Top Engineering Jobs

Designs and details molds, fixtures, and tooling using 3-D CAD. Ensures designs are manufacturable, functional, durable, and cost-effective; supports customers with part design and material recommendations; coordinates with vendors, machinists, and mold technicians; performs inspections, calculations, quoting, documentation, and troubleshooting. Requires familiarity with machining, blueprints, GD&T, tolerance standards, and manufacturing safety practices.

Designs and improves precision manufacturing fixtures, tooling, equipment, and assembly processes for robotic surgical instruments. Supports existing production lines, new product introduction, process validation, root-cause investigations, continuous improvement, quality-system compliance, and design verification. Develops and qualifies manufacturing processes using statistical methods, FMEAs, and capability analysis. Collaborates with engineering, quality, production, suppliers, and project teams while mentoring other manufacturing engineers.

Supports product development and design changes for surgical training models. Builds prototypes, performs testing, evaluates product performance, and helps create test protocols, reports, and manufacturing instructions. Collaborates cross-functionally to advance projects and improve user experience, realism, manufacturability, reliability, and cost. Requires hands-on problem solving, reverse engineering, 3D CAD and printing familiarity, basic anatomy knowledge, and comfort working with animal tissues.

Develop and maintain embedded network applications for Intuitive’s robotic surgical platforms. Build connectivity software using TCP/IP, WebSocket, MQTT, and cloud services such as AWS. Perform root cause analysis, implement security and reliability controls, and collaborate with quality, cybersecurity, regulatory, clinical, product, and engineering teams. Contribute to risk analysis, software mitigations, integration, testing, and compliance with FDA medical device regulations and IEC 62304.

Develop and maintain full-stack web applications, REST APIs, Progressive Web Applications, and GIS-enabled solutions for an aviation analytics platform. Integrate front-end and back-end services with Microsoft Azure, Azure SQL, Synapse Analytics, and enterprise data platforms. Participate in Agile sprint planning, testing, troubleshooting, deployment, documentation, and technical coordination with data engineering and cloud architecture teams.

Develop and manage safety cases for automated driving and ADAS systems, including safety claims, defeaters, evidence strategies, risk assessments, and risk aggregation. Collaborate with systems engineering, AI safety, hardware, V&V, operational safety, compliance, and leadership teams to evaluate release readiness for development fleets and mass production. Support HIL and vehicle testing, coverage strategies, KPI definition, standards compliance, and communication with stakeholders and auditors.

Develop and integrate software for an autonomous driving and ADAS vehicle platform. Responsibilities include architecture, implementation, testing, build tooling, sensor and vehicle integration, middleware, inter-ECU communication, and roadmap development. The role requires hands-on embedded systems work across operating systems, hardware, and sensors, along with technical leadership, cross-team collaboration, mentoring, and production software delivery in automotive, robotics, aerospace, or defense environments.

Develop and maintain embedded flight software for spacecraft, including applications, hardware drivers, unit tests, and hardware-in-the-loop validation. Define and validate requirements with systems and embedded engineers, review code, participate in design reviews, and support on-orbit flight operations. The role requires expertise in Rust, C++, C, RTOS or Embedded Linux, spacecraft sensors and actuators, and leadership of junior developers.

Develops and validates embedded flight software for spacecraft, including RTOS and embedded Linux applications, hardware drivers, unit tests, and hardware-in-the-loop integration. Collaborates with systems and embedded engineers on requirements, participates in code and design reviews, and supports on-orbit flight operations. The role requires proficiency in Rust, C++, and C, extensive embedded software experience, technical leadership, and the ability to obtain an active security clearance.

Leads qualification and acceptance testing for satellite components and systems. Designs test setups using mechanical fixtures, instrumentation, and data acquisition systems; analyzes data, writes test reports, troubleshoots technical issues, ensures compliance with requirements, and improves test processes. Collaborates with design and systems engineers while mentoring junior engineers and technicians.

Supports high-availability production environments through monitoring, scheduled processing, incident response, troubleshooting, recovery, deployments, and release stabilization. Coordinates across application, database, cloud, DevSecOps, security, and operations teams. Maintains runbooks, improves observability and automation, performs root cause analysis, and supports reliable 24x7 production operations.

Leads technical direction for a software sprint team, owning architecture alignment, code quality, reviews, engineering practices, and cross-team integration. Mentors developers, resolves technical impediments, partners with Scrum Masters and Product Owners on delivery, and promotes AI-assisted development tools. Requires substantial software engineering and technical leadership experience, cloud-native development expertise, AWS and CI/CD experience, U.S. citizenship, hybrid work in Reston, Virginia and Washington, D.C., and the ability to obtain and maintain a U.S. government clearance.

Develop and enhance Java-based Rates Flow pre-trade platforms using React and TypeScript. Design scalable microservices, distributed systems, and event-driven architectures; support migration to modern web frameworks; and contribute to testing, CI/CD, deployment, and production support. Lead technical delivery, influence architecture and engineering standards, collaborate with global stakeholders, and mentor developers. The role also supports modernization of fixed-income technology and responsible use of AI tools.

Designs and delivers deployment and test automation, system stability, and capacity-management solutions. Responsibilities include gathering requirements, configuring Jenkins servers and nodes, building Linux CI frameworks with Maven, automating deployments using Ansible and PowerShell, managing virtual machines and databases, migrating servers, and developing infrastructure-as-code with Terraform and Ansible/AWX.

Design, develop, test, integrate, deploy, and maintain scalable software applications using Python, PySpark, and GCP. Lead technical delivery, enforce software design and Big Data patterns, mentor developers, conduct code reviews, and promote automated CI/CD practices. Collaborate within Agile/Scrum teams, manage delivery priorities, support stakeholders, and continuously improve solutions and development processes.

Sustains existing transducer products by revising engineering documentation, developing and conducting tests, resolving supplier and engineering issues, and supporting product improvements. The role evaluates replacement parts, maintains test procedures, addresses nonconformances and corrective actions, participates in technical reviews, guides technicians and engineers, and ensures complete product development and testing documentation. Candidates need a related bachelor’s degree, at least two years of experience with ultrasonics, transducers, and piezoelectric materials, plus strong troubleshooting skills.

Maintains and improves electronic measurement products through PCB schematic and layout updates, circuit troubleshooting, component evaluation, testing, corrective actions, and technical documentation. The role coordinates with suppliers, manufacturing, technicians, and engineering teams; supports nonconformance resolution; conducts technical reviews; and develops testing procedures. Requires electrical engineering knowledge across analog and digital circuits, PCB manufacturing, instrumentation, and product lifecycle documentation.

Designs and sustains electronic hardware and embedded systems for measurement products across the product lifecycle. Responsibilities include analog and digital circuit design, high-speed PCB layout, embedded firmware and FPGA development, validation, troubleshooting, manufacturing support, component changes, corrective actions, and technical reviews. The role collaborates with suppliers and cross-functional teams while providing technical leadership and mentorship.

Supports underground and surface mining operations through geological sampling, mapping, surveying, mine planning, production tracking, ventilation, ground control, data analysis, and technical reporting. The intern collaborates with geologists, engineers, miners, maintenance, and safety personnel while following site safety and regulatory requirements. Work may include CAD or 3D mine design, database updates, operational measurements, and completion of an intern project in a remote field environment.

Lead the mechanical and electromechanical design of robotic medical device hardware from concept through verification, validation, and production release. Responsibilities include designing precision assemblies, actuator and sensor-integrated mechanisms, tolerance analysis, DFM/DFA, prototype testing, failure analysis, quality documentation, risk assessments, manufacturing transfer, supplier collaboration, and production issue resolution. Provide technical leadership, collaborate cross-functionally, and mentor junior engineers.

Leads enterprise and integration architecture for DePuy Synthes’s transition to a standalone company. Defines target-state and transition architectures, integration patterns, roadmaps, standards, reference architectures, and governance. Coordinates domain architects, evaluates technology options, supports Day 1 and TSA-exit readiness, and advises senior leaders on dependencies, risks, resilience, security, and technical debt. Coaches architecture and solution teams while aligning applications, data, infrastructure, cybersecurity, and business platforms.

Design and develop robotic technologies, instruments, and orthopedic medical devices. Lead multidisciplinary R&D projects, apply design controls, and support verification, validation, regulatory compliance, design transfer, product launches, complaint investigations, and post-market surveillance. Analyze technologies, resolve nonconformances, drive corrective actions, and collaborate with Regulatory, Quality, Manufacturing, and external partners. Mentor junior engineers, contractors, and interns while contributing to product improvements, technology upgrades, and audits.