Senior Embedded Systems Engineer (Wireless Product Development)

PassiveLogic•Holladay, UT

About The Position

As an Embedded Systems Engineer at PassiveLogic, you’ll co-lead the development of our suite of wireless products, from zero to manufacture. You’ll collaborate closely with the electrical, mechanical, industrial design, and verification/validation (V&V) teams to deliver robust, innovative solutions. This role demands a disciplined, independent leader with stellar embedded software skills, a systems-level mindset and the ability to self-teach and solve tough problems. You will contribute to shaping the product vision, drive its execution, and ensure it meets our standards for quality and efficiency. PassiveLogic is the first fully autonomous platform for buildings. We’ve reinvented the fundamental principles of automation to democratize technology, optimize buildings, and reduce the world’s carbon footprint. We are a team of technologists, engineers, and creatives dedicated to making a sustainable impact through real-world solutions. We are looking for team members who have a passion for technology and who want to work on cutting-edge problems with real-world solutions. Our culture is built on bringing together the most talented engineers, thinkers, and creatives—backed by the world’s leading investors—working together to make the future a reality.

Requirements

Degree in Electrical Engineering, Computer Engineering, Computer Science, or related field—or proven exceptional ability through experience.
6+ years in embedded software development, with deep expertise in C and real-time operating systems (TI-RTOS, Zephyr RTOS).
Proficiency in Git for version control, collaboration, and maintaining high-quality codebases.
Strong skills in Python, Bash, and Linux for scripting and system management.
Track record of delivering high-quality, production-grade code with rigorous HIL/SIL testing.
Strong systems-level thinking for ultra-low-power wireless designs, backed by solid math and physics fundamentals.
Exceptional Communication Skills: An ability to document/communicate clearly to effectively lead, mentor, and align teams.
Organized and Strategic: An organized, structured approach to complex project leadership and an enthusiasm for owning work within the context of the big picture.
Collaborative Mindset: You thrive in cross-disciplinary teams, knowing the best hardware is built when everyone’s brainpower is in the mix.
Adaptability: Comfortable in a fast-paced startup environment, eager to learn, iterate, and innovate.
Problem solving: You own this role. When issues arise, be the empowered force that solves them, rolling-up to product management and leadership.
A self-driven curious mindset: Able to independently research, learn, and solve complex challenges.

Nice To Haves

Experience with schematic capture and board layout using Altium.
Familiarity with engineering design and analysis using spreadsheets (e.g., power budgeting, system modeling).
Knowledge of ultra-low-power wireless protocols (e.g., IEEE 802.15.4, BLE, 900MHz)
Familiarity with RF design and compliance testing.
Familiarity with the startup environment.
Experience interfacing with overseas vendors and supporting the manufacturing process.
Background in mentoring junior engineers or leading cross-functional teams.
Personal projects showcasing initiative and technical depth (include these with your application!).
Experience with (or a desire to explore) setting up and deploying AI-assisted testing systems is a bonus.

Responsibilities

Lead the end-to-end development of ultra-low-power wireless devices, from architecture design to high-volume production.
Write and optimize production-ready C code for embedded systems running TI-RTOS and Zephyr RTOS.
Lead the architecture, implementation, and refinement of a custom sub-GHz wireless protocol.
Evaluate technical tradeoffs present throughout the development process.
Apply math and physics expertise for power accounting and systems-of-systems optimization in resource-constrained environments.
Design and implement HIL/SIL testing frameworks to validate robust, fail-safe code before V&V handoff.
Collaborate with electrical, mechanical and industrial design teams to maintain product visionalignment.
Leverage Git for version control, maintaining clean, modular codebases and streamlined team workflows.
Use Python, Bash, and Linux to automate workflows, analyze data, and enhance development processes.
Perform hands-on board bring-up and system debugging to integrate hardware and software seamlessly.