Top Engineering Jobs

Manage product development from concept through production by coordinating engineering, sourcing, manufacturing, suppliers, and customers. Create schedules, track budgets and NRE/tooling costs, run meetings, manage BOMs and ECNs, present monthly reviews, and keep projects on-time using project management tools and phase-gate processes.

Join an early-career rotational engineering program delivering assignments across manufacturing, automation, digital manufacturing, product quality, reliability, and operations. Work on process improvement, automation, data analytics, manufacturing intelligence, and continuous improvement while rotating through technical and leadership roles across multiple US sites.

Participate in a structured rotational engineering program across manufacturing, automation, digital manufacturing, and operations. Contribute to process improvement, equipment reliability, product quality, safety, automation projects, manufacturing intelligence, data analytics, and operational excellence while developing technical and leadership skills.

Lead and set strategy for the electrical engineering function, resolve high-level technical disputes, ensure engineering data integrity, standardize processes and systems integration, support manufacturing/testing and NPI, and ensure compliance with electrical codes and safety.

Lead and grow a small senior engineering team to build workload orchestration for large-scale headless nTop notebook executions across GPU workstations, on-prem HPC, and cloud. Own architecture, ship integrations (HEEDS, ModelCenter, PhysicsX Flux, cloud job services), write code as a player-coach, and work with product and customer IT under export-control and governance constraints.

Act as the technical liaison to healthcare clients to deploy and operate Synapsis AI. Lead data mapping, SQL logic, ETL pipelines, integrations, and event-driven workflows. Coordinate release schedules, support cybersecurity reviews, monitor system health, automate operational tasks, capture client requirements, and translate them into engineering deliverables while partnering with clinical and product teams.

Three-month technical graduate internship rotating across engineering, solutions, and customer-facing teams. Work on software development tasks, learn product architecture (encoder, player, analytics), assist support and solutions teams, and travel to client sites. Opportunity to develop technical, customer-centric, and problem-solving skills to inform a future role as a developer, solutions architect, or customer advocate.

Lead and architect full-stack software solutions integrating data ingestion, transformation, storage, APIs, microservices, and front-end visualization. Oversee performance, reliability, security, and compliance in classified environments, guide multi-discipline teams, troubleshoot distributed systems, and collaborate with customers in Agile development to meet project requirements and enterprise architecture standards.

Lead a team to design and build a web-based, end-to-end application for a Northern Virginia federal client. Collaborate with the client, evaluate requirements, and deliver solutions in an Agile environment while mentoring team members and managing development using Git and Jira.

Three-month, full-time onsite engineering development program supporting mechanical, aerospace, and astrodynamics analyses. Perform analytical modeling, simulations, technical documentation, trade studies, and support cross-team engineering coordination; mentored projects with evaluation for potential full-time hire.

Lead a team of software performance engineers to optimize on-bot autonomy software, ensuring performance meets latency targets and develops self-service frameworks for performance optimization.

Lead quality engineering transformation across multiple platform portfolios. Build and coach QE managers and engineers, define scalable QA standards and automation strategy, own quality metrics and reporting, drive AI adoption in test design and execution, and champion Playwright/TypeScript and AI-led QE practices.

Provide senior engineering leadership for the TARS program supporting DHS: oversee systems integration, requirements analysis, troubleshooting, configuration management, logistics support, project scheduling, reports, and compliance with DHS/CBP, DoD, and industry standards.

Lead an engineering domain (Consumer, B2B, or Backend), owning technical direction, delivery, system health, architecture, and team development. Translate business needs to technical plans, manage cross-team dependencies, ensure production readiness and incident response, and hire and mentor engineers to deliver scalable, reliable software.

Lead hands-on manufacturing process engineering for switchboard and switchgear products: design and document routings, work instructions, line layouts; own process authority, PFMEA and control plans; mentor and manage the manufacturing engineering team; drive Lean/Six Sigma continuous improvement, capital and tooling planning, and process-side NPI; partner with Product Engineering, Quality, Production, and Planning to ensure capable, controlled, and safe manufacturing.

Perform mechanical engineering tasks for cement, mineral, and heavy industrial projects: equipment sizing, specifications, PFD/P&ID and 3D model reviews, vendor evaluations, BOMs, contractor bid packages, site visits, construction support, cost estimates, and QA/QC collaboration within project teams.

Perform mechanical design and equipment sizing for heavy industrial and oil & gas projects. Produce datasheets, specifications, BOMs, hydraulic and pump calculations, 3D modeling support, construction drawing reviews, site walk-downs, and CAESAR II stress analyses. Act as Engineer-of-Record, produce cost estimates, and mentor junior engineers.

Hands-on Instrumentation & Controls engineer responsible for producing I&C deliverables, collaborating with multidisciplinary teams, performing QA/QC, mentoring staff, and managing small or single-discipline projects. Duties include progress reporting, design reviews, generating proposals, building engineering budgets, completing invoicing, and using process simulation tools. Role requires independent execution with supervisory guidance and occasional site travel.

Create and maintain Process Flow Diagrams (PFDs) and Piping & Instrumentation Diagrams (P&IDs), review engineering drawings for standards compliance, coordinate across disciplines to build accurate 3D models, and assist with related drafting and design tasks. Position requires use of AutoDesk products and 3D modeling tools and involves occasional site travel.

Lead and supervise Gulf Coast engineering team, provide QA/QC and engineer-of-record oversight, develop department standards and resourcing, create project budgets and schedules, support business development, mentor staff, and ensure deliverables meet client and company expectations.

Senior mechanical engineer responsible for equipment and piping design, pump/hydraulic sizing, datasheets/specifications, BOMs, 3D modeling and isometric reviews, construction drawing reviews, site walk-downs, RFIs and contractor support, and stress analysis using CAESAR II. Works on heavy industrial and oil & gas projects and coordinates with multi-discipline teams.

Create and review 3D piping, chute, and duct models from P&ID and vendor drawings; produce construction drawings, piping isometrics, plans, bills of materials, and detailed fabrication drawings; coordinate with disciplines and assist on project tasks. Role is hands-on, monitored by a supervisor, and may require occasional overtime and site visits.

Perform mechanical design and sizing for heavy industrial and oil & gas projects: datasheets, specifications, hydraulic and pump sizing, BOMs, 3D modeling and isometric reviews, CAESAR II stress analysis and reports, construction drawing review, site walkdowns/as-builts, RFI and bid/package support, cost estimating, and acting as Engineer-of-Record while mentoring junior staff.

Tenure-track assistant professor to teach undergraduate and advanced biomedical engineering courses, develop a research program, pursue grants and publications, advise students, support accreditation, and serve on university committees.

Support process improvement and production efficiency in aerospace manufacturing by collecting and analyzing production data, assisting with time studies and workflow design, implementing lean practices, preparing reports and presentations, and collaborating on projects with engineering and operations teams.