Program Overview
The Energiatekniikka, DI program equips students with the skills to become energy sector professionals. Graduates gain expertise in applied thermodynamics, internal combustion engine technology, and renewable energy sources. They develop critical thinking, research abilities, and industry knowledge, preparing them for careers in energy production, design, and research. The program's strong industry connections provide excellent employment prospects, particularly in Vaasa, Finland's energy hub.
Program Outline
Degree Overview:
The Energiatekniikka, DI program aims to provide students with the qualifications necessary to become energy sector professionals. The program focuses on applied thermodynamics, internal combustion engine technology, and renewable energy sources. Upon completion of the DI degree, graduates will be able to evaluate and compare energy production methods from technical and economic perspectives, consider energy production alternatives, calculate energy balances and emissions, and design, investigate, and simulate energy technology equipment, processes, and systems, including fuels and emission reduction systems. Graduates will also gain an understanding of the industry's business fundamentals and stakeholders.
Teaching:
The program employs a variety of teaching methods, including lectures, collaborative problem-solving, seminars, simulations, laboratory demonstrations, and small group work. The Technobothnia teaching laboratory and the internationally recognized VEBIC research laboratory provide a unique learning environment for engineering students. Strong relationships with industry and research projects further enhance the program.
Careers:
Graduates of the Energiatekniikka, DI program enjoy excellent employment prospects. The program prepares students for careers in the energy sector, particularly in Vaasa, Finland's energy capital. The university collaborates closely with regional businesses, allowing students to establish connections with potential employers during their studies. Graduates contribute to the development of new energy solutions, addressing societal energy challenges, ensuring business competitiveness, and safeguarding jobs.
