Program

Associate of Applied Science in Advanced Energy and Fuel Cells

The Advanced Energy & Fuel Cells program is offered exclusively at our Energy Institute in Logan, Ohio.
 
Be on the cutting edge of technology with Hocking College’s program in Advanced Energy and Fuel Cell technology. As the United States strives to reduce its dependence on foreign oil and to reduce greenhouse gasses generated by traditional fossil fuels such as gasoline, a great demand for energy technicians trained to construct, install, troubleshoot, modify and test multiple types of advanced energy equipment has been created. Hocking’s advanced energy degree program trains you in non-fossil fuel energy applications and prepares you for a wide variety of advanced energy jobs. Your course of study includes mobile, stationary and portable fuel cells as well as solar and wind power, biofuels and geothermal technologies.
 
A fuel cell is a device that uses hydrogen (the simplest element known to mankind) to create electricity. Fuel cell technologies are being developed to power vehicles, commercial buildings and homes, as well as large-scale usage power plants. Fuel cells are quiet, clean and efficient. You will not only study fuel cell technology and principles, but will also learn the requirements for configuring and building equipment to test single and stacked fuel cell arrangements.
 
The study of commercial, industrial and residential use of solar electrical systems and wind turbines provides you with a well-rounded background in other forms of advanced energy. System costs, maintenance and appropriate applications will also be examined. Your studies will also include the production of biodiesel fuel, which is used in the college’s vehicle fleet.

The advanced energy degree program from Hocking College prepares you for the workforce through a comprehensive, well-rounded education in the world of advanced energy. With this unique set of courses, you will be set for a variety of advanced energy jobs.

Program Outcomes

The following outcomes are skills, behaviors, and attitudes cultivated in students seeking the Associate of Applied Science in Advanced Energy and Fuel Cells:

• Installs, operates, and maintains advanced energy systems;
• Exhibits customer and workplace courtesy;
• Utilizes math, science and engineering techniques to implement advanced energy solutions;
• Determines technical and economic advantages of advanced energy systems using applicable computer software, appropriate research and networking;
• Applies technology and drafting/design skills in manufacturing process;
• Demonstrates business and leadership skills;
• Implements, practices, and monitors safety measures;
• Utilizes project management, time management and organizational skills;
• Communicates professionally and effectively with co-workers, customers and vendors; and,
• Interacts with customers, and educates local community members on advanced energy standards, incentives and environmental regulations.

Curriculum

Career Opportunities

Possible job opportunities for the Advanced Energy & Fuel Cell program graduates include:

• Hydrogen Storage Technician
• Advanced Battery Development Technician
• Solid Oxide Fuel Cell (SOFC) Production Technician
• Proton Exchange Membrane (PEM) Fuel Cell Technician
• Cryogenics Technician
• Fuel Cell Research & Development Technical Assistant
• Advanced Energy Research & Development Technical Assistant
• Solar Photovoltaics Installation Technician
• Biofuels Processing Technician
• Biofuels Research & Development Technical Assistant
• Wind Energy Technician