Course Curriculum

    1. Video: Welcome to the Sustainable Energy Technologies (SET) course

    2. Course Overview

      FREE PREVIEW

    3. Explaining the purpose of a Discussion Forum

    4. Explaining the purpose of Action Plans

    1. Video: Lesson 1 - Introduction to Electricity

    2. Lesson 1 - Presentation 1: Introduction to Electricity

    3. Read: Lesson 1 - Introduction to Electricity

    4. Explore: Lesson 1 - How electricity works

    5. Video: Lesson 1 - Electricity is a Secondary Energy Source

    6. Read: Lesson 1 - IRENA - Overview of renewable energy

    7. Read: Lesson 1 - Wind energy in Canada

    8. Writing Assignment: Lesson 1 - Introduction to Electricity

    9. Video: Lesson 1 - AC vs DC

    10. Explore: Lesson 1 - AC vs DC

    11. Video: Lesson 1 - Formulas for Measurement of energy

    12. Explore: Lesson 1 - Electricity Formulas

    13. Video: Lesson 1 - Key Concepts in Electricity

    14. Explore: Lesson 1 - Current Overview

    15. Quiz 1 - check your understanding

    16. Video: Lesson 2 - How Electricity is Generated

    17. Explore: Lesson 2 - Electromagnetic Induction

    18. Video: Lesson 2 - How Generators Work

    19. Video: Lesson 2 - Geothermal Generation

    20. Video: Lesson 2 - Nuclear Power Overview

    21. Video: Lesson 2 - Hydro Power Generation

    22. Explore: Lesson 2 - Clean Energy BC-Large Hydro

    23. Video: Lesson 2 - Coal and Gas Generation

    24. Video: Lesson 2 - Wind and Solar Generation

    25. Explore: Lesson 2 - Solar Energy Overview

    26. Lesson 2 - Power Generation

    27. Writing Assignment: Lesson 2 - Power Generation

    28. Quiz 2 - check your understanding

    29. Discussion Forum for Module 1 - Lessons 1 and 2 - Introduction to Renewable Energy, Electricity and Power Generation

    30. Assignment: Create Action Plan for Module 1 - Lessons 1 and 2 - Introduction to Renewable Energy, Electricity and Power Generation

    1. Lesson 3 - Transmission and Distribution

    2. Video: Lesson 3 - System Overview

    3. Video: Lesson 3 - What is Electricity Transmission? Overview

    4. Video: Lesson 3 - Transmission Losses

    5. Video: Lesson 3 - Substations

    6. Video: Lesson 3 - Distribution

    7. Read: Lesson 3 - Energy Transmission and Distribution Overview

    8. Read: Lesson 3 - Transmission performance analysis

    9. Video: Lesson 4 - Residential Distribution

    10. Read: Lesson 4 - Smart meter summary

    11. Video: Lesson 4 - How Smart Meters work

    12. Quiz 3 - Check your understanding

    13. Discussion Forum for Module 2 - Lessons 3 and 4: Transmission, Distribution and Smart City Fundamentals

    14. Assignment: Create Action Plan for Module 2 - Lessons 3 and 4: Transmission, Distribution and Smart City Fundamentals

    1. Read: Lesson 5 - Electricity and the Environment

    2. Video: Lesson 5 - Hydrogen Fuel Cells

    3. Writing Assignment: Lesson 5 - Path to Paris

    4. Read: Lesson 5 - Energy Storage

    5. Explore: - Climate Change 2013: The Physical Science Basis (not sure which link is valid below)

    6. Read: Lesson 5 - IPCC 2022 Report

    7. Quiz 4 - check your understanding

    8. Read: Lesson 6 - Energy storage systems and power system stability

    9. Read: Lesson 6 - AESO Energy Storage Roadmap

    10. Explore: Lesson 6 - How the Tesla Powerwall Works

    11. Lesson 6 - Reading 4: Compressed Air Energy Storage (CAES) Systems

    12. Read: Lesson 6 - Energy Storage in the UK

    13. Lesson 6 - Reading 6: An electricity System in Transition

    14. Written Assignment: Lesson 6 - Energy Storage

    15. Quiz 5 - check your understanding

    16. Discussion Forum for Module 3 - Lessons 5 and 6: Electricity and the Environment

    17. Assignment: Create Action Plan for Module 3 - Lessons 5 and 6: Electricity and the Environment

    1. Read: Lesson 7 - Solar Energy as a Resource - Overview

    2. Read: Lesson 7 - Alberta community solar guide

    3. Read: Lesson 7 - Variable Renewable Energy Grid Integration Studies

    4. Read: Lesson 7 - Solar Power Basics

    5. Read: Lesson 7 - Developing a Solar Farm

    6. Read Lesson 8 - Levelized Cost of New Generation Resources

    7. Read: Lesson 8 - Solar Economics

    8. Read: Lesson 8 - Solar Application and Approval Process

    9. Read: Lesson 8 - Estimating Energy Production

    10. Read: Lesson 8 - AUC-Three Nations Energy GP Inc.

    11. Read: Lesson 8 - AUC-C&B Alberta Solar Development ULC Tilley Solar Project

    12. Read: Lesson 8 - Acestes Ventures Ltd. Coaldale Solar Project

    13. Quiz 6 - check your understanding

    14. Writing Assignment: Lesson 8 - Solar energy as a resource

    15. Writing Assignment: Lesson 8 - Solar PV vs CSP

    16. Assignment: Create Action Plan for Lesson 7-8: Solar Energy Development

    17. Assignment: Create Action Plan for Module 4 - Lessons 7 and 8: Solar Energy Development

    1. Read: Lesson 9 - Site Selection for Wind Farm Installation

    2. Read: Lesson 9 - Levelized Cost and Levelized Avoided Cost of New Generation Resources in the Annual Energy Outlook 2020

    3. Read / Download - Estimating Wind Energy Production

    4. Read / Download - Developing a Wind Farm

    5. Read / Download - Wind Energy Development Best Practices for Community Engagement and Public Consultation

    6. Read / Download - Wind Economics

    7. Read / Download - Wind Energy as a Resource

    8. Read / Download - Application and Approval Process

    9. Read / Download - Wind Turbine Basics

    10. Read / Download - Offshore Wind Handbook

    11. Read / Download - Wind Technology Roadmap

    12. Student Discussion forum for Lesson 9-10: Wind Energy Development

    13. Assignment: Create Action Plan for Module 5 - Lessons 9 and 10: Wind Energy Development

About this course

  • 98 lessons
  • Standalone price $1,750
  • Included in any Corporate Subscription Plan

What are the benefits and who should enroll in a course about Sustainable Energy Technologies

Enrolling in a course about Sustainable Energy Technologies offers a range of benefits and is particularly relevant for individuals interested in contributing to the transition toward cleaner and more environmentally friendly energy solutions. Here are the benefits and the types of individuals who should consider enrolling in a course about Sustainable Energy Technologies:

Renewable Energy Professionals

BENEFITS:

Sustainable Energy Technologies courses provide in-depth knowledge of various renewable energy sources, technologies, and systems. Professionals in the renewable energy sector can stay updated on the latest advancements, ensuring they remain at the forefront of the industry.

Who Should Enroll:

Individuals working in the renewable energy sector, such as solar, wind, hydropower, and geothermal industries.

Engineers and Technologists

BENEFITS:

Sustainable Energy Technologies courses cover the design, implementation, and maintenance of renewable energy systems. Engineers and technologists can acquire specialized skills to contribute to the development and optimization of sustainable energy technologies.

Who Should Enroll:

Engineers and technologists looking to specialize in sustainable energy solutions.

Environmental Scientists and Researchers

BENEFITS:

Courses in Sustainable Energy Technologies provide insights into environmentally friendly energy solutions, allowing scientists and researchers to contribute to the development of sustainable practices and policies.

Who Should Enroll:

Environmental scientists and researchers interested in studying and mitigating the environmental impacts of energy production.

Policy Makers and Planners

BENEFITS:

A comprehensive understanding of Sustainable Energy Technologies is crucial for those shaping policies related to energy use and urban development. Courses in this field provide the knowledge needed to create and implement sustainable energy policies.

Who Should Enroll:

Individuals involved in energy policy development and urban planning.

Architects and Building Design Professionals

BENEFITS:

Sustainable Energy Technologies courses cover the integration of renewable energy systems into building designs. Architects can gain the skills needed to create energy-efficient and environmentally friendly structures.

Who Should Enroll:

Architects and building design professionals interested in incorporating sustainable energy systems into their projects.

Entrepreneurs and Business Owners

BENEFITS:

Understanding Sustainable Energy Technologies is essential for those seeking to launch or scale businesses in renewable energy. Courses provide insights into market trends, business models, and technological innovations in the sector.

Who Should Enroll:

Entrepreneurs and business owners looking to enter or expand their businesses in the sustainable energy sector.

Students and Researchers

BENEFITS:

Sustainable Energy Technologies courses offer a solid foundation for students entering the field. Researchers can deepen their knowledge and contribute to advancements in sustainable energy through academic pursuits.

Who Should Enroll:

Students and researchers interested in pursuing a career in sustainable energy.

Energy Managers and Consultants

BENEFITS:

Sustainable Energy Technologies courses equip energy managers with the knowledge to implement and recommend sustainable energy solutions. This can lead to improved energy efficiency and cost savings for businesses.

Who Should Enroll:

Energy managers and consultants responsible for optimizing energy consumption in various sectors.

Electricians and Technicians

BENEFITS:

Sustainable Energy Technologies courses provide hands-on training for the installation and maintenance of renewable energy systems. Electricians and technicians can expand their skill set to meet the growing demand for sustainable energy solutions.

Who Should Enroll:

Electricians and technicians interested in specializing in the installation and maintenance of sustainable energy systems.

In summary, a course on Sustainable Energy Technologies is beneficial for a broad range of professionals and individuals interested in contributing to a more sustainable and environmentally conscious energy future. The knowledge gained can lead to career advancement, entrepreneurial opportunities, and meaningful contributions to addressing global energy challenges.