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Mission

Course Description: A Master's thesis within the Master of Science in Renewable Energy Engineering program is a research-based course spanning two semesters. The course is designed to provide students with an opportunity to conduct independent and original research in the field of renewable energy engineering and energy efficiency. Furthermore, it aims to develop a deep understanding of advanced engineering concepts and research methodologies, and the ability to apply them to real-world problems. Each Master's student is assigned a supervisor who guides the student's research tasks, including the research proposal, interim report, thesis editing/review, and thesis defense.

Credits: 6

Objectives of the course :

Provides students with in-depth knowledge and expertise in a specific field.
It allows for independent research and innovation in renewable energy engineering and energy efficiency.
Enhances problem-solving skills by tackling complex engineering challenges.
Preparing students for professional growth in this field.
Encourages intellectual creativity and critical thinking.
Instilling ethics and responsibility in research.
It helps students effectively disseminate research findings.
Enhances understanding of international standards and practices in renewable energy and energy efficiency.

Course outputs :

1.1 Uncover a deep and specialized body of knowledge and understanding covering theories, principles, and concepts in the field of renewable energy engineering and energy efficiency.
1.2 Demonstrate knowledge and understanding of the processes, materials, techniques, practices, conventions, and/or terminology relevant to renewable energy engineering and energy efficiency.
1.3 Express advanced knowledge and understanding of recent developments in renewable energy engineering and energy efficiency.
1.4 Demonstrate knowledge and understanding of a range of established and specialist research and/or inquiry techniques in the field of renewable energy engineering and energy efficiency.
2.1 Application of specialized theories, principles, and concepts in advanced frameworks in the field of renewable energy engineering and energy efficiency.
2.2 Problem-solving in complex and advanced viewpoints in the field of renewable energy engineering and energy efficiency.
2.3 Critically evaluate, review, and reflect on key concepts, principles, and theories; and provide creative solutions to current issues and problems in advanced contexts within the field of renewable energy engineering and energy efficiency.
2.4 Conducting scientific research using specialized research and inquiry methodologies in the fields of renewable energy engineering and energy efficiency.
2.5 Use and apply advanced and specialized tools, materials, processes, and techniques to handle complex and advanced practical activities in the field of Renewable Energy Engineering and Energy Efficiency.
2.6 Implementing advanced practical tasks and procedures in specialized fields related to renewable energy engineering and energy efficiency.
2.7 Communicating in various forms to disseminate knowledge, skills, research outcomes, and innovations related to renewable energy engineering and energy efficiency.
2.8 Quantitatively and/or qualitatively processing data and information in complex and advanced contexts appropriate for Renewable Energy Engineering and Energy Efficiency.
2.9 Select and adapt advanced technological tools, applications, information, and digital communication technologies to process and analyze a variety of datasets and information to support and drive pioneering research related to renewable energy engineering and energy efficiency.
3.1 Demonstrate integrity and professional and academic values when dealing with various issues.
3.2 Commencing career planning for learning and/or work, professional development, and participation in academic and/or professional strategic decisions, with high autonomy.
3.3 Effectively manage tasks and activities in mechanical engineering and related disciplines with complete independence.
3.4 Active participation in research or professional projects, undertaking leadership roles, and taking high responsibility at work.
3.5 Contribution to the development of community quality of life.

Additional information:

Last updated: 2026-05-05