MSc Renewable Energy Engineeri - Mediterranean C

The MSc Renewable Energy Engineering provides students with the necessary knowledge and skills to join the world of RES and prepare their professional career in this cutting-edge field.

Why Choose This Course

We have the longest experience in the sector, being the first College in Greece to offer a Mechanical Engineering university degree.
This is the only postgraduate study programme in Renewable Energy Sources (RES) and Hydrogen Technologies in Greek private education.
Our MSc degree is awarded by the top-ranked UK university in Greece and TOP26 University in the UK (Guardian Guide, 2020).
It has a clear orientation to the real needs of the Greek RES market and links to green energy companies.
The programme responds to the needs of working professionals: flexible or blended study, assessment through project-based assignments.
You will be taught by experienced lecturers, active professionals, and research Engineers specialising in RES and Hydrogen Technologies.
You will develop the necessary technical skills for a career in the sector in Greece & abroad.
You will conduct your own original research, with the opportunity of publication in the proceedings of international conferences and scientific journals.

Admission Requirements

The MSc Renewable Energy Engineering is ideal for you if you hold an undergraduate degree in any Engineering discipline or any related field with strong technical content.
If you do not have the formal qualifications but have proven technical experience as a professional, we encourage you to apply to the programme.
The required level of English corresponds to IELTS 6.5 (B2 +) or equivalent.
If you do not have a language proficiency certificate, you will be taking the College English Language Test.
You will be asked to submit a CV, letters of recommendation from employers or teachers and you will be invited to an academic interview with the Programme Leader.

Courses

Applied Thermodynamics, Heat Transfer & Fluid Mechanics
Investment Appraisal and Entry Barriers to Renewable Energy
Renewable Energy Systems 1: Solar Systems, Biomass & Geothermal Energy
Renewable Energy Systems 2: Wind Power & (small) Hydropower
Energy Conversion: Electric Power
Energy Conservation and Management (Optional)
Structure & Maintenance of Renewable Energy Plants (Optional)
Hydrogen Technologies (Optional)
Independent Scholarship

Academic Team

Yannis Caralis, Programme Leader, MSc Renewable Energy Engineering
Dr. George Anastasopoulos
Konstantinos Aspiotis, PhDc.
George Mitsopoulos, PhDc.

Testimonials

"I'd never go anywhere else, because I would be bored, there's so much things to do as a mature student, the college is amazing, the people are great and you never get bored!" - Andreas Lazarides, BSc (Hons) in Civil Engineering
"My experience at the College taught me many things that will help me in my professional career. Among those things are consistency and an ethical approach to the work place." - Diogenis Vakontios, BSc (Hons) Mechanical Engineering
"An exciting period of my life came to an end. It was three unforgettable years through which I gained the necessary knowledge on the subject of Mechanical Engineering." - Aggelos Fois, BSc (Hons) Mechanical Engineering

Partners

Helmepa, the Hellenic Marine Environment Protection Association

Resources

University of Derby
English
October & February
1 or 2 years (90 ECTS)

Program Outline

Degree Overview:

MSc Renewable Energy Engineering

This program provides students with the expertise and skills to enter the world of renewable energy and prepare for a professional career in this cutting-edge field. It focuses on the Greek RES industry needs and equips students with highly sought-after know-how and skills. The program is designed in collaboration with the University of Derby, a TOP26 UK University, and offers a curriculum aligned with the modern needs of the energy sector.

Objectives:

Provide students with comprehensive knowledge and skills in analyzing, designing, and implementing renewable energy systems and hydrogen technologies.
Familiarize students with basic concepts and principles of renewable energy sources.
Equip students with advanced modeling, design, and development skills for various renewable energy technologies.
Help students understand the challenges of RES integration in the wider power generation system.
Introduce students to modern energy fields like smart electricity grids and energy storage systems.
Train students in the fundamentals of energy economics and methods for evaluating small-scale energy investments.
Help students specialize in areas like hydrogen technologies, energy conservation, and sustainable building practices.

Program Description:

The program delves into diverse renewable energy systems like solar, wind, biomass, geothermal, and small hydropower. It covers topics like:

Photovoltaic systems and their components
Solar thermal and hybrid systems
Biomass conversion processes
Geothermal energy principles and technologies
Wind power and wind turbine technologies
Design and operation of small-scale hydroelectric projects
Principles of electric power generation, transmission, and distribution
Smart electricity grids and advancements in energy storage systems
Energy conservation and management in buildings
Design and maintenance of renewable energy plants
Hydrogen production, storage, distribution, and utilization

Assessment:

The MSc Renewable Energy Engineering utilizes a variety of assessment methods throughout the program to evaluate student learning outcomes. These methods may include:

Coursework assignments: Individual or group projects demonstrating students' ability to apply learned knowledge and skills.
Presentations: Delivering presentations based on research or project work to develop communication and analytical skills.
Portfolios: Compiling individual work, showcasing students' progress and development throughout the program.
Independent scholarship/dissertation: Completing a research project on a chosen topic in renewable energy, demonstrating research skills and in-depth subject knowledge.

Teaching:

The program employs diverse teaching methods to engage students and promote active learning. These methods include:

Interactive lectures: Delivering engaging presentations and facilitating discussions to introduce key concepts and theories.
Group discussions and seminars: Fostering active participation and knowledge exchange among students on specific topics.
Tutorials and workshops: Providing individual or small group support, clarifying concepts, and applying theoretical knowledge to practical problems.
Case study analysis: Examining real-world scenarios and challenges related to renewable energy to develop problem-solving and critical thinking skills.
Site visits and industry placements: Offering practical experience and on-site learning opportunities in renewable energy companies and installations.

Careers:

Graduates of the program are well-equipped for a variety of career paths in the renewable energy sector, including:

Renewable energy system designers and engineers
Project managers for renewable energy installations
Consultants and advisors for companies and organizations in the renewable energy field
Researchers and developers in renewable energy technologies
Policy and regulatory analysts in the renewable energy sector
Educators and trainers in renewable energy-related fields

Other:

The program accepts applications throughout the year until all places are filled.
Flexible study options are available, including blended learning and project-based assessments.
Students are taught by experienced lecturers, active professionals, and research engineers specializing in renewable energy and hydrogen technologies.
The program provides opportunities to conduct original research, with the potential for publication in international conferences and journals.
The program offers tuition discounts and collaborates with companies for potential employee training.

Conclusion:

The MSc Renewable Energy Engineering provides a comprehensive and cutting-edge education in the field of renewable energy.