Electrical and Computer Engineering

Minor in Renewable and Sustainable Energy

Overview

The Minor in Renewable and Sustainable Energy provides students with fundamental knowledge and skills needed to pursue careers in the fields of smart grids, renewable energy generation and energy management systems. The minor is complementary with majors in Mechanical, Chemical, Industrial, Mechatronics, Computer, and Electrical Engineering. It also provides added value for students majoring in Civil Engineering, Petroleum Engineering, Business, Economics and Computer Science.

Program Objectives

Students that receive the Minor in Renewable and Sustainable Energy will have the theoretical and practical background to attain the following educational objectives within few years of graduation:

  1. Become leaders in the field of applied energy, championing sustainable energy solutions.
  2. Undertake forthcoming practical and research challenges for the betterment of society.

Student Learning Outcomes

By the time of the completion of the Minor in Renewable and Sustainable Energy, students are expected to:

  1. Apply engineering methods to design sustainable solutions to problems related to the generation and utilization of energy.
  2. Recognize and evaluate current developments within the multidisciplinary field of applied energy systems.
  3. Work effectively in and lead multidisciplinary teams.
  4. Exhibit strong oral and written communication skills.

Minor Eligibility and Requirements

Minor Eligibility

Students from the School of Engineering (SOE), School of Arts and Science (SAS), Adnan Kassar School of Business (AKSOB) and School of Architecture and Design (SArD) may choose to enroll in the Minor in Renewable and Sustainable Energy. Students can enroll in this Minor in their second year of study.

Minor Requirements

Minor Curriculum

     Choose one of the following courses:

  1. ELE300 – Electric Circuits (3 credits).
  2. ELE305 – Introduction to Electrical Engineering (3 credits).

      Choose one of the following courses:

  1. LAS203 – Sustainable Energy (3 credits).
  2. ENV200 – Introduction to Environmental Science (3 credits).
  3. GNE335 – Introduction to Sustainable Engineering (3 credits).

     Choose four of the following courses:

  1. ELE599D - Electricity Markets & Renewable Energy (3 credits).
  2. ELE529 - Design and Operation of Smart Grids (3 credits).
  3. ELE521 - Electrical Energy Storage Systems (3 credits).
  4. MEE505 - Solar System Design (3 credits).
  5. ELE526* - Renewable Energy Sources (3 credits).
  6. MEE500* - Renewable Energy (3 credits).

*: ELE526 and MEE500 cannot be taken together

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