Energy Management AAS Degree
Energy Management is the efficient and effective use of energy to minimize costs and reduce future energy demand. The program focuses on the fundamentals of energy and the energy systems in residential and commercial buildings. Energy efficiency measures and leadership through sustainable practices are explored.
AEE Approved Education Provider
Completing the AAS Degree in Energy Management from Salt Lake Community College entitles you to take the examination for Certified Energy Manager (CEM) certification at any of AEE's established remote testing center locations.
Transfer to a Four-Year Degree
The AAS in Energy Management transfers to Bismarck State College's online Bachelor of Applied Science in Energy Management.
Prerequisites:
- MATH 0980 with C or better or appropriate testing score
- WRTG 0990 with C or better or appropriate testing score
- Basic proficiency in MS Excel
Schedule
The program is offered in an accelerated format allowing students to complete the two-year degree in as little as 18 months. A new cohort begins each August and completes General Education requirements during Fall Semester before beginning Energy Management classes in Spring Semester.
Learn to safely work with PV systems; conduct site assessments; adapt mechanical/electrical designs; perform system checkouts/inspections; design, install, maintain & troubleshoot commercial/off-grid PV, battery based and hybrid systems. Curriculum is in accordance to the local municipality and current NEC code. Students will have hands on experience with a grid tied and off grid systems.
This course introduces students to the basic principles of utility interactive photovoltaic system design. Through classroom and hands-on instruction, the course will prepare individuals to conduct site evaluations, prepare a basic electrical and mechanical design and select appropriate PV system components in accordance with the local municipality. Current NEC code updates will also be discussed.
Course will review energy units, data gathering for energy accounting utility rates & schedules, energy data organization, adjusted baselines, cost avoidance, load factor, data analysis, data presentation.
What is and isn’t appropriate energy efficiency measure investment? Utility rate schedules, simple payback analysis, compound interest, time value of money, cost estimating, life cycle cost analysis, simulation tools reviewed. LCCA project requirement.
In this course, students will use various features and use of current spreadsheet software. Students will learn the syntax, use and application of spreadsheet features/tools through tutorial lessons and application exercise problems.
Contact the Program Manager, Alyssa Kay (801) 957-5404 or alyssa.kay@slcc.edu to review program requirements and registration process.
See below for Registration requirements
A new cohort starts each August and completes General Education courses during Fall Semester before beginning Energy Management Program Requirements in Spring Semester. Students may also opt to complete General Education courses at the same time they are completing Program Requirements, however Math 1010 and Physics 1010 must be completed before moving on to the 3rd Block of the Energy Management Program. Completion times will vary from 18-24 months based on incoming transfer credits and individual education plan.
The Energy Management Program is a combination of General Education courses taught in a 16-week full semester schedule and Program Required courses taught in a 10-week cohort schedule.
Students are responsible for self-registration into all General Education courses and should follow the SLCC procedures found online at Registration Policies. Students are strongly encouraged to meet with the program Academic Advisor before registration each semester. Devan Church, 801-957-4858, schedule online.
Students will be registered for two program accelerated blocks each semester by the program coordinator. Accelerated blocks contain two or three Energy Management courses taught on M/W/F evenings. Requests for Adds/Drops/Withdrawals must be emailed to the program coordinator following the important dates listed on each course syllabus. For a full refund, a drop request must be received before the end of the second week of the accelerated block.
Energy Management is the efficient use of energy to reduce costs. Four major sectors of the economy (Residential, Commercial, Industrial and Transportation) are reliant on energy every day, and increasing energy costs are driving the demand for trained professionals in the Energy Management Industry. We see a need for Energy Management in our homes, schools, workplaces as well as the commercial, agricultural and manufacturing facilities which provide the goods and services we depend upon.
The career paths our students pursue upon graduation are a function of their professional interest, prior education and experience, and individual career plans. Our growing list of graduates are working in positions such as Energy Auditors & Technicians, Weatherization Specialists, Green Builders, Energy Program Managers, Facilities Energy Managers, Energy Efficiency Consultants, Renewable Energy Installers and Sales Representatives, Sustainability Coordinators, Building Design Professionals, Energy Policy Analysts, Commissioning Agents, and Energy Engineers.
Our Energy Management AAS degree program is designed to launch you on an exciting career or add an important piece to your current professional plan.
In order to successfully complete the Energy Management program, students need to complete the following:
- Cohort Requirement (46 credit hours)
- General Education Requirements (18 credit hours)
- Technical Electives (5-6 credit hours)
Below you will find both the required cohort block schedules and suggested semester schedules for General Education and Technical Electives.
*NOTE: Students must complete MATH 1010 and PHYS 1010 during or before the first two blocks of the program.
**NOTE: Course Offerings, class sequence, dates and times are subject to change according to program needs.
Class Sequence | Accelerated Blocks - 10 weeks in length
| Fall Semester 1 | |||
|
Course |
Course Title |
Cr. Hrs |
Notes |
| Full Term Schedule | |||
| MATH 1010 | Intermediate Algebra |
4 |
Prerequisite: MATH 990, or appropriate Accuplacer score |
| PHYS 1010 | Elementary Physics |
3 |
|
| ENGL 1010 | Introduction to Writing |
3 |
Prerequisite: ENGL 980 or appropriate Accuplacer score |
| HR | Human Relations |
3 |
See approved list below |
| CM |
Communications |
3 |
See approved list below |
| Elective 1 |
2-3 |
See approved list below | |
| Elective 2 |
3 |
See approved list below | |
|
Total |
22 |
||
| Spring Semester 1 | |||
|
Course |
Course Title |
Cr. Hrs |
Notes |
| Accelerated Block 1 (AB 1) | |||
| CEAB 0001 |
Accelerated Program ($50 Course Fee Each Semester) |
|
|
| EGMT 1020 | Residential Building Energy |
3 |
|
| EGMT 1010 | Intro to Energy Management |
2 |
|
| CSIS 1019 | Spreadsheet Applications |
2 |
|
| Accelerated Block 2 (AB 2) | |||
| EGMT 1540 |
Alternative Energy Technology |
2 |
|
| EGMT 1110 | HVAC Energy Analysis I |
2 |
|
| EGMT 2060 | Energy Management Seminar I |
1 |
|
| Online, Half Term and Full Term Courses | |||
| EGMT 1700 |
Electrical Principles |
3 |
Spring & Fall Half Term Schedule Summer Full Term Schedule |
| ENGL 2100 | Technical Writing |
3 |
Full Term Schedule |
|
18 |
|||
| Summer Semester 1 | |||
|
Course |
Course Title |
Cr. Hrs |
Notes |
| EGMT 1210 | HVAC Energy Analysis II |
2 |
Prerequisite: EGMT 1110 - HVAC Energy Analysis I |
| EGMT 1310 | Lighting Fundamentals |
2 |
|
| EGMT 1220 | Commercial A/C Systems Analysis |
2 |
|
|
6 |
|||
| Fall Semester 2 | |||
|
Course |
Course Title |
Cr. Hrs |
Notes |
| Accelerated Block 4 (AB 4) | |||
| CEAB 0001 |
Accelerated Program ($50 Course Fee Each Semester) |
|
|
| EGMT 1420 | Energy Accounting |
2 |
|
| EGMT 1320 | Lighting Applications |
2 |
Prerequisite: EGMT 1310 - Lighting Fundamentals |
| EGMT 1240 | Energy Efficiency Methods |
2 |
|
| Accelerated Block 5 (AB 5) | |||
| EGMT 1410 |
Energy Investment Analysis |
2 |
Prerequisite: EGMT 1420 - Energy Accounting |
| EGMT 1120 | Commercial Energy Analysis |
3 |
|
| EGMT 1120 | Commercial Energy Analysis (Lab) |
2 |
|
|
11 |
|||
| Spring Semester 2 | |||
|
Course |
Course Title |
Cr. Hrs |
Notes |
| Accelerated Block 1 (AB 1) | |||
| CEAB 0001 |
Accelerated Program ($50 Course Fee Each Semester) |
|
|
| EGMT 1130 | Building Energy Simulations |
3 |
|
| EGMT 1130 | Building Energy Simulations (Lab) |
|
|
| EGMT 2800 | Energy Management Capstone |
4 |
|
| Accelerated Block 5 (AB 5) | |||
| EGMT 1230 |
Energy Control Strategies |
3 |
|
| EGMT 1230 | Energy Control Strategies (Lab) |
|
|
| EGMT 2065 | Energy Management Seminar II |
1 |
|
|
11 |
|||
Step 1: Complete the Application for Admission to Salt Lake Community College online and pay the $40 application fee.
Once admitted to the college, you will receive an acceptance letter from SLCC Student Enrollment Services. Complete steps 3 and 4 to be accepted into the Energy Management A.A.S. degree program.
Step 2: Submit the Energy Management Program Application to the program manager.
Step 3: Complete the Program Prerequisites. MATH 0980 and WRTG 0990, within the last year,
OR Accuplacer scores placing into MATH 1010 and ENGL 1010, within one year,
OR follow SLCC guidelines (website listed above) to request evaluation of transfer credits from previously completed classes.
Step 4: Program acceptance and class registration will be performed by the program manager.
Internship / Capstone
The internship/capstone project is designed to apply and evaluate what you have learned throughout the two-year degree program, preparing you for employment in the energy management industry.
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