Industrial Maintenance & Energy Systems (IMES)

Powering Today. Sustaining Tomorrow. Building Your Future.

Designed to meet the technical workforce needs of local industry leaders—including Pilgrim's Pride, American Woodmark, and Papier Mettler.

Begins Fall 2027 - Pending Higher Learning Commission (HLC) approval.

Program Overview

The Industrial Maintenance & Energy Systems (IMES) program provides a technical education at the Associate in Applied Science Level. This broad-based curriculum provides instruction and practical application of a variety of technical concepts and practices. The courses include industry-recognized maintenance practices in electrical, pneumatic, hydraulic, mechanical systems, computer control, data acquisition, periodic and predictive maintenance program usages.

Successful completion of the IMES program prepares graduates to enter the workforce with an AAS Degree in Industrial Maintenance & Energy Systems. They will be prepared to perform periodic maintenance on machinery and systems located, not only in the wind, geothermal, and gas industries, but in any industry or local factory setting utilizing machinery and electrical control systems and mechanical equipment.

Program Implementation

Full-time day, part-time evening. (Students should see advisor for recommended course sequencing.)

1 Year Certificate

Certificate in Applied Science • 30 Credit Hours

Man working on machinery wearing a green hat.

2 Year A.A.S. Degree

Associate in Applied Science • 60 Credit Hours

A man working on machinery wearing a safety vest and hard hat. An Eastern WVCTC logo is on the hard hat.

Program Outcomes

Upon successful completion of the program the student will be able to:

  1. Demonstrate knowledge of electrical, mechanical, and fluid power equipment and discuss how to troubleshoot, repair, and maintain them along with power generation and distribution systems specific to wind energy.
  2. Develop an understanding of both general industry and wind specific OSHA safety standards and regulations and how they apply in the field using specific examples.
  3. Use diagnostic tools and resources, including schematics and operating manuals, for wind system analysis, and troubleshooting.
  4. Integrate environmental awareness and job hazard assessment and mitigation strategies into wind energy operations.
  5. Employ computers and software applications for monitoring, troubleshooting, communicating/remote control, and report writing specific to the wind industry.
  6. Demonstrate knowledge of various simple and complex electro-mechanical components pertaining to their function in a system with hands on course work.
  7. Perform basic calculations in order to measure and calculate voltage, amperage, resistance, continuity, voltage drop, pressures, and temperatures using multimeters and other measuring tools. Demonstrate an understanding through discussion of what goes into routine wind turbine maintenance and repair along with the tooling needed to do so.
Two men wearing harnesses and workwear on top of machinery.

Potential Careers

  1. Maintenance Technician
  2. Industrial Maintenance Technician
  3. Maintenance Mechanic
  4. Industrial Machinery Mechanic
  5. Wind Turbine Service Technician
  6. Wind Turbine Construction/Installation Technician
  7. Field Technician
  8. Gas Network Technician
  9. Geothermal Service Technician
  10. Geothermal Installer

Micro-Credentials & Special Certifications

Micro-credentials are for those interested in acquiring or strengthening select skills for the workplace or job market.

  • Electronic Control Systems and Troubleshooting
  • Electromechanical Systems & Troubleshooting

Students successfully completing WTT 100 Introduction to Wind Energy will receive an OSHA Certificate of Completion for General Industry Safety (10-hour).

Learn About the Energy System

About the Industries in West Virginia

  • West Virginia is the nation's fourth-largest energy producer, with substantial fossil energy reserves and renewable resources.

Wind-

Within Eastern’s six-county service district (Grant, Hardy, Hampshire, Mineral, Tucker, and Pendleton), the industry currently operates 199 turbines (Grant: 132; Tucker: 44; Mineral 23), including:

  • The Pinnacle Wind Farm: NewPage on Green Mountain, near Keyser
  • The Criterion 28-turbine Wind Project atop Backbone Mountain near Eagle Rock and the 20-turbine Roth Rock Wind Farm in Garrett County, Maryland

There are approximately 380 wind turbines operating throughout all of West Virginia.

Read more about Wind Energy on the U.S. Department of Energy's website.

Geothermal-

According to researchers at the Southern Methodist University's Geothermal Laboratory (2021), West Virginia has been found to be a relative hot spot in the Eastern U.S. with the city of Morgantown being located close to a larger hot spot.

Read more about Geothermal energy in West Virginia at Southern Methodist University & the U.S. Department of Energy's website.

West Virginia Geological and Economic Survey. (2021). Geothermal Energy in West Virginia. https://www.wvgs.wvnet.edu/www/geothermal/index.html

Gas-

According to the U.S. Energy Information Administration (2026), West Virginia is the nation's fifth-largest producer of marketed natural gas.

Read more about Natural Gas at the U.S. Department of Energy's website.

U.S. Energy Information Administration. (2026). West Virginia state energy profile: Analysis. https://www.eia.gov/states/WV/analysis

Admissions Requirements

Eastern adheres to an open admission policy which means applications with a high school diploma or GED are eligible for admission.