Top Engineering Jobs

Develops consumer electronics products from concept through high-volume mass production. Collaborates with process, tooling, quality, and project engineering teams; participates in reliability testing; conducts DOEs; recommends DFM concepts; and communicates manufacturing requirements. Requires mechanical engineering knowledge, CAD and GD&T proficiency, familiarity with tooling and FMEAs, English and Mandarin communication skills, and overseas travel to China for 35–45% of the year.

Leads the mechanical engineering domain for robotic recovery products, owning mechanical architecture, system integration, design, analysis, prototyping, validation, cost reduction, manufacturability, and production transfer. The role establishes CAD, FEA, tolerance, and design-review standards; partners with electrical, firmware, controls, suppliers, and contract manufacturers; mentors engineers; and supports technology roadmaps. Regular travel to the NYC office and supplier or manufacturing engagements, including international travel, is required as needed.

Develop and modernize mission-critical Java and Angular applications while supporting migration from monolithic architecture to Spring Boot, Docker, microservices, and AWS. Responsibilities include designing RESTful APIs, maintaining PostgreSQL components, document parsing, testing, troubleshooting, code reviews, and Agile/Scrum collaboration. The role requires extensive software engineering experience, Linux development, relational database knowledge, and an active TS/SCI clearance with polygraph.

Leads mechanical hardware development for autonomous vehicles from design and testing through production. Responsibilities include designing and validating vehicle hardware, creating specifications and procedures, coordinating subsystems and contract manufacturers, conducting design reviews, producing manufacturing-ready parts and BOMs, managing engineering changes, and ensuring safety and regulatory compliance.

Leads architecture, design, development, integration, testing, and implementation of complex Java/J2EE enterprise applications and interfaces. Partners with business owners and technical teams, reviews code and designs, guides development standards, manages Oracle database architecture, supports web services and SOA integrations, analyzes risks and dependencies, and coordinates releases, testing, and stakeholder communications across multiple projects.

Designs and develops new and existing products and manufacturing processes, from concept generation through validation. Creates 3D models, mechanical drawings, prototypes, specifications, and engineering documentation. Selects materials, evaluates suppliers, supports cost analysis, facilitates design reviews, and resolves quality issues. Collaborates with product management, manufacturing, marketing, purchasing, and suppliers while managing multiple medium- and large-scope projects. Applies QFD, continuous improvement, root-cause analysis, corrective actions, and 5S practices.

Designs and develops medical-device hardware using mechanical CAD, sheet metal design, GD&T, tolerance analysis, and prototype fabrication. Creates engineering documentation, conducts DFMEA, interfaces with customers and suppliers, supports testing and production startup, and transfers products to manufacturing. Requires familiarity with medical-device regulations, tooling and welding processes, technical presentations, and hands-on fabrication. Travel to customer, supplier, and application sites is required.

Leads mechanical architecture, design, simulation, verification, validation, and risk management for complex medical devices from conception through launch. Performs tolerance analysis, FEA, kinematic modeling, prototyping, and design-for-manufacturing optimization. Ensures compliance with medical device quality systems and regulations while collaborating with manufacturing, quality, and supply chain teams. Mentors junior engineers, manages multiple projects, and prepares technical documentation and presentations.

Owns reliability, availability, scalability, observability, and operational efficiency for a cloud platform. Responsibilities include on-call support, SLO and SLA management, monitoring, incident response, root cause analysis, postmortems, automation, infrastructure as code, chaos testing, failover design, and maintaining runbooks. The role requires strong Azure, containerization, service mesh, scripting, observability, and production engineering expertise.

Leads the design, prototyping, testing, and manufacturing of mechanical components and assemblies for aerospace thermal protection systems. Works with metallics, composites, elastomers, soft goods, and engineered finishes; develops manufacturing processes, documentation, and build plans; investigates defects and material failures; and drives root-cause corrective actions. Collaborates across engineering, manufacturing, quality, and program teams to ensure product performance, manufacturability, scalability, and compliance with aerospace and defense standards.