Duration: 4 weeks

Level: Introductory

Language: English

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Module Overview:
 
With increasing emphasis on sustainability and energy efficiency, this module introduces participants to key energy concepts, methodologies, and practices. From understanding different forms of energy to exploring energy efficiency and renewable energy, participants will gain basic theoretical and practical knowledge necessary for promoting energy efficiency and achieving net-zero goals. This module is a comprehensive starter pack for future energy professionals.
 
Aims:
 

• Provide Comprehensive Knowledge of Energy and Sustainability: Offer participants a solid understanding of the principles of energy, energy efficiency, and renewable energy, and their critical role in achieving sustainability and net zero goals.

• perform preliminary energy audits, identify inefficiencies, and suggest energy-saving measures across different systems (electrical, mechanical, and thermal).Introduce Energy Auditing and Efficiency Practices: Equip participants with the skills to understand and

• Familiarize Participants with Renewable Energy Technologies: Introduce the key renewable energy technologies such as solar, wind, geothermal, and their potential in reducing carbon footprints.

• Highlight the Role of Energy Storage: Provide participants with knowledge of different energy storage technologies and their importance in stabilizing renewable energy supply and demand.

• Promote Water and Carbon Efficiency Awareness: Educate participants on the significance of water and carbon audits in reducing resource consumption and environmental impact.

• Enhance Understanding of Project Finance in Energy: Expose participants to the basics of energy project finance, including performance contracting, econometrics, and measurement and verification.

 
Objectives:
 
By the end of the program, participants will be able to:
 

1. Explain Fundamental Energy Concepts:

   • Define energy, power, and the different forms of energy.

   • Understand the importance of energy efficiency and renewable energy in mitigating climate change.

2. Differentiate Between Levels of Energy Audits:

   • preliminary energy audits (ASHRAE Level 1) and more detailed assessments (ASHRAE Level 2 and 3). Understand the key differences between

   • Identify inefficiencies in building systems and propose low-cost/no-cost improvements. 

3. Understand Renewable Energy Technologies:

   • Describe the functioning of solar, wind, geothermal, biomass, and hydropower systems.

   • Assess the role of renewable energy in achieving net zero emissions.

4. Assess Energy Efficiency in Systems:

   • Apply energy-saving measures in electrical, mechanical, and thermal systems to optimize performance and reduce environmental impact.

5. Evaluate Water and Carbon Efficiency:

   • Conduct basic water efficiency audits and recommend measures to reduce water consumption in buildings.

   • Understand basic carbon auditing processes and recommend carbon reduction strategies.

6. Understand Project Finance and Econometrics:

   • Apply basic project econometrics and financial principles to energy projects.

   • Understand the mechanisms of performance contracting and measurement and verification to ensure project success.

7. Communicate Findings and Recommendations:

   • Develop and present energy audit reports, including findings and recommendations, to different stakeholders.

 
 
Learning outcomes:
 
By the end of this internship program, participants should be able to:
 

• Understand the fundamentals of energy and power.

• Recognize various forms of renewable energy and their roles in achieving sustainability.

• Apply principles of energy and water efficiency in practical scenarios.

• Conduct basic energy and carbon audits and calculations.

• Comprehend the financial aspects of energy projects, including econometrics and performance contracting.

• Explore energy storage solutions and their importance in modern energy systems.

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Who can enroll: Final year or graduate students from Mechanical and Electrical Engineering