Top Engineering Jobs

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.

Oversee engineering operations across multiple broadcast radio markets. Inspect, install, repair, and maintain transmitters, antennas, automation, studio, networking, computer, generator, and emergency alert systems. Ensure station uptime, FCC compliance, and adherence to engineering and IT practices. Respond to equipment failures, travel to remote transmitter sites, perform on-call and after-hours emergency work, and coordinate with corporate engineering and IT leadership. The role requires working at heights, handling high-voltage equipment, and operating in varied outdoor conditions.

Oversee engineering operations for multiple broadcast radio markets, ensuring broadcast continuity, FCC compliance, infrastructure reliability, and emergency response. Diagnose, repair, and maintain transmitters, antennas, automation, studio, satellite, LAN, server, generator, and related systems. Develop engineering standards, capital plans, and vendor recommendations while serving as Chief Operator. Travel between remote sites, respond to after-hours failures, maintain safety protocols, and coordinate with corporate engineering and IT teams.

Oversee engineering operations for broadcast radio stations in Grand Junction and Montrose. Maintain and troubleshoot transmitters, antennas, automation, studio, networking, computer, generator, and emergency alert systems to support continuous uptime and FCC compliance. Respond to equipment failures, travel between remote sites, perform installations and repairs, maintain technical records, and serve as Chief Operator. The role requires on-call, after-hours, weekend, outdoor, high-voltage, and tower-site work.

Manages software engineering teams across multiple locations, balancing staffing and priorities across projects. Leads Agile development, sprint and release planning, stakeholder communication, production support, root-cause analysis, mentoring, knowledge transfer, and engineering excellence initiatives. The role requires strong technical judgment, experience building mission-critical applications, and expertise in at least three listed technologies.

Leads the Device SDK and Mobile Engineering teams, owning technical strategy, architecture, native SDKs, spatial computing runtimes, and iOS and Android applications. This hands-on leader manages engineers, contributes production code, reviews architecture and code, guides AI-native development practices, and drives performance, portability, scalability, quality, and delivery. The role partners with research, platform, and product leadership across mobile, XR, robotics, and edge-computing initiatives while recruiting and developing engineering talent.

Design and productionize classical image-processing algorithms for volumetric medical imaging. Lead image-processing architecture, develop high-performance C++ pipelines and services, optimize performance, mentor engineers, and collaborate with machine learning and visualization teams to deliver clinically meaningful cardiovascular insights.

Leads and supervises systems engineering teams delivering hardware, software, controls programming, and network commissioning for HVAC and building systems projects. Manages schedules, processes, cost estimates, technical standards, customer relationships, project execution, and engineering quality. Provides advanced application engineering support, selects controllers and end devices, improves operational practices, and develops engineering staff. Requires extensive application engineering, HVAC controls, construction, technical supervision, and cost management experience.

Leads contract engineering for commercial air handling units, managing application engineering and manufacturing teams. Responsibilities include reviewing designs, resolving factory and warranty issues, assessing deviations, supporting product feasibility, training engineers, coordinating software needs, developing innovative and cost-saving designs, and ensuring AHU documentation, layouts, and performance meet requirements. The role also supports customer visits, production schedules, and multi-site team leadership.

Owns engineering application operations for global users, including incident, change, SLA, compliance, and escalation management. Administers Linux and Windows environments, automates provisioning and infrastructure support, advances CI/CD, and leads AI-enabled operations initiatives. Manages platform obsolescence, migrations, modernization, and AWS hosting assessments. Coaches engineers, establishes technical standards, and influences cross-functional technical direction in regulated aerospace and defense environments.

Leads approximately 30 engineers supporting NASA Wallops range operations. Oversees instrumentation availability, maintenance, sustaining and development engineering, asset lifecycle projects, systems integration, infrastructure modernization, technical requirements and design, IT security compliance, configuration management, budgets, resources, and customer liaison activities. Supports mission readiness across more than 30 annual launches and requires government contract experience, Secret clearance eligibility, U.S. citizenship, and 5–10% travel.

Leads and develops a globally distributed engineering team while shaping technical strategy, modernizing a SaaS platform, and building scalable solutions with .NET, React, APIs, and cloud technologies. Responsibilities include mentoring engineers, influencing architecture, improving CI/CD, reliability, delivery practices, and advancing responsible AI adoption across engineering.

Leads end-to-end software engineering and application architecture for classified mission and enterprise environments. Establishes secure development, architecture, coding, testing, integration, release, and production-readiness standards. Oversees modernization, technical debt, security, reliability, and application lifecycle practices while partnering with DevSecOps, security, data, AI, and operations teams. Builds and mentors software teams, manages personnel, and briefs government and program leadership on delivery, risks, quality, and technical roadmaps.

Leads and develops a globally distributed software engineering team while remaining 50% hands-on. Responsibilities include driving technical strategy and modernization, building scalable SaaS solutions with .NET, React, APIs, and cloud technologies, improving CI/CD and reliability, mentoring engineers, influencing architecture, and advancing responsible AI use across engineering.

Leads and develops electrical engineering teams supporting custom automation and capital equipment projects. Provides technical guidance on controls, PLC/HMI programming, motion control, machine safety, electrical design, and troubleshooting. Coordinates resources, assignments, schedules, quality, and project deliverables while partnering with project management, manufacturing, service, supply chain, and sales. Supports recruiting, performance management, engineering standards, continuous improvement, commissioning, startup, and field issue resolution.

Lead AI training project development based on real-world mechanical engineering workflows. Design multidisciplinary engineering scenarios, define requirements and acceptance criteria, decompose complex problems into technical tasks, coordinate engineering contributions, and evaluate design feasibility. Apply expertise in mechanical design, analysis, manufacturing, verification, testing, and root-cause analysis to ensure realistic professional standards and deliverables.

The Director of Engineering Analysis leads analytical standards and processes in spacecraft development, ensuring compliance with NASA and mission requirements, while managing analytical teams and fostering technical excellence.

Leads system-level mechanical design concept development, requirements engineering, design trade-offs, validation, and specification for complex products. Coordinates cross-functional technical teams, resolves ambiguous system problems, manages design reviews and configuration changes, and applies tools including CREO, ANSYS Workbench, iDFMEA, DVA, and GD&T. Provides technical direction, mentors engineers, improves engineering processes, and supports product platform planning and architecture.

Mechanical Engineering Co-op supporting the design and development of Shark consumer products. Responsibilities include concepting, CAD modeling, prototyping, testing, data analysis, design reviews, feasibility analysis, technical documentation, and product iteration. The role provides hands-on exposure to materials, mechanisms, manufacturing, electronics, reliability, and mass production while collaborating with engineers, designers, and product managers.

Supports mechanical product development for Shark consumer products across concepting, CAD modeling, prototyping, testing, data analysis, design reviews, and technical documentation. The intern collaborates with engineering, design, and product teams while gaining hands-on experience with materials, mechanisms, manufacturing, electronics, feasibility analysis, and product reliability throughout the full product lifecycle.

Leads quality strategy and execution for strategic weapon systems across proposals, development, production, and sustainment. Oversees quality plans, budgets, program reviews, risk mitigation, customer requirements, product assessments, failure investigations, nonconformance decisions, corrective actions, and compliance. Partners with engineering, manufacturing, supply chain, program management, and government customers to improve reliability, accountability, and operational performance.

Supports the Quality Engineering team by analyzing supplier performance, validating quality metrics, improving Power BI dashboards, consolidating monthly quality reports, verifying source data, documenting reporting processes, and identifying supplier trends and data gaps. The intern will deliver repeatable quality reports, a metric reference guide, and recommendations for next steps.

Leads Quavo’s site reliability and application monitoring function, owning alert detection, routing, severity standards, signal quality, and remediation accountability. The role manages Datadog, CloudWatch, Snowflake alerting, Uptime.com, and PagerDuty; establishes SRE practices including SLOs, incident command, runbooks, and capacity reviews; coordinates production readiness and releases; leads incident response; and automates diagnostics and remediation across SaaS applications, cloud infrastructure, integrations, and data layers.

Build and productionize AI-powered research tools and agentic pipelines for Global Investment Research. Develop full-stack features with Java or Python, implement RAG and multi-agent workflows, integrate AWS services, create evaluation and benchmarking systems, monitor production performance, support incident resolution, and maintain testing, CI/CD, documentation, and Agile delivery practices.

Integrates, characterizes, tests, and troubleshoots spacecraft electronics in a laboratory environment. Acts as test conductor and project subject matter expert, reviews schematics and production documentation, executes test procedures, analyzes production metrics, improves yield, supports engineering changes, and documents test results. The role requires disciplined testing of mission-critical hardware, including digital circuits, processors, FPGAs, and power supplies.