Top Engineering Jobs

Supports the design, development, testing, and deployment of mechanical structures and systems for aerospace and defense applications. Responsibilities include designing components, creating test plans, performing analyses and simulations, preparing technical documentation, collaborating with engineering teams, and troubleshooting design or testing issues.

Designs, assesses, and delivers ISP and OSP telecommunications infrastructure in secure federal environments. Conducts site surveys, documents existing cabling and rack infrastructure, develops fiber and copper solutions, resolves field issues, and leads transitions from discovery and design through implementation. Oversees project execution, documentation, quality, compliance, stakeholder communication, subcontractors, and adherence to federal, military, BICSI, TIA/EIA, and classified-environment standards.

Define and govern enterprise application architecture across quoting, catalog, and pricing portfolios. Design APIs, integrations, cloud-native and containerized solutions while ensuring security, scalability, performance, resilience, and cost efficiency. Establish architecture governance, documentation, disaster recovery, observability, and Infrastructure as Code practices. Partner with stakeholders and engineering teams to translate business requirements into technical solutions, evaluate emerging technologies, lead proofs of concept, and mentor teams.

Designs, deploys, hardens, and sustains Windows and Linux infrastructure for classified Navy and DoD environments. Develops Ansible playbooks, Python scripts, and JSON templates for provisioning, patching, compliance, and automation. Manages VMware vSphere and Cloud Foundation environments, including vCenter, ESXi, vSAN, and workload domains. Implements and troubleshoots NSX-T networking, virtualization, routing, switching, firewalls, and segmentation while maintaining STIG compliance and high availability.

Design and validate embedded electronic hardware for high-precision GNSS and communications products. Responsibilities include board architecture, component selection, schematic creation, PCB layout, mixed-signal validation, design verification, lab testing, automated debugging, and integration of sensors, power management, and circuit protection. The role requires collaboration across engineering teams from initial concept through production.

Build and optimize product features across the full stack, including front-end components, back-end renewal automation, agent automations, data views, experiments, QA, deployment, and measurement. Partner with Member Services and marketing to improve customer response times and testing workflows. Use Claude Code and related tools to accelerate design-to-production development and solve business and customer problems.

Designs, implements, deploys, troubleshoots, and administers complex network solutions as a Tier 3 Network Operations Engineer. Responsibilities include network installations, engineering design coordination, operational improvements, failure resolution, technical documentation, solution development, and testing hardware and software interoperability. The role requires independent and collaborative work, travel to other sites, and occasional movement of network components. An active TS/SCI clearance and CCNA are required.

Designs, implements, installs, and troubleshoots network infrastructure and solutions for sites and locales. Responsibilities include developing network designs and deployment documentation, recommending operational improvements, coordinating engineering design activities, testing hardware and software interoperability, and resolving network failures. The role requires independent and collaborative work, technical writing, travel to other sites, and occasional physical handling of network components.

Designs test procedures, automates test execution, analyzes data, and performs system-level testing and failure analysis for server and rack systems in a manufacturing environment. The role involves hardware, software, and network troubleshooting, Linux training, diagnostics, repair, validation, and continuous improvement through statistical analysis.

Leads Flex’s global advanced manufacturing engineering organization, setting manufacturing technology roadmaps, directing assembly and test technology development, overseeing engineering services and laboratories, and managing process and product qualifications. Partners with business-unit, operations, technology, sales, and customer executives on strategic programs, budgets, site readiness, new product introduction, and technology commercialization. Builds high-performing global teams, provides technical leadership, manages programs within schedule and budget, and advances manufacturing capabilities across regulated manufacturing and integrated technology solutions.

Test Engineer responsible for designing test procedures, automating test execution, analyzing data, and troubleshooting server and rack systems in a high-paced manufacturing environment. The role performs system-level testing, failure analysis, hardware and network diagnostics, validation, and repair while applying statistical analysis to improve manufacturing outcomes. The engineer also supports Linux training and continuous improvement initiatives.

Designs, builds, and operates distributed messaging, streaming, caching, and machine learning infrastructure. Responsibilities include developing Python-based DevOps automation, CI/CD pipelines, Kubernetes and Docker deployments, monitoring services, infrastructure scaling, technical documentation, and collaboration with machine learning and application teams. The role includes on-call support, mentoring, and potential work supporting U.S. federal contracts in the DMV area.

Designs, implements, tests, deploys, and maintains automation infrastructure for configuration management and service deployment. Builds self-service platforms for application developers, improves operational efficiency, administers source control and build tools, and responds to production incidents. The role involves reliability engineering, cloud networking, CI/CD, system maintenance, incident remediation, collaboration, and an infrequent on-call rotation while supporting U.S. Federal Government contracts.

Design, build, and operate backend microservices and developer-facing UI features for Workday’s Developer Platform. Own services end to end across API design, cloud deployment, observability, reliability, testing, and production operations. Integrate AI and agentic capabilities, including LLMs, streaming interfaces, and MCP tooling. Collaborate with product, design, and engineering teams, contribute to code reviews and technical decisions, and participate in on-call support for a global Kubernetes fleet.

Build, maintain, and improve responsive brand websites using Webflow or Wix Studio, HTML, CSS, and JavaScript. Translate approved designs into reusable components and manageable CMS structures, test accessibility, performance, forms, integrations, and user journeys, and resolve defects. Manage milestones, coordinate reviews and launches, document implementations, and support ongoing site maintenance and handoff.

The Automotive Express Technician is responsible for performing mechanical diagnostics, completing repairs accurately, and maintaining vehicle safety and maintenance standards.

Industrial Engineer responsible for improving manufacturing efficiency, reducing costs, optimizing material flow and resource utilization, and leading process improvement projects. Duties include work measurement, capacity planning, cost analysis, workstation design, Lean manufacturing, DFMA, APQP deliverables, root-cause analysis, and cross-functional collaboration. Level 3 responsibilities include leading medium-sized projects, advanced problem-solving, and mentoring junior engineers and interns.

Plans and coordinates engineering project phases, develops complex mechanical designs, supports sales and development through proposals and design reviews, and independently performs component testing. The role applies FEA, DFSS, engineering quality systems, manufacturing processes, GD&T, and applicable standards. It also involves technical writing, troubleshooting, process improvement, customer communication, and mentoring junior engineers and technical staff.