Top Engineering Jobs

Develop and maintain full-stack Java applications using Java EE, RESTful microservices, Angular, TypeScript, Node.js, SQL, PL/SQL, and Oracle. Use AI coding assistants such as GitHub Copilot for code generation, debugging, optimization, and prompt-driven development. Validate AI-generated code for accuracy, performance, and security while applying JVM performance profiling. Collaborate on production-ready solutions, with familiarity in CI/CD, DevOps, Unix scripting, Docker, caching, and SAML preferred.

Designs and modifies blow mold, injection molding, robotic, automation, and plastic welding tooling. Manages tooling procurement, acquisition, replacement, and improvement projects. Investigates tooling reliability issues, leads root cause analysis and corrective actions, conducts condition assessments, develops maintenance procedures, and supports troubleshooting and repair planning. Serves as a technical expert in FMEA and RFMEA activities.

Lead architecture and development for dental payments, billing, financial workflows, and electronic claims in a large Windows application. Own transaction correctness, payment integrations, reliability, testing, production troubleshooting, and modernization from native C++ to layered C#. Collaborate across product, QA, support, compliance, and engineering while setting technical direction, coordinating long-term roadmaps, and mentoring engineers.

Develop Android applications for eBay’s Buyer Destination Team using Kotlin and Jetpack Compose. Responsibilities include building scalable mobile features, consuming REST APIs, applying modern architecture patterns, practicing TDD, participating in code reviews and pairing, collaborating remotely, and contributing to continuous improvements in engineering practices and team culture.

Designs and improves products from concept through production launch. Responsibilities include 3D CAD modeling, 2D drawings, prototyping, product testing, validation, bills of materials, engineering documentation, supplier coordination, engineering change notices, and improvements to quality, manufacturability, yield, throughput, and cost. The role is hands-on and requires collaboration with manufacturing, materials, tooling, equipment, and cross-functional teams.

Maintain, troubleshoot, calibrate, and support liquid-handling robotics, real-time PCR instruments, and environmental monitoring equipment in regulated and research laboratories. Develop and update maintenance SOPs and liquid-handling documentation, train users on established and new methods, perform statistical analysis, and provide weekend and holiday on-call support. The role supports Agilent, Hamilton, Beckman Coulter, and ABI instrumentation within an automation engineering team.

Supports the planning, operation, maintenance, and security of local, remote, cloud-based, and on-premises network environments. Responsibilities include network design support, performance monitoring, router and server security, LAN and DNS maintenance, storage and archiving management, log analysis, troubleshooting, end-user support, and IT administration. The role requires shift work, potential OCONUS deployment, physical lifting, and an active TS/SCI clearance.

Own LoopMe’s Unity SDK product surface, including architecture, cross-platform native integrations, open-source publishing, CI/CD, reusable tooling, validation apps, licensing, testing, documentation, and partner support. Collaborate with iOS, Android, and quality engineering teams to maintain platform parity. The role requires deep Unity SDK architecture expertise, C#, Kotlin, Swift, Objective-C++, mobile development, package distribution, and ad-tech privacy frameworks.

Investigate and remediate platform reliability issues across TypeScript applications, microservices, integrations, Kubernetes workloads, and CI/CD pipelines. Build observability through monitoring, alerting, dashboards, and distributed tracing; diagnose performance issues; conduct resilience and fault-injection testing; define SLOs and SLIs; maintain reliability roadmaps and runbooks; and partner with infrastructure and application engineering teams on complex incidents.

Leads industrial and process engineering improvements for composite molding operations, optimizing cycle times, labor standards, tooling lifecycles, changeovers, safety, quality, delivery, and cost. Conducts motion and time studies, supports new product launches through PFMEA and DFM, drives lean initiatives, troubleshoots tooling and vacuum systems, and mentors production personnel on process standards.