Workforce Training Programs

The 150-hour Building Automation Systems Level 1 certificate program includes three required courses. This program addresses the competencies outlined by the Building Automation Systems industry and covers basic core knowledge and skills required for entry-level positions. Each course content aligns with national industry-recognized standards. A core knowledge and skills certificate will be awarded upon successful completion of all required courses in this program. This training is appropriate for those new to the industry, transitioning from a related discipline or professionals wanting refresher courses. Successful completion of this three-course program qualifies the student for the BAS Level I Certificate

The 50-hour Building Automation Systems Level 2 certificate program includes two required courses. This program addresses the Network, Logic and Programing processes outlined by the Building Automation Systems industry and covers basic core knowledge and skills required for entry-level positions. Each course content aligns with national industry-recognized standards. A core knowledge and skills certificate will be awarded upon successful completion of all required courses in this program. This training is appropriate for those transitioning from a related discipline or professionals wanting refresher courses. Successful completion of this two-course program qualifies the student for a BAS Level II Certificate.

The Commissioning Technician microcredential program prepares participants to work under the supervision of Certified Commissioning Providers in commissioning field work and helps fill a critical industry need and employment gap along the Wasatch Front. As a result of this training, participants will be able to apply the commissioning process across construction projects; develop and evaluate commissioning project documentation; analyze building systems performance and identify deficiencies; and develop clear communication to enhance project teamwork.

Program Description: Students gain knowledge and practical experience with the energy supply/demand resources and analysis tools that are common in the industry.

The 60-hour Energy Efficient Lighting program addresses the competencies outlined by the Illuminating Engineering Society and covers basic core knowledge and skills required for entry-level positions and is aligned with national industry-recognized standards. Students completing this certificate will be able to evaluate an existing lighting system and prepare an audit report and analyze the data gathered including illuminance calculations. Successful completion of this program qualifies students for the Energy Efficient Lighting Certificate.Students can qualify for Continuing Education Units (CEU's) through the Illuminating Engineering Society (IES).

This series introduces students to commercial HVAC equipment, understanding how they work, are controlled and how to operate more efficiently. Systems are analyzed and evaluated both theoretically and in real-world settings. As a result of this training, students will be able to describe the operations of various types of HVAC systems typically installed in commercial buildings, draw a schematic and identify the major components of the heating and air conditioning systems for single zone units, calculate heat transfer rates resulting from circulating air, and calculate building heat gains and losses at various outdoor temperatures and times. Successful completion of this three-course program will qualify the student for HVAC Energy Optimization Certificate.

This 4 hour workshop meets in person on 1 Saturday. students will learn and experience the basic process of designing, installing and commissioning a commercial grid-tied PV system. Course approved for 4 hours DOPL re-licensing credit and NABCEP re-certification credit.

This 45-hour hybrid course meets 5 times via live-webinar or in-person, with the rest of the content online over a 10-week period. Students who complete this course will be able to model safe practices while working with Photovoltaic (PV) systems; integrate or adapt mechanical and electrical designs for residential and commercial systems; complete the installation of a model system and perform a system checkout, inspection, and troubleshoot any problems that may arise; analyze existing systems and determine appropriate battery- bank size, identify potential problems, and determine appropriate solutions; and create a presentation to include site survey data, components, pricing, system design one-line diagrams. Upon successful completion of this one-course program a student can earn the Solar Installation Certificate. Students must complete the Solar Sales Certificate first. ?Upon successful completion of the Solar Installation Certificate Program, students may qualify for entry-level positions, including Solar Technician, Solar Systems Installer, Solar Sales Representative, or Solar Maintenance Technician.

The Solar PV Sales Certificate is designed to prepare students to analyze customer needs based on current utility usage, conduct site assessments, plan systems layout, explain types of incentives and savings and prepare a proposal based on the unique needs of each prospective customer and their project. Successful completion of these two courses meets the education eligibility requirement to take either the NABCEP PV Associate or PV Technical Sales Certification Exams.