| Location | Westminster, CO |
| Job Type | Full-time |
| Salary | $115,000–$150,000 Per Year |
As the lead electrical engineer on your projects, you'll work within multi-disciplinary teams to architect and develop electronic systems for customers across a wide variety of markets. You'll own the electrical scope from concept through delivery — making the architecture decisions, doing the design work yourself, and serving as the technical point of contact your customer talks to. You'll guide the other electrical engineers contributing to your projects, review their work, and mentor junior team members as they grow. You'll also support the sales team as we bid and quote incoming work, where your architecture concepts and estimates help us win the projects worth having.
You've been doing this long enough to have taken multiple electronic products from a blank schematic sheet to hardware that shipped and worked. You have a knack for picking up new skills and technologies quickly, and you seek out new challenges rather than waiting for them. You love to own your designs from cradle to grave, and you're deeply invested in making sure your work meets the expectations of your peers and your customers. You're comfortable making architecture decisions under ambiguity, and comfortable revisiting them when something changes. You hold other people's designs to the standard you hold your own, and you can say "this isn't ready yet" in a way that makes the design better and the engineer stronger. You have outstanding attention to detail. You communicate credibly with customers, including when the news isn't what they hoped for.
Above all, people refer to you as an outstanding team member that they enjoy working with
Electrical system architecture, including architecture trades, system-level design, electrical block diagrams, power trees and budgets, and electrical interface control documents (EICDs)
Digital, analog, and mixed-signal circuit design
Linear and switch-mode DC/DC power conversion design
Integration of microcontrollers, processors, and/or FPGAs, board-level communication interfaces (I2C, SPI, UART, RS-232/422/485, CAN), USB, Ethernet, and analog and sensor interfaces
Schematic capture and design data management in Altium Designer 24 or later, including library management, multi-sheet hierarchical schematics, and generation of fabrication and assembly outputs
PCB layout design, including stack-up definition, component placement, routing and escape strategy, power distribution, thermal management, and design for manufacturability
Prototype development, board bring-up, test, and debug in a lab environment using oscilloscopes, logic analyzers, network analyzers, and similar equipment
Design documentation, including test plans, procedures and reports, and ECOs
Working Knowledge and Familiarity
Controlled impedance design for high-speed channels
Cable and wire harness design
Signal and power integrity (SI/PI) design and analysis
Design for electromagnetic compatibility (EMC)
Technical Leadership and Customer Engagement
Technical Leadership and Customer Engagement
Successful history of leading technical teams and mentoring junior engineers on hardware development efforts
Leadership of technical design reviews, including review of other engineers' schematics and PCB layouts
Direct customer engagement as a technical point of contact, including project kickoffs, status updates, design reviews, and deliveries