Top Engineering Jobs

Design, develop, and maintain scalable backend services and APIs (Node.js, Firebase). Optimize performance, ensure code quality via reviews and unit tests, debug and upgrade systems, and contribute to frontend work as needed. Stay current on backend and Gen AI integrations and collaborate across the team.

Designs highway projects for state and municipal clients, including calculations, plans, specifications, technical drawings, field data, inspections, and construction observation. Works under project leadership within multidisciplinary teams, supports client and contractor meetings, maintains engineering records, and develops technical knowledge through continued learning and potential advanced education or certification.

Develop and maintain RPG ILE applications on the AS/400 platform. Responsibilities include designing and coding integrations, testing, troubleshooting defects, creating documentation, participating in code reviews and migrations, and managing concurrent development tasks. The role collaborates with developers and IT leadership to translate business needs into technical solutions.

Lead the Wallets engineering team, owning technical strategy and roadmap for programmable smart-wallet infrastructure across EVM, Solana, and Stellar. Design and deliver wallet primitives, smart contracts, multi-chain orchestration, backend services, observability, and fault-tolerant systems. Manage and mentor six engineers, establish development standards, collaborate with Product, GTM, and customer teams, represent the team in architecture and partner discussions, and continue contributing production code across wallet, blockchain, SDK, web, and mobile systems.

Develop and maintain OneStream solutions for federal finance clients, including application configuration, business rules, data management, cube and dimension modeling, workflows, integrations, testing, troubleshooting, and deployment. Translate financial and client requirements into technical designs while supporting reporting, planning, budget execution, data quality, and process improvement. Collaborate with stakeholders and provide technical guidance throughout solution implementation and sustainment.

Leads the enterprise ergonomics strategy across manufacturing and support facilities. Conducts ergonomic assessments, reduces musculoskeletal disorder risks, develops engineering and administrative controls, supports occupational health initiatives, and evaluates equipment and process changes. Builds facility capabilities through training, audits, dashboards, and continuous improvement. Partners cross-functionally with operations, engineering, maintenance, HR, safety, procurement, and occupational health. This individual contributor role requires frequent travel to facilities and work in industrial production environments.

Supports execution and proposal development for transportation and tolling projects. Responsibilities include preparing technical documentation and design packages, contributing to infrastructure and cabinet design, coordinating with vendors and engineering teams, reviewing drawings, defining field installation approaches, participating in bids, and supporting client discussions and site activities.

Establishes production standards, line balances, labor and material requirements, plant layouts, and assembly workstation arrangements. Monitors production line speed, supports engineering changes and make-versus-buy studies, interfaces with government stakeholders, and applies Lean Six Sigma and ISO tools. The role works across office and manufacturing environments, requires problem-solving and cross-functional coordination, and involves moderate travel.

Designs, develops, tests, and improves embedded systems spanning hardware, firmware, and application software. Leads embedded projects, communicates project status to executive leadership, collaborates with marketing and service teams, and mentors junior engineers. The role requires embedded microprocessor and PCB design, real-time data processing, wireless communications, hardware interfaces, and team leadership.

Designs and improves manufacturing equipment, production processes, and mechanical systems to enhance safety, reliability, throughput, and product consistency. Develops specifications, prototypes, test procedures, and engineering solutions while managing projects and collaborating with manufacturing teams, suppliers, subcontractors, customers, and other engineers. Requires mechanical engineering expertise, perforating hardware and systems design experience, manufacturing knowledge, and proficiency with SolidWorks and Microsoft Office.