Curriculum

The Joint Master’s Program in Clean Technologies Management is offered by the University of the Peloponnese in collaboration with international academic partners. It provides advanced education in an interdisciplinary and internationally oriented learning environment.

Program Philosophy

The Program is designed according to European higher education standards and follows the European Credit Transfer and Accumulation System (ECTS), ensuring transparency, comparability, and international recognition.

  • Student-centered learning approach
  • Integration of theory and practice
  • Focus on research and innovation
  • International and intercultural perspective

Curriculum Design

The curriculum combines theoretical instruction, applied learning, and research-oriented activities.

  • Core modules providing fundamental knowledge
  • Specialised modules covering advanced topics
  • Research methods and analytical tools
  • Practical applications and case studies

Teaching and Learning Approach

Teaching methods are designed to promote active learning and engagement.

  • Lectures and seminars
  • Workshops and case studies
  • Project-based learning
  • Individual and group assignments

Digital learning platforms and modern technologies support flexible and interactive learning.

International Dimension

The Program is developed through collaboration with international partner institutions, enhancing academic quality and providing exposure to diverse perspectives.

  • International teaching staff
  • Intercultural learning environment
  • Opportunities for academic collaboration

Assessment

Student performance is evaluated through a combination of methods:

  • Written examinations
  • Research papers
  • Presentations
  • Project reports
  • Continuous assessment

Master’s Thesis

The Master’s Thesis is a key component of the Program and is completed under academic supervision.

  • Application of theoretical knowledge
  • Development of research skills
  • Data analysis and interpretation
  • Scientific presentation of results

Learning Environment

Students benefit from a supportive academic environment with access to:

  • Digital learning platforms
  • Academic libraries and research resources
  • Administrative and technical support

Career Prospects

Graduates acquire advanced knowledge and skills that prepare them for:

  • Industry and technology sectors
  • Public and private organizations
  • Research institutions
  • International environments

The Program also provides a strong foundation for doctoral studies.