Top Engineering Jobs

Designs, drafts, fabricates, tests, and supports field deployment of custom mechanical equipment and thermal treatment systems. Responsibilities include engineering calculations, AutoCAD drawings, equipment specifications, vendor reviews, fabrication support, commissioning, troubleshooting, QA/QC, and documentation. The role works across office, shop, industrial, construction, and outdoor environments, with travel of up to 20% to project sites and vendor facilities.

Leads enterprise IT platforms and services, including infrastructure, networking, telecommunications, identity, cloud, SaaS, and site reliability. Owns technology strategy, budgets, vendors, cybersecurity partnerships, AI and automation initiatives, service reliability, project governance, and M&A integration. Develops IT leadership teams, scales operations across multiple locations, improves cost-to-serve, and advises executives and business leaders on technology investments, risks, and priorities.

Design and optimize compressor and turbine aerodynamics, collaborate with engineering teams, resolve technical challenges, and drive continuous improvement in turbomachinery design.

Build and maintain full-stack applications, backend services, automations, data workflows, and internal tools. Partner with stakeholders to identify business problems, design and validate solutions, deploy production systems, measure outcomes, and iterate. Use AI-assisted development, AWS, Cloudflare, modern frameworks, relational databases, CI/CD, and observability practices while troubleshooting and improving system reliability, performance, and operational excellence.

Develop and maintain full-stack applications, integrations, databases, and storage solutions. Responsibilities include software testing, code reviews, technical support, server administration, documentation, stakeholder collaboration, and delivering solutions aligned with business needs. The role requires at least three years of professional software development, SQL, and database experience, with preferred experience in Node.js, React.js, APIs, Git, mobile applications, and additional programming languages.

Designs, builds, operates, and optimizes distributed backend infrastructure for a large-scale online multiplayer game. Owns the full service lifecycle, integrates cloud and platform services, troubleshoots production issues, supports live operations, improves security and costs, establishes engineering practices, collaborates with stakeholders, and mentors junior engineers.

Maintain and improve AWS-based Kubernetes infrastructure, GitLab CI/CD pipelines, Terraform modules, and Helm deployments for a satellite communications platform. The role focuses on cloud reliability, security, observability, IAM, troubleshooting, automation, and operational support across distributed engineering teams.

Manages the Arterial Operations Program and Traffic Management Center, overseeing traffic signal operations, traveler information, ITS systems, integrated corridor management, and related staff. Leads traffic signal timing, ITS projects, regional partnerships, technical reviews, public presentations, and efforts to improve roadway safety and traffic flow. Requires engineering experience, a civil engineering degree, and Professional Engineer registration.

Lead technical direction and architecture for ABP-based applications while shipping full-stack production code. Establish .NET standards, improve reliability, performance, observability, and security, and lead framework upgrades. Mentor engineers, conduct design and code reviews, translate business needs into technical priorities, and support secure AWS GovCloud and government customer environments.

Plans and executes manufacturing engineering work, including production-ready drawings, 3D modeling, BOMs, engineering changes, tooling, and documentation. Supports machining, welding, fabrication, assembly, prototyping, NPI, and continuous improvement. Collaborates with production, quality, vendors, and leadership to resolve issues, improve manufacturability, reduce costs, and enhance throughput. Applies material science, measurement, safety, and quality standards to develop practical manufacturing solutions.