineering education, manufacturing experience, analytical skills, and knowledge of Lean, Six Sigma, and TPM methodologies. Preferred experience includes data engineering, Azure, SQL, machine learning, and Lean Six Sigma certification.

Tenure-track Ocean Engineering faculty member responsible for teaching undergraduate and graduate courses, advising and mentoring students, conducting an active externally funded research program, publishing scholarly work, supervising graduate research, and participating in university service. Research areas may include marine materials engineering, offshore renewable energy, and naval architecture. Candidates should demonstrate strong undergraduate teaching commitment and interdisciplinary collaboration.

Develops, optimizes, and standardizes manufacturing processes for ballistic helmets and composite protective systems. Responsibilities include process control, cycle-time and yield improvement, root cause analysis, tooling and fixture design, NPI support, automation evaluation, equipment improvements, ballistic testing support, continuous improvement, capacity planning, and mentoring technical staff while maintaining strict safety, quality, and compliance standards.

Leads complex electrical engineering projects across healthcare, federal, higher education, industrial, commercial, and mission-critical markets. Designs power distribution, lighting, grounding, emergency power, and related systems; performs engineering studies; coordinates multidisciplinary teams; manages project scope, budgets, schedules, and construction administration. Mentors engineers, supports business development and recruiting, develops client relationships, and contributes to the strategic growth of the electrical practice.