Top Engineering Jobs

Designs and tests electrical and electronic components, subsystems, circuitry, and power solutions. Implements validation plans covering tolerances, form/fit/function, shock and vibration, electromagnetic interference, safety, reliability, thermal performance, and system power. Collaborates with internal and outsourced engineering partners, supports development of moderately complex hardware products, and documents board designs, testing, processes, and validation results.

Leads SSD and HDD integration and qualification for HPE storage systems. Responsibilities include developing validation tests, managing supplier testing, analyzing NVMe and SAS bus traces, resolving field and factory issues, evaluating hardware designs, ensuring standards compliance, introducing new storage technologies, and mentoring engineers. The role requires strong Linux expertise, storage-device laboratory testing experience, electronic hardware architecture knowledge, and effective cross-functional communication.

Design, analyze, and validate electrical/electronic parts, PCBs, subsystems, and algorithms. Develop and execute test plans for EMC, safety, thermal, shock/vibration, and emissions. Lead project teams, collaborate with internal and outsourced partners, resolve design issues, and mentor junior engineers.

Lead the design, procurement, validation, commissioning, and improvement of automotive General Assembly equipment, fixtures, and tooling. Support NPI through tooling strategies, layouts, PFMEAs, control plans, and launch readiness. Analyze equipment performance, resolve root causes, improve safety, quality, throughput, uptime, and cost, and maintain technical documentation. Partner with suppliers and cross-functional teams while training technicians, operators, and engineers.

Supports engineers in designing and developing hardware for robotic systems. Performs testing, assembly, troubleshooting, and debugging of mechanical or electro-mechanical prototypes or software, providing feedback to engineering teams. The internship is a paid, full-time, 12-week position involving hands-on project work, collaboration, mentoring, and professional development within Labcorp’s laboratory automation engineering team.

Participate in the full software development lifecycle, from requirements gathering through delivery, for ServiceNow ITSM modules and platform integrations. The intern will support a ServiceNow development team serving a large IT user base, gain hands-on experience through a 12-week paid program, and develop professional skills through mentoring, leadership exposure, and enterprise learning opportunities.

Own hardware manufacturing readiness and production health at contract manufacturers and ODMs. Lead assembly and test process improvements, yield and quality targets, product transitions to mass production, engineering changes, component qualification, multi-sourcing, and root-cause investigations for manufacturing and field failures. Develop test plans, assess coverage, coordinate corrective actions, and communicate decisions to factory partners, operations teams, and leadership. Travel to partner factories in the US and abroad may reach 50%.

Designs, develops, modifies, evaluates, tests, and sustains electronic equipment and electrical systems for US Navy aircraft and military systems. Responsibilities include circuit design, power and RF systems, radar, control systems, fault isolation, technical documentation, requirements analysis, and test equipment development. The engineer will mentor junior engineers, review their work, and may lead small engineering teams.

Supports U.S. Navy aircraft battery programs through systems engineering, battery testing and evaluation, data analysis, predictive analytics, technical reporting, test documentation, and program closeout. Operates commercial and LabVIEW-based test systems, evaluates battery failure modes and end-of-life characteristics, develops analysis briefs, and reviews technical documentation for compliance. The role requires engineering support for aircraft battery systems and an interim Secret clearance, with sponsorship available for obtaining the clearance.

Conducts hardware testing, inspection, diagnosis, repair, modification, and final operational testing for IT equipment, including workstations, printers, network components, VTCs, and telephony systems. Performs circuit-board-level disassembly and reassembly, non-destructive testing, technical vulnerability mitigation, research, data analysis, and overseas field engineering support. Applies schematics, technical manuals, OEM procedures, and U.S. Government specifications.

Entry-level electrical engineering trainee supporting professional engineers with electrical and structural design, engineering computations, structural analysis models, CAD plan development, fabrication drawing reviews, site investigations, and compliance with applicable engineering codes and standards.

Design electrical systems and layouts in Revit for building services, plant facilities, military, institutional, utility, and industrial projects. Responsibilities include modeling power distribution, lighting, grounding, lightning protection, and related systems; setting up electrical families and drawings; coordinating technical work; managing design budgets and schedules; interpreting engineering markups; developing drawings and specifications; and performing field site visits.

Develops and validates medical device component designs by analyzing engineering requirements, creating and executing test plans, documenting validation results, troubleshooting hardware, software, and system issues, and supporting design improvements. The role participates in design reviews, evaluates supplier technologies, collaborates cross-functionally, and follows engineering, quality, and regulatory processes.

Develop and maintain test software, scripts, equipment, and methodologies for prototype ultrasound transducers. Lead validation from concept through implementation, investigate performance issues, perform root-cause analysis, and collaborate with ASIC, acoustic, and electrical engineering teams. Transfer test methods from R&D into manufacturing, execute verification and validation protocols, and improve product quality, reliability, and manufacturing effectiveness.

Leads SensArray’s long-term technology strategy, advanced semiconductor R&D programs, product planning, innovation portfolio, and commercialization. Builds and manages multidisciplinary engineering organizations, develops technology roadmaps, drives patents and intellectual property protection, and guides modeling and simulation efforts. Partners with product, applications, manufacturing, customers, and executives to align investments with business goals, manage risk, transition technologies into production, and accelerate next-generation semiconductor measurement and process-control solutions.

Designs and supports optical engineering solutions for semiconductor wafer and reticle inspection systems. The role supports KLA’s EBeam and metrology products, which detect and classify defects at high spatial resolution. A bachelor’s degree is required, with no related work experience required.

Deploys, integrates, and stabilizes remote application solutions in customer environments. Troubleshoots application, infrastructure, network, and security issues; configures virtual machines, VPNs, firewalls, identity integrations, certificates, and enterprise access controls. Coordinates with customer IT, security, operations, and internal engineering teams through testing, go-live, upgrades, documentation, training, and escalations. Supports global deployments and improves implementation readiness and customer handoffs.

Design, develop, test, and operate distributed AI infrastructure services supporting large-scale training and inference. Build C# control-plane services on Service Fabric or Kubernetes, improve reliability, efficiency, security, and latency, and provide on-call operational support. Collaborate with engineering, product, research, and data science teams while developing expertise in AI/ML concepts. Contribute technical leadership, rigorous testing, data-driven troubleshooting, and high-quality service design for the GPU scheduling subsystem.

Designs and maintains large-scale AI research platforms supporting GPU clusters, optimizing uptime, performance, and workloads. Develops end-to-end systems, libraries, tools, and agentic workflows that accelerate research. Shapes infrastructure strategy and roadmap, evaluates emerging technologies, and provides technical leadership and mentorship. Collaborates with service engineers, product managers, researchers, and scientists to deliver production platforms, distributed computing systems, and high-performance AI infrastructure.

Lead platform power and performance strategy for next-generation AI compute platforms. Drive silicon/platform architecture, workload characterization, profiling, benchmarking, and cross-functional optimization across silicon, firmware, OS, thermal, and datacenter systems to maximize performance-per-watt, scalability, reliability, and TCO. Mentor engineers and influence roadmaps through data-driven analysis and stakeholder communication.

Lead the strategy, design, and operation of Veracode’s internal IT platform. Transform IT into a cloud-native, AI-enabled function through workflow automation, identity and access management, enterprise system integration, self-service, and reliable platform operations. Lead a global IT organization, develop leaders, manage governance and budgets, partner cross-functionally, and align technology capabilities with business priorities while improving efficiency, security, scalability, and employee experience.