Top Engineering Jobs

Leads and develops software engineering teams responsible for pricing APIs, services, and data products. Partners with product, architecture, security, platform, and business teams to deliver secure, scalable, reliable software. Oversees planning through production support, establishes Agile, DevSecOps, CI/CD, testing, and AI-assisted engineering practices, manages operational health and incident response, and drives continuous improvement for high-volume, business-critical pricing systems.

Engineering Interns support calculations, analysis, CAD/BIM modeling, technical documentation, data analysis, and project coordination under experienced engineers. The role involves collaboration with manufacturing, operations, quality, procurement, and field teams in office and plant environments. Candidates gain hands-on experience with engineering projects, safety and quality procedures, and professional development while pursuing or recently completing an engineering degree.

Supports engineering calculations, analysis, design, CAD/BIM modeling, technical documentation, data analysis, and project coordination under engineer supervision. The intern collaborates with manufacturing, operations, quality, procurement, and field teams, follows safety and quality procedures, and completes a final project presentation or report. The role provides hands-on experience in a concrete manufacturing environment and may involve office and plant work.

Leads an R&D engineering team developing advanced manufacturing processes and technologies for precision medical devices. Manages personnel, resources, project execution, customer communications, technical innovation, laboratory operations, budgets, and cross-functional collaboration. Oversees complex development programs from feasibility through implementation, including process development, automation, inspection, equipment, risk management, quotations, and transition into production.

Engineering intern supporting R&D and metallurgy projects involving aerospace materials. Responsibilities include analyzing mechanical property and processing data, assisting design engineers, supporting material investigations, and contributing to forging and heat-treatment projects for jet-engine components. The intern will learn about titanium alloys, nickel-based superalloys, materials characterization, and aerospace manufacturing operations.

Provides traffic engineering and design services for transportation projects, including signal design, ITS, signal timing, illumination, ADA design, signing, pavement marking, traffic studies, simulation modeling, capacity and safety analysis, and parking studies. Develops plans, specifications, estimates, reports, and presentations; verifies engineering compliance; collaborates across project teams; and mentors junior staff.

Supports a polymer process R&D pilot facility through process engineering, emulsion polymerization experimentation, equipment troubleshooting, maintenance, process control programming, data analysis, and technology development. Maintains facility assets, digital systems, P&IDs, procedures, inventory, and chemical procurement. Leads capability improvements, engineering projects, technical training, documentation, and cross-functional collaboration while ensuring reliable, safe pilot plant operations.

Designs and optimizes manufacturing processes, layouts, material flow, workstations, and assembly methods for customized engineer-to-order products. Leads lean initiatives, continuous improvement, visual factory implementation, automation and smart manufacturing integration. Partners with design engineering, operations, supply chain, and quality teams on manufacturability, new product introduction, process controls, standard work, and engineering-to-manufacturing system integration.

The Director of Workflow Engineering will lead ServiceNow architecture, develop AI-driven workflows, oversee automation, and ensure compliance with ITSM policies to enhance operational efficiency.

Leads mechanical value engineering initiatives focused on cost reduction, supply resiliency, manufacturability, reliability, and product lifecycle improvement. Designs and optimizes mechanical components, tooling, and assemblies; evaluates materials and suppliers; supports ECOs, NPI, localization, qualification, and multi-sourcing efforts. Performs GD&T, tolerance, structural, thermal, and reliability analyses, develops engineering documentation, and collaborates with engineering, manufacturing, quality, supply chain, and program teams.

Leads mechanical value engineering initiatives focused on cost reduction, supply resiliency, manufacturability, reliability, and product lifecycle improvement. Designs and optimizes mechanical components, tooling, and assemblies; conducts structural, thermal, vibration, fatigue, and reliability validation; and manages engineering changes, supplier qualification, alternate sourcing, and manufacturing process improvements. Collaborates with engineering, supply chain, manufacturing, quality, suppliers, and program management teams to deliver measurable business value.

Designs and troubleshoots complex electrical systems while leading value engineering, cost reduction, supply resilience, and reliability initiatives. Responsibilities include electrical architecture, schematics, PCBAs, harnessing, power and control systems, supplier collaboration, ECOs, NPI cost evaluation, testing, validation, and engineering analysis. Partners cross-functionally with mechanical, supply chain, program management, and manufacturing teams to improve product value, manufacturability, and lifecycle performance.

Lead and deliver medium-to-large software initiatives for Betterment’s customer-facing financial applications. Build full-stack experiences using frontend frameworks, APIs, relational databases, and SQL while maintaining performance, security, and quality. Collaborate with Product, Design, and Mobile teams, mentor engineers, manage cross-team projects, apply software development best practices, and use AI coding tools judiciously.

Manages one or more full-stack engineering teams responsible for merchant payment capabilities. Owns hiring, coaching, performance, delivery, technical standards, operational health, incident response, reliability, and legacy modernization. Partners with product, design, QA, SDET, and senior technical leaders to deliver .NET and Node.js systems predictably. Requires technical depth in APIs, Kafka, observability, resilience, and regulated payments environments, with accountability for team outcomes and sustainable execution.

Performs routine and non-routine laboratory testing, verifies testing data and quality control results, supports technical problem solving, presents findings, interacts with customers, contributes to business development, and assists with developing junior laboratory staff. The role is designed for a recent engineering graduate developing toward an engineering position under guidance from senior engineers.

Supports industrial engineering and manufacturing process improvement across mixed-model production lines. Responsibilities include facility transformation, process documentation, lean initiatives, line balancing, time studies, equipment and tooling implementation, NPI launches, continuous improvement projects, material-flow optimization, and SAP super-user activities. Collaborates with shop-floor and cross-functional teams to improve efficiency, quality, and operating costs.

Leads industrial and manufacturing engineering teams, process improvement initiatives, facility transformation, NPI launches, and operational excellence programs. Oversees continuous improvement, demand-driven strategies, value-stream performance, resource planning, and SAP-related processes. Coaches employees, coordinates cross-functional collaboration, manages complex strategic projects, and drives improvements across the order-to-cash value chain.

Oversee engineering operations across five broadcast radio markets, maintaining transmitters, antennas, automation, studio, networking, computer, and streaming systems. Diagnose and repair equipment, ensure FCC and company compliance, maintain uptime, respond to emergencies, and serve as Chief Operator. The role requires travel to remote transmitter sites, on-call availability, after-hours and weekend work, high-voltage and tower-site safety, equipment installation, and coordination with corporate engineering and IT teams.

Oversee engineering operations across multiple broadcast radio markets. Inspect, install, troubleshoot, repair, and maintain transmitters, antennas, automation, studio, networking, computer, generator, and related systems. Ensure station uptime, FCC technical compliance, EAS and logging compliance, and adherence to company IT practices. Respond to equipment emergencies, travel independently to remote transmitter sites, perform on-call and after-hours work, and coordinate with corporate engineering and IT teams.

Oversee engineering operations across multiple broadcast radio markets, ensuring broadcast continuity, FCC compliance, infrastructure reliability, and emergency response. Diagnose, repair, and maintain transmitters, antennas, automation, studio, satellite, networking, and related systems. Lead technical standards, capital planning, vendor selection, and regulatory operations while serving as Chief Operator. Travel between transmitter sites, respond to after-hours emergencies, and maintain on-call availability.

Oversee engineering operations for multiple broadcast radio stations across Eastern Colorado and Wyoming. Diagnose, repair, and maintain transmitters, antennas, automation, studio, network, satellite, generator, and EAS systems. Ensure broadcast continuity and FCC compliance, respond to emergencies, manage vendors and capital planning, and establish technical standards. The role requires independent decision-making, frequent travel between remote sites, after-hours and weekend response, on-call availability, and work around high-voltage equipment and towers.

Oversee engineering operations across multiple broadcast radio markets, ensuring broadcast continuity, FCC compliance, infrastructure reliability, and emergency response. Diagnose, repair, and maintain transmitters, antennas, automation, studio, satellite, networking, EAS, generator, and IT systems. Develop engineering standards, capital plans, and vendor strategies while serving as Chief Operator. Travel independently among remote transmitter sites and provide after-hours and weekend on-call support.

Oversee engineering operations across five broadcast radio markets. Inspect, install, repair, and maintain transmitters, antennas, automation, studio, streaming, networking, computer, generator, and emergency alert systems. Ensure station uptime, FCC compliance, safety, and technical standards. Travel independently to remote sites, respond to equipment failures after hours and on weekends, perform on-call duties, and coordinate with programming, management, and corporate engineering and IT teams.

Oversees engineering operations across multiple broadcast radio markets, maintaining transmitters, antennas, automation, studio, streaming, network, computer, and emergency alert systems. Responds to equipment failures, ensures station uptime and FCC compliance, performs repairs and installations, and serves as Chief Operator. The role requires frequent regional travel, tower-site work, high-voltage safety, after-hours and weekend availability, and on-call emergency response.

Oversee engineering operations for broadcast radio stations in the Grand Junction and Montrose markets. Responsibilities include maintaining transmitters, antennas, automation, studio, networking, computer, generator, and emergency alert systems; troubleshooting equipment to maintain uptime; ensuring FCC compliance; responding to emergencies; traveling between remote sites; and performing on-call, after-hours, and weekend work. The role also involves tower-site safety, equipment installation, reporting, and coordination with corporate engineering and IT teams.