Applied Building Controls Engineer

PassiveLogic•Holladay, UT

3d•Onsite

About The Position

This is a career-defining opportunity to play a crucial role in a hyper-scale AI company that is transforming the future of autonomous systems, energy, and the built environment. As our Applied Building Controls Engineer, you will turn site survey information, customer scope, and building system requirements into practical controls designs for PassiveLogic deployments. You will review site survey data, develop controls designs, create bills of material, scope electrical installation work, and support Digital Twin system layout for these deployments. This role connects field conditions, project scope, controls engineering, electrical contractor execution, and Digital Twin modeling through clear designs, bills of material, and installation scopes.

Requirements

Experience with mechanical, electrical, or building automation systems, with particular interest in HVAC controls and building performance.
Ability to read and interpret site survey data, construction drawings, control drawings, equipment schedules, and field documentation.
Experience developing or supporting controls designs, installation plans, technical scopes of work, or contractor bid packages.
Ability to create clear bills of material and communicate installation requirements to electrical contractors and project stakeholders.
Strong applied problem-solving skills and the ability to identify missing information, field constraints, and design risks.
Exceptional debugging, troubleshooting, and observational analysis skills.
Be an extraordinary teammate with a genuine interest in working with internal teams, external customers, and contractor partners.
Ability to travel to project sites throughout the United States and Europe as required.
Mechanical, electrical, or controls drawing and schematic experience.

Nice To Haves

General construction, electrical, controls, commissioning, or building operations experience.
Applied building science experience and a strong foundation in engineering, energy, and mechanical systems.
Experience coordinating with contractors, field teams, or project managers during design and installation.
Experience translating project scope into technical design deliverables.
HVAC controls design experience.
Experience creating contractor installation scopes, bid packages, or construction documentation.
Experience with building automation systems, control panels, sensors, wiring, networking, and field devices.
Experience supporting Digital Twin, BIM, Revit, controls graphics, or building system modeling workflows.
Experience with refrigeration systems, air-to-water heat pumps, ground source heat pumps, or other advanced HVAC systems.

Responsibilities

Review site survey data, drawings, photos, equipment information, point lists, and field notes gathered by survey teams or project partners.
Identify missing, inconsistent, or unclear information and coordinate follow-up questions or field validation.
Perform site surveys when needed, documenting HVAC equipment, electrical and controls infrastructure, network needs, and installation constraints.
Translate existing building conditions into inputs for controls design, Digital Twin layout, and project execution.
Develop project controls designs based on scope, customer requirements, existing equipment, and PassiveLogic deployment standards.
Create control system layouts, device selections, panel and wiring concepts, and project-specific implementation details.
Build bills of material for controls hardware, sensors, panels, networking equipment, wiring accessories, and supporting components.
Prepare clear electrical contractor scopes of work so partners can provide accurate installation pricing.
Define contractor responsibilities, assumptions, exclusions, deliverables, and coordination requirements.
Assist Digital Twin teams with system design, equipment mapping, controls layout, and building system relationships.
Help convert survey data and project scope into accurate Digital Twin representations.
Support installation teams remotely or on site by answering technical questions, clarifying design intent, and helping resolve field issues.
Capture installation feedback, survey gaps, and field lessons learned to improve future design standards and deployment workflows.