Renewable Energy Technology

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INDIVIDUAL PROGRAM INFORMATION 2015–2016

866.Macomb1 (866.622.6621) www.macomb.edu

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Renewable Energy Technology

PROGRAM OPTIONS

CREDENTIAL TITLE CREDIT HOURS

REQUIRED NOTES

Certificate Renewable Energy Technology 20 –

CONTACT INFORMATION

CONTACT TITLE NAME PHONE E‑MAIL LOCATION

Professor Lisa Richter 586.445.7191 [email protected] South Campus

Program Description:

This certificate provides the knowledge and skills required for positions involving the integration of renewable energy applications in a variety of business and industrial environments. The certificate focuses on a “holistic” approach, emphasizing the importance of scientific principles coupled with industrial processes, professional proficiencies, and practical laboratory experiences.

Requirements & Specific Information:

As the Renewable Energy field emerges, the Renewable Energy Technology certificate is designed to complement several existing program paths including but not limited to Associate Degrees in Automated Systems Technology— Mechatronics, Maintenance Technology, Manufacturing Technology, Building Construction Technology, Electronic Engineering Technology, Architectural Technology, Business, Environmental Science, and others. The Renewable Energy certificate is not intended as a stand‑alone certificate. Students are highly recommended to complement the above degree programs with the Renewable Energy Technology certificate to increase employability skills.

Career Opportunities:

Renewable Energy Technology –Certificate: Job titles such as Solar Photovoltaic Installers, Wind Turbine Service Technician, Energy Auditors/Sustainability Specialists, Solar Energy Installation Managers, and Energy Broker are attainable upon completion of this course of study. To learn more from a career specialist, visit the Office of Career Services at either campus or explore online at www.onetonline.org.

Transfer Pathways:

Students intending to transfer and complete a bachelor’s degree need to make early decisions concerning an academic major and a transfer destination. Statistics show that students who make these decisions early are more likely to persist to graduation than their undecided counterparts. Students planning to transfer credits earned at Macomb are strongly urged to see a counselor or academic advisor as early as possible in their college careers. 8 Transfer Resource Guide

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CERTIFICATE IN

RENEWABLE ENERGY TECHNOLOGY

Career preparation and related courses

(require successful completion of a minimum of 20 credit hours)

REQUIREMENTS FOR CERTIFICATE IN RENEWABLE ENERGY TECHNOLOGY

COURSE COURSE TITLE PREREQUISITE CREDIT _HOURS

SEMESTER 1

RNEW‑1000 Introduction to Energy – 3.0 RNEW‑1020 Introduction to Sustainability – 3.0 RNEW‑1010 Renewable Energy Concepts – 3.0

SEMESTER 2

RNEW‑1800 Energy Management Fundamentals – 4.0 And a minimum of 7 credit hours from the following: –

ATBC‑1700 Green Building–Design & Construction–Commercial – 3.0 AUTO‑1440 Hybrid Electric Vehicle Fundamentals AUTO‑1000, AUTO‑1010, AUTO‑1030, AUTO‑1320, _{and AUTO‑1400} 3.0 AUTO‑2440 Hybrid Electric Vehicle Power Management AUTO‑1440 2.0 RNEW‑1100 Principles of Wind Energy – 2.0

RNEW‑1110 Wind Energy Lab – 1.0

RNEW‑1200 Principles of Solar Energy – 2.0

RNEW‑1210 Solar Energy Lab – 1.0

RNEW‑1300 Principles of Biomass Technology – 2.0 RNEW‑1310 Biomass Technology Lab – 1.0 RNEW‑1400 Principles of Geothermal Energy – 2.0 RNEW‑1500 Principles of Hydrogen Fuel Cell Technology – 4.0 RNEW‑2000 Renewable Energy Power Systems RNEW‑1100 and RNEW‑1200 3.0 RNEW‑2200 Photovoltaic Design & Installation RNEW‑2000 3.0

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Course Descriptions

ATBC‑1700—Green Building—Design & Construction—Commercial—3.00 credit hours

´ Prerequisite: None

(formerly ATBC‑2911) ATBC‑1700 explores basic principles for testing decisions made in designing and constructing a green building for commercial or institutional use. Topics include green building assessment standards; sustainable sites and landscaping; materials selection; water, energy, and indoor environmental quality. (3 Contact Hours) South Campus.

AUTO‑1440—Hybrid Electric Vehicle Fundamentals—3.00 credit hours

´ Prerequisite: AUTO‑1000, AUTO‑1010, AUTO‑1030, AUTO‑1320, and AUTO‑1400

This course provides an introduction to Hybrid Electric Vehicles (HEV). Material covered includes hybrid batteries, regenerative braking, safety procedures, and hybrid maintenance and diagnostics. (4 contact hrs) South Campus.

AUTO‑2440—Hybrid Electric Vehicle Power Management—3.00 credit hours

´ Prerequisite: AUTO‑1440

This course is a study in the practical application of the Hybrid Electric Vehicle’s power management system. Areas of study will include computer controls of the Internal Combustion Engine (ICE) and electric power plant. Service procedures and diagnostic procedures will be covered. (4 contact hrs) South Campus.

RNEW‑1000—Introduction to Energy—3.00 credit hours

(formerly RNEW‑2911) RNEW‑1000 explores the physical, environmental, political, and social impact of energy. Topics include energy conservation, electric and thermal generation, materials, fossil fuels, nuclear energy, and energy alternatives. (3 contact hrs) South Campus.

RNEW‑1010—Renewable Energy Concepts—3.00 credit hours

RNEW‑1010 explores and investigates the sources, technologies, and applications of renewable energy. Topics include solar thermal and photovoltaic energy, wind energy, bioenergy, hydroelectricity, tidal and wave power, and geothermal resources. The focus is on technological principles, economic and environmental impact, integration, and policy. (3 contact hrs) South Campus.

RNEW‑1020—Introduction to Sustainability—3.00 credit hours

RNEW‑1020 provides an overview of the meaning, application, and impact that sustainable practices can have on “The Triple Bottom Line”: our economy, society, and environment. The focus will be to uncover the link that sustainable practices have on financial growth, developing a strong community, and ensuring protection of our environment. (3 contact hrs) South Campus.

RNEW‑1100—Principles of Wind Energy—2.00 credit hours

(formerly RNEW‑2912) RNEW‑1100 analyzes and evaluates wind energy. Topics include the source of wind, history and types of wind turbines, how wind turbines work, structure of a turbine system, issues involved in establishing a system including the challenges, advantages, and available resources. (2 contact hrs) South Campus.

RNEW‑1110—Wind Energy Lab—1.00 credit hours

RNEW‑1110 is a laboratory course that introduces students to the practical application of wind energy. A variety of hands‑on activities are included. (1 contact hrs) South Campus.

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RNEW‑1210—Solar Energy Lab—1.00 credit hours

RNEW‑1210 is a laboratory course that introduces students to the practical application of solar energy. A variety of hands‑on activities are included. (1 contact hrs) South Campus.

RNEW‑1300—Principles of Biomass Technology—2.00 credit hours

RNEW‑1300 analyzes and evaluates biomass technologies and bioenergy systems. Topics include the basic concepts of biomass, land use issues, historical role of biomass, woody and non‑woody biomass and secondary fuels. This course also discusses issues involved in biomass including the challenges, advantages, and available resources. (2 contact hrs) South Campus.

RNEW‑1310—Biomass Technology Lab—1.00 credit hours

RNEW‑1110 is a laboratory course that introduces students to the practical application of biomass energy. A variety of hands‑on activities are included. (1 contact hrs) South Campus.

RNEW‑1400—Principles of Geothermal Energy—2.00 credit hours

RNEW‑1400 analyzes and evaluates geothermal energy systems. Topics include the basic concepts of geothermal energy, plate tectonics, heat flow, and types of geothermal systems. This course also discusses issues involved in geothermal systems including the challenges, advantages, and available resources. Hands‑on activities are included. (2 contact hrs) South Campus.

RNEW‑1500—Principles of Hydrogen Fuel Cell Technology—4.00 credit hours

RNEW‑1500 analyzes and evaluates hydrogen fuel cell technology. Topics include hydrogen safety, storage, production, codes, regulations, and standards associated with hydrogen. This course also discusses the history of fuel cells, current applications, future use, fuel cell structures, operations, and classifications. Hands‑on activities are included. (4 contact hrs) South Campus.

RNEW‑1800—Energy Management Fundamentals—4.00 credit hours

RNEW‑1800 explores the field of energy management. Topics include energy analysis, benchmarking, evaluation of systems, auditing basics, survey instrumentation, system performance, efficiency, and optimization. (6 contact hrs) South Campus.

RNEW‑2000—Renewable Energy Power Systems—3.00 credit hours

´ Prerequisite: RNEW‑1100 and RNEW‑1200

RNEW‑2000 introduces students to renewable energy power systems, specifically wind and solar sources. It also presents an in‑depth task analysis for practitioners who specify, install, and maintain power generation systems. Topics include safety, design, and installation of residential stand‑alone, grid‑tied, and hybrid systems. (4 contact hrs) South Campus.

RNEW‑2200—Photovoltaic Design & Installation—3.00 credit hours

´ Prerequisite: RNEW‑2000

RNEW‑2200 is a hands‑on course that introduces students to the design and installation of photovoltaic systems. Topics include safety, site assessment, electrical and mechanical design, component installation, mounting configurations, system start‑up, and maintenance. (4 contact hrs) South Campus.