Upon completion of the M.Sc. Degree Program in Renewable Energy Science our students will have gained the following professional competence:
- General Knowledge & Understanding
Graduates will be able to display advanced understanding of relevant scientific theories, ideas, methodologies and the newest technologies in renewable energy science, and use this new required knowledge to excel in their professional development, and gain sufficient competence to help provide solutions to our current and future energy problems.
- Specific Type of Knowledge
Graduates will acquire a solid foundation in the field of renewable energy science and technology, and will be equipped with the necessary theoretical and technical skills to advance its future use and potential. They will be able to demonstrate an advanced understanding of the technical and practical aspects of renewable energy utilization, methods of minimizing environmental impacts of energy use, and in energy economics and energy policies. They will also have a new appreciation for the interrelationship between the various disciplines necessary for successful execution of renewable energy projects, from the initial exploration to the stages of implementation and utilization.
- Practical Knowledge
Graduates will be able to use their required knowledge to perform a detailed feasibility studies, scientific analysis, and conduct research on renewable energies and technologies, from exploration, exploitation and technical aspects of utilization to environmental, social and economic considerations. They will be able to use this practical knowledge to support local industry and community organizations in utilizing renewable energy technologies, as well as help supporting increased use of renewable energies on a state-wide level. Focus is on applying innovative technical solutions to real-world problems.
- Theoretical Competence
Graduates will be able to use their advanced knowledge, newly required methodologies, analysis and problem-solving skills to demonstrate originality and find innovative solutions to new types of problems, or problems initiated by new conditions or circumstances. They will be able to evaluate which research methodologies and theoretical analysis applies in each case.
- Competence for Professional Cooperation, Information Evaluation, and Communication
Graduates will have the competence to take active part in professional partnerships and research networks focusing on renewable energy technologies and promote the use of renewable energy sources in different locations, as well as the ability to arrive at joint solutions to complex energy problems with professionals representing different disciplines. They will have the required skills to evaluate complex scientific information, and access its relevance for any particular energy-related problem. They will also have the ability to effectively communicate their knowledge, understanding and research results to the broader scientific community and the general public, using different mediums.
- Academic Competence
Graduates will have required all the needed academic competence to engage in and successfully execute a Ph.D. research.
