Top Electrical Engineering Jobs in Denver & Boulder, CO

Defines architectures for spacecraft RF systems and establishes organization-wide design, testing, and performance standards. Develops RF analysis tools and methodologies, leads complex trade studies, resolves cross-system EMI/EMC issues, and coordinates multi-team technical programs. Provides mentorship, drives cross-organizational alignment, supports suppliers and subcontracts, and delivers program-level communication outcomes. Requires extensive aerospace RF experience, including spacecraft architectures, link budgets, antenna systems, communication protocols, and advanced RF simulation.

Leads enterprise RF architecture and strategy for spacecraft communication systems across multiple missions and frequency bands. Oversees link performance, EMI/EMC strategy, verification, payload qualification, regulatory coordination, and technical standards. Influences executives, represents the company externally, drives innovative RF capabilities, and develops senior engineering talent across the organization.

Leads systems engineering for space-based infrared sensor payloads supporting missile warning and tracking. Oversees requirements, architecture, supplier activities, interfaces, verification, sensor performance, detection and tracking algorithms, modeling, simulation, integration, testing, calibration, and on-orbit operations. Coordinates multidisciplinary teams and customer interfaces while managing technical risks, performance margins, anomalies, and mission-level track accuracy. Provides senior technical authority and mentorship across payload, spacecraft, software, algorithms, GNC, and mission operations.

As an Embedded Systems Engineer, you will develop and ensure the reliability of roadside systems, creating schematics and coding for hardware-software integration.

Lead electrical architecture, design, test, integration, and manufacturing for next-generation AR airborne systems. Derive subsystem requirements, perform trade studies, prototype and verify designs, produce documentation, mentor the electrical team, and ensure compliance with military environmental and EMI/EMC standards.

Lead design, analysis, and validation of spacecraft electrical power subsystems (solar arrays, batteries, distribution, and protection). Own architecture trades, perform modeling/simulation, radiation and reliability analysis, lead PDR/CDR, develop test/EGSE/HIL campaigns, support environmental testing, produce design documentation, and mentor junior engineers to ensure mission-ready, high-reliability power systems.

Manages the lifecycle, technical performance, costs, schedules, risks, maintenance, upgrades, certification, and calibration of Electrical Ground Support Equipment used to test spaceflight hardware. Coordinates with production, AI&T, supply chain, security, and information assurance teams to ensure equipment is mission-ready, compliant, and secure. Supports procurement, inspections, technical decisions, and CONOPS development for equipment movement from sensitive areas.

Technical lead for spacecraft electrical power systems: set architecture and standards, lead design/analysis/verification of generation, storage, and distribution, perform reliability and radiation analysis, direct qualification and integration, mentor engineers, and support hardware through production and launch.

As a Principal RF Electrical Engineer, you'll architect multi-mission RF systems, define communication strategies, mentor senior engineers, and represent the company's RF capabilities externally.

Supports electrical engineering project teams in designing and documenting power distribution, lighting, and technology systems for buildings. Develops proficiency with Revit, AutoCAD, EasyPower, electrical load calculations, system modeling, code research, and compliance analysis under experienced mentorship. Assists with load flow, short-circuit, and arc-flash studies while applying building codes and industry standards.

Electrical Engineering Interns participate in sustainable building design projects through electrical load calculations, schematic narratives, NEC reviews, renewable energy research and PV system design. They use CAD and Revit, support specifications, cost estimates, project coordination, site observations, and schedule management. The 10–12 week paid program is intended for undergraduate students, preferably third-year students, and is conducted on-site in a local PAE office.

Supports sustaining engineering for PCBAs in tape automation systems. Investigates electrical issues, performs root cause analysis, manages component obsolescence, supports ECOs and product revisions, coordinates with suppliers and contract manufacturers, validates component substitutions, reviews schematics and manufacturing documentation, and develops test procedures. The role collaborates cross-functionally to improve reliability, quality, manufacturability, and production continuity.

Designs and develops digital, analog, mixed-signal, FPGA, RF, LiDAR, antenna, power, and control hardware for aerospace and defense systems. Responsibilities span circuit modeling, simulation, PCB collaboration, prototype development, laboratory and environmental testing, qualification, troubleshooting, and system integration. The engineer translates system requirements into hardware architectures and develops ruggedized designs for demanding tactical environments, collaborating with multidisciplinary engineering teams.

Designs, develops, modifies, evaluates, tests, and sustains electronic equipment and electrical systems for US Navy aircraft and military systems. Responsibilities include circuit design, power and RF systems, radar, control systems, fault isolation, technical documentation, requirements analysis, and test equipment development. The engineer will mentor junior engineers, review their work, and may lead small engineering teams.

Manages electrical engineering capital projects for wood products manufacturing from feasibility through design, procurement, construction, startup, and optimization. Leads project teams, contractors, and consultants; oversees scope, budgets, schedules, safety, and technical execution. Designs and models 480VAC distribution systems, motor controls, MCCs, grounding, arc-flash protection, coordination, and field installations. Requires industrial project management, commissioning, applicable electrical codes, and extensive travel to manufacturing locations.

The Electrical Engineer for Spectacles will design PCB schematics, oversee component selection, lead technical reviews, and collaborate with cross-functional teams to develop AR glasses.

Lead design, development, modification, and evaluation of complex electrical and avionic systems (power, control, EWIS, CD&H). Conduct tests and simulations, perform trade studies, manage requirements and V&V, troubleshoot systems, document results, mentor junior engineers, and act as technical lead on specialized projects ensuring design integrity and compliance with industry standards.

Lead design, development, modification, and evaluation of complex electrical and avionic systems (CD&H, power, control, EWIS). Perform tests and simulations, validate performance, document results, troubleshoot, and provide advanced technical support. Mentor junior engineers, act as technical lead on specialized projects, participate in system integration, V&V, requirements management, and trade studies to guide subsystem architecture decisions.

Integrates, characterizes, tests, and troubleshoots spacecraft electronics in a laboratory environment. Acts as a test conductor and project subject matter expert, reviewing schematics and procedures, executing hardware tests, analyzing production metrics, improving yield, supporting engineering changes, and documenting test results. The role requires disciplined testing of mission-critical digital and analog systems, including processors, FPGAs, and power supplies.

The role involves leading the design and development of complex electrical systems, mentoring junior engineers, and collaborating on innovative solutions for satellite harness designs.

The role involves architecting spacecraft-wide harness solutions, establishing standards and automation tools, overseeing manufacturing strategies, and mentoring engineers across teams.

Senior technical leader responsible for architecting and guiding embedded hardware for space and defense systems, covering requirements, high-speed mixed-signal PCB design, FPGA and microprocessor development, integration, test, peer reviews, customer/vendor interface, cost account management, and technology roadmap support.

Supports the design and commercialization of consumer IoT electronics and RFID products. Responsibilities include customer evaluation and production support, product demonstrations, competitive benchmarking, IC silicon validation, customer returns analysis, RFID community engagement, and go-to-market support. The role requires collaboration with business development, quality, design, test, and European engineering teams, plus approximately 20% travel to customer sites, trade shows, conferences, and Europe.

Architects and develops analog and mixed-signal electronics for compact LiDAR hardware, owning designs from concept through production. Responsibilities include schematic capture, component selection, PCB collaboration, signal and power integrity, EMI/EMC compliance, validation, characterization, and manufacturing optimization. Partners with systems, mechanical, and firmware teams to deliver reliable, high-performance products under tight power, cost, size, and schedule constraints.

As an Electrical Engineer at Blissway, you will design and implement hardware solutions for tolling systems, optimizing reliability and integrating software with physical devices.