Top Engineering Jobs

Leads a team responsible for modernizing and operating billing and payment systems. Oversees engineering delivery, production stability, on-call operations, incident response, reliability, security, compliance, hiring, performance, budget, and cross-functional planning. The role manages integrations with payment, accounting, reconciliation, accounts receivable, and general ledger systems while driving improvements in transaction success, latency, quality, scalability, and operational resilience.

Provides mechanical design assistance for building construction projects, including preliminary calculations, equipment sizing and selection, drafting, code research, specifications editing, and construction document development. Collaborates with project managers, mentors, designers, and BIM staff to deliver accurate work on schedule. Maintains project files, researches design options, solves engineering problems, and follows company design and production standards.

Leads the Core Infrastructure Test and Support Engineering team, owning platform-level testing, integration suites, release qualification, regression campaigns, production support, on-call operations, incident triage, and vehicle and software release enablement. Builds and develops the engineering team, establishes technical direction, coordinates cross-functional accountability, and supports software across vehicles, test benches, simulations, and production services.

Supports the engineering team through technical documentation, project coordination, record digitization, and administrative tasks. Creates quote, fabrication, and revised drawings using SolidWorks and AutoCAD; measures parts with precision instruments; maintains die drawing records and paperwork; prepares fabrication check sheets; and provides project updates. Requires mechanical aptitude, analytical and organizational skills, strong communication, independence, and the ability to manage multiple priorities in a manufacturing environment.

Summer 2027 engineering intern supporting mechanical property analysis, processing-data review, materials investigations, design engineering projects, and R&D for aerospace forging and heat-treatment operations. The intern will study titanium and nickel-based superalloys and gain experience in aerospace materials, manufacturing processes, and critical jet-engine component production.

Develop simulation, modeling, wargaming, and aerospace software tools across flight and ground systems. Responsibilities include architecture, coding, testing, deployment, UI development, REST API integration, database work, code reviews, performance optimization, requirements analysis, and participation in design reviews. The role uses .NET and Angular to build scalable applications for Windows and Linux, including tools for space mission analysis and laser communication constellation networks.

Develop simulation, modeling, wargaming, and analysis tools for aerospace systems and mission applications. Responsibilities include software architecture, C#/.NET and Angular development, RESTful APIs, UI/UX, relational databases, code reviews, requirements analysis, design reviews, testing, deployment, and performance optimization across Windows and Linux. The role requires collaboration across teams and focuses on scalable software for flight, ground, space, air, and terrestrial systems.

Leads mechanical engineering design, integration, testing, and evaluation for semiconductor test systems. Designs thermal, optical, mechanical, cooling, chassis, socket, interposer, heat sink, and pedestal solutions. Owns prototypes, test plans, qualifications, tolerance analysis, engineering changes, project schedules, and technical reviews. Collaborates with manufacturing, quality, suppliers, customers, and technology partners while mentoring junior staff. Requires extensive semiconductor test or high-technology experience, SolidWorks expertise, thermal analysis, FEA, CFD, and hands-on system integration capabilities.

Leads engineering strategy and a team supporting customer-facing digital platforms, including a customer portal, mobile app, rewards program, message center, and forms digitization. Oversees vendors, cybersecurity documentation, scalability, performance, feature releases, and technology implementations. Uses customer data and feedback to improve digital experiences, collaborates cross-functionally, and mentors engineering staff.

Mechanical Engineering Interns will support engineering design teams on real-world projects, taking ownership of assigned tasks and coordinating with other engineering disciplines. The role provides mentorship and hands-on experience applying engineering concepts, developing CAD drafting, communication, and time-management skills, and contributing to complete design packages.

Supports mechanical design and manufacturing engineering activities using AutoCAD, SolidWorks, and Creo. Assists with process and systems testing, material characterization, additive manufacturing, and friction stir welding development while working with experienced engineers and scientists.

Supports Ribbon Federal Edge gateway deployment, SIP interconnection engineering, and E-911 call routing for Army Voice Modernization. Responsibilities include integrating Federal Edge, DISA VISP, and Army PSAP systems; troubleshooting SIP and emergency call-flow issues; validating deployments; tracking engineering issues; assessing technical risks; and recommending mitigations. The role is fully onsite in Winchester, Virginia, and requires an active Secret clearance.

Lead Stripe’s Collaboration Engineering team in building AI-native planning and execution tools. Set technical and product direction, guide architecture, prototype solutions, partner with product and design, and deliver full-stack web, mobile, and AI-powered products. Recruit, mentor, and grow engineers while establishing high standards for experimentation, reliability, security, privacy, and user experience. Engage employees to understand workflows, measure product impact, and scale successful innovations across the company.

Support manufacturing engineering teams developing and improving processes for spacecraft components and vehicles. Evaluate fabrication methods, create assembly and inspection processes, collaborate with design teams on reliable and cost-efficient hardware, and resolve technical issues. The intern will gain hands-on experience across machining, structures, propulsion, fabrication, and hardware development from design through build and test. This is a 12-week, on-site internship in Redondo Beach, California, with possible overtime.

Serves as the technical authority for power electronics within Vertiv’s DC Power portfolio. Evaluates emerging component technologies, including SiC and GaN, guides power conversion product roadmaps, supports customer technical discussions, and mentors global engineering teams. The role also provides failure analysis, component selection guidance, standards compliance support, technical documentation, and cross-functional leadership for next-generation data center and telecom power systems.

Leads software engineering for enterprise payments, managing and developing engineering teams, product delivery, roadmaps, budgets, resources, releases, production incidents, testing, and security remediation. Partners with architects, product managers, infrastructure, DevOps, and operations teams to deliver reliable, scalable consumer-facing products. Oversees payment-platform milestones, environments, risks, compliance findings, readiness activities, and executive technology reporting.

Establishes engineering-led quality practices across the software development lifecycle. Defines test strategy, shift-left and risk-based testing practices, automation coverage, quality metrics, and release-readiness criteria. Guides functional, integration, regression, performance, accessibility, and resilience testing while coaching engineering and QA teams. Partners with architecture, development, product, and operations to improve testability, analyze defects, validate releases, and advance continuous testing and DevOps maturity.

Lead development of enterprise-grade full-stack applications using React, modern backend frameworks, cloud architectures, and secure public-facing systems. Use AI coding tools and agentic workflows to accelerate prototyping and production delivery. Partner with stakeholders, establish AI-first engineering practices, and ensure application security, performance, reliability, and compliance for sensitive financial and customer data.

Lead multidisciplinary teams across AI/ML, software, systems engineering, and computer vision to deliver reliable avionics and aircraft-integrated solutions. Set technical strategy, guide architecture and integration, manage risks, develop engineering leaders, improve engineering practices, and align resources with product and certification priorities.

Lead end-to-end technical direction and integration of an airborne product, coordinating systems, software, AI, computer vision, and verification teams to define architecture, resolve cross-disciplinary risks, and deliver FAA-ready avionics solutions on schedule and within program constraints.

Lead mechanical engineering for hyperscale data center projects, designing and overseeing HVAC, piping, fire suppression, and related systems. Manage mechanical teams, coordinate across disciplines, develop equipment specifications, evaluate system performance and energy usage, ensure code compliance, support construction and commissioning, and serve as a client-facing technical point of contact. The role requires a Professional Engineer license and extensive data center infrastructure experience.

Leads mechanical engineering for hyperscale data center projects, overseeing HVAC, piping, plumbing, fire protection, and chiller systems. Responsibilities include client coordination, mechanical team leadership, equipment specifications, system performance analysis, energy optimization, code compliance, construction support, commissioning, and technical recommendations. The role requires a Professional Engineer license, extensive data center experience, and occasional travel for meetings and site activities.

Leads mechanical engineering for hyperscale data center projects, overseeing HVAC, piping, plumbing, fire protection, and chiller systems. Manages mechanical teams, develops equipment specifications, evaluates system performance and energy efficiency, ensures code compliance, supports construction and commissioning, and coordinates with clients and multidisciplinary teams. The role requires client relationship management, technical reporting, project delivery oversight, and occasional travel to job sites and meetings.

Leads mechanical engineering and design for hyperscale data centers, overseeing HVAC, piping, plumbing, fire protection, and chiller systems. Manages multidisciplinary teams, develops equipment specifications, supports construction and commissioning, responds to RFIs, ensures code compliance, evaluates system performance, and identifies energy-efficiency improvements. Serves as a primary client contact and coordinates project delivery, schedules, budgets, and technical requirements. Occasional travel is required for client meetings, site visits, project milestones, and commissioning activities.

Leads mechanical engineering for hyperscale data centers, overseeing HVAC, piping, plumbing, fire suppression, equipment specifications, system performance, energy optimization, construction support, commissioning, and code compliance. Manages mechanical teams, coordinates with multidisciplinary stakeholders, supports clients, and provides technical leadership throughout design and construction. The role requires a Professional Engineer license and extensive data center or critical-facility experience.