Top Engineering Jobs

Build and ship production backend services and APIs using C#/.NET and Python. Responsibilities include architecture, API contracts, scalability, automated testing, CI/CD, observability, progressive deployments, incident response, and AI-assisted development. Collaborate with product, UX, and client engineering teams while contributing to technical strategy, code reviews, and service ownership.

Own improvements to released radar products through hardware troubleshooting, root cause analysis, circuit and PCB redesign, component qualification, field testing, and performance validation. Investigate production and customer issues, analyze radar behavior and system interactions, improve manufacturing yield and diagnostics, and document engineering changes. Collaborate with software, firmware, RF, mechanical, manufacturing, quality, and supply chain teams to deliver reliable corrective solutions.

Develop and support enterprise web, mobile, portal, and API applications throughout the software development lifecycle. Responsibilities include application analysis, design, development, testing, documentation, deployment, architecture improvements, customer experience enhancements, cross-functional collaboration, process optimization, and storm restoration support. The role also provides scheduled 24/7 callout support and may require off-hours or weekend work.

Design, implement, and optimize full-stack solutions. Collaborate with cross-functional teams, participate in code reviews, analyze and improve system performance, and stay current with industry technologies.

Oversees the City’s engineering division, municipal infrastructure planning, development review, public works design, construction inspection, capital improvement planning, contracts, budgets, and regulatory compliance. Supervises professional staff, reviews plans and specifications, coordinates with governmental agencies, manages grant-funded projects, advises city officials, and serves as the municipal professional engineering signatory. The role requires public-sector civil engineering expertise, stakeholder engagement, field inspections, and infrastructure project oversight.

Designs and implements secure, scalable enterprise technology solutions for legal workflows. Develops application, data, API, integration, automation, and AI architectures connecting legal and business systems. Establishes technology standards, governance, documentation, and reusable design patterns; evaluates emerging legal technologies and generative AI solutions; and partners with business, innovation, knowledge management, security, and IT teams to improve legal service delivery and operational efficiency.

Own the developer platform from code commit through production release. Responsibilities include optimizing CI/CD pipelines, deployment and rollback safety, AI release infrastructure, migration safety tooling, developer environments, supply chain security, documentation, and engineering enablement. The role focuses on improving delivery speed, reliability, security, and developer experience while supporting AI products and mentoring engineers.

Executes technical integration activities for acquired companies, including Microsoft 365, identity, endpoint, cloud, security, and collaboration-platform migrations. Performs configuration, testing, troubleshooting, cutovers, hypercare, documentation, and automation across concurrent acquisitions. Collaborates with acquired-company IT teams, vendors, consultants, and internal stakeholders while following approved architecture, migration plans, runbooks, and security standards.

Develops, supports, and architects software applications, web pages, and websites. Leads technical efforts, code reviews, architecture for smaller projects, and collaboration with product, scrum, and architecture teams. Mentors software engineers, researches development technologies, recommends solutions, manages front-end backlogs, and ensures requirements are met. Requires strong software engineering expertise across web development, cloud services, databases, DevOps, Agile, and SDLC practices.

Leads the Manufacturing Engineering function, including team development, budgeting, capital planning, technology roadmaps, new product industrialization, equipment deployment, factory system design, engineering change management, sustaining engineering, cost reduction, and advanced manufacturing technology pilots. Partners cross-functionally with Design Engineering, Quality, Supply Chain, Finance, Operations, and Continuous Improvement.