Top Engineering Jobs

Leads enterprise technology solutions and multiple software engineering teams through strategy, architecture, modernization, delivery, and production operations. Establishes engineering roadmaps, manages budgets and vendors, drives DevSecOps and continuous improvement, oversees reliability and performance, and partners with executives, product, security, infrastructure, data, and business stakeholders. Builds engineering talent and accountability while aligning technology investments with business outcomes.

Build and deploy full-stack healthcare features using TypeScript, React, and Next.js. Develop accessible, trustworthy interfaces for AI-generated clinical content, integrate APIs, manage client state, contribute to component libraries and design systems, and implement HIPAA-compliant data handling. Collaborate with engineers, product managers, and designers through code, architecture, and design reviews. Own features from design handoff through production deployment.

Lead the architecture and development of backend platforms, REST and GraphQL APIs, service integrations, security patterns, and AI/LLM integration capabilities. Build observability and reliability infrastructure, contribute to full-stack features using TypeScript and Next.js, and establish engineering standards across the team. Ensure HIPAA-compliant handling of PHI while owning complex systems from architecture through production operations.

Lead the architecture, development, and deployment of Collision Avoidance System perception algorithms for autonomous vehicles. Design safety-critical C++ systems combining lidar, radar, camera, classical geometry, tracking, sensor fusion, and machine learning under strict latency and compute constraints. Own the technical roadmap, collaborate across autonomy and safety teams, define evaluation metrics, and mentor engineers while ensuring reliable production deployment.

Leads vehicle strength and durability engineering across robotaxi development, defining performance targets, guiding structural and fatigue analysis, correlating simulations with road-load data, and directing laboratory, proving-ground, and full-vehicle validation. Investigates failures, develops countermeasures, evaluates manufacturing feasibility, and communicates durability status, risks, and technical best practices to cross-functional engineering teams.

Develop, qualify, and optimize thin-film processes for an automated silicon carbide wafer fabrication facility. Drive improvements in device performance, yield, quality, and efficiency through Design of Experiments and statistical analysis. Identify predictive failure modes, apply automotive methodologies, support new product and process introductions, and collaborate with Product Engineering, R&D, peers, management, manufacturing sites, and vendors. Present technical data and project updates while contributing to process and equipment improvements.

Paid 12-week summer internship for an active college student supporting process integration engineering work. The intern will complete meaningful projects, learn about Wolfspeed’s business and products, collaborate with global teams, engage with mentors and leaders, participate in professional development, and contribute to community service. Ideal candidates are analytical, adaptable, curious, self-motivated, strong communicators, and interested in technological innovation. Prior internship or co-op experience is beneficial.

Paid, full-time 12-week summer internship for an active college student supporting thin films engineering at Wolfspeed. The intern will complete meaningful projects, learn about semiconductor products and business functions, collaborate with leaders and mentors, participate in professional development, and contribute to community service. Ideal candidates are analytical, adaptable, motivated problem-solvers with strong interpersonal skills, curiosity about technology, and prior internship or co-op experience.

Manages technical aspects of offshore umbilical design and manufacturing projects. Develops engineering deliverables, procurement specifications, production documentation, design reports, assembly procedures, test plans, and final reports. Coordinates with engineering, project management, procurement, manufacturing, testing teams, vendors, and clients. Leads project execution, supports process improvement, resolves technical issues, and assists manufacturing and testing operations. Some travel and support for 24/7 operations are required.

Provides advanced engineering and analytical support for ship and submarine repair condition reports. Develops technical reports, instructions, sketches, drawings, LARs, and DFSs; interprets blueprints, specifications, and testing requirements; resolves maintenance and production issues; supports NAVSEA submissions, material lists, vendors, and technical meetings. Requires substantial ship repair or submarine systems experience, SUBSAFE knowledge, and the ability to obtain a Secret clearance. Travel of up to 25–30% is required.

Designs, deploys, and operates secure, scalable AWS and Azure cloud infrastructure. Builds infrastructure-as-code frameworks and CI/CD pipelines, automates operational processes, and improves reliability, security, compliance, and cost efficiency. Responsibilities include cloud networking, identity, encryption, monitoring, incident resolution, security posture management, FinOps practices, platform standards, and collaboration with cybersecurity, developers, and business stakeholders.

Designs tooling, fixtures, and manufacturing aids for sheet metal and tubing fabrication, welding, and assembly. Responsibilities include concept development, manufacturability, safety and ergonomics, documentation, BOMs, build-process support, prove-out, and collaboration with manufacturing engineering, product design, and tool makers.

Develops, implements, documents, and maintains manufacturing processes for off-highway cab products. Responsibilities include lean manufacturing improvements, root-cause analysis, corrective actions, process and equipment troubleshooting, facility layouts, cost justification, poka-yoke implementation, engineering documentation, work instructions, quality checklists, BOMs, routings, and customer specification reviews. Supports new and existing products across metal processing, welding, coatings, assembly, and shipping while promoting workplace safety and operational efficiency.

Develop and maintain C++ and Python software for embedded Linux sensor systems using ARM processors and FPGA hardware. Design PCBs, integrate hardware and software, build automated testing environments, troubleshoot complex system issues, and develop tools for hardware control, calibration, data collection, and analysis. Support research prototypes, demonstrations, technical reviews, and customer engagements while mentoring junior engineers.

Develop and maintain Java software applications for an Air Force project. Responsibilities include architecture, implementation, testing, troubleshooting, peer reviews, version control, documentation, and end-user support. The role requires collaboration with government customers and software engineering teams to integrate and evolve mission systems. Candidates should have a STEM bachelor’s degree, Java experience, and the ability to obtain and maintain a TS/SCI clearance.

Develop and test C++ and Python software for embedded Linux systems supporting Air Force sensor research. Integrate software with FPGA components, hardware accelerators, and high-speed sensor interfaces. Build testing frameworks, Python hardware-control utilities, and data-analysis tools. Contribute to software deployment, configuration management, code reviews, and troubleshooting across hardware and software systems. Support laboratory experiments, field demonstrations, and technical customer reviews.

Leads architecture, standardization, deployment, migration, automation, security, and performance optimization for a large-scale telecom network spanning more than 1,000 locations. Designs MPLS, routing, optical, wireless, VPN, and transport solutions; develops standards, RFPs, business cases, and network documentation; coordinates engineering and operations teams; analyzes capacity and resilience; mentors engineers; and communicates architecture decisions to cross-functional and executive stakeholders.

Develops and manages spacecraft propulsion subsystem designs, requirements, budgets, analyses, vendor specifications, and verification activities. Oversees component development, qualification, integration, testing, and delivery while supporting mission lifecycle activities, customer and vendor technical exchanges, design reviews, proposals, and system trade studies. The role collaborates across engineering teams and may include personnel management responsibilities.

Develop and maintain C++ firmware for MRI systems, integrating real-time embedded software with custom hardware. Participate in requirements analysis, design and code reviews, testing, debugging, Agile development, and defect resolution. Collaborate with systems, hardware, and firmware teams while learning safety-critical software practices and AI-assisted development approaches.

Develop and maintain embedded C++ firmware for advanced MRI systems. Collaborate with hardware and systems teams, participate in design and code reviews, troubleshoot defects, and support software testing and verification in an Agile environment. The role emphasizes real-time performance, safety, reliability, documentation, and responsible use of AI-assisted development tools.

Designs and develops photon-counting CT systems and clinical features, including requirements, architecture, risk analysis, integration, verification, validation, reliability testing, and technical reviews. The role coordinates cross-functional engineering teams, supports manufacturing and field issues, applies data analytics and AI, and manages customer clinical evaluation sites. It requires STEM education, systems design experience, and proficiency with engineering analysis and simulation tools.