Master's in Energy Engineering
University of Vaasa
Technology
International Excellence Scholarship
N/A
Contact the university
14000
Semester
6.5
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2
Wolffintie 32, 65200 Vaasa, Finland, Finland
Energy Engineering focuses on the production, conversion, management, and efficient use of energy. Students study renewable energy, energy systems, power generation, energy efficiency, sustainability, and energy management. The program develops technical, analytical, and problem-solving skills for designing efficient energy solutions and supporting the transition toward sustainable and reliable energy systems.
Merit-based Scholarships
Finland
University: University of Vaasa
Early Bird Last Date: 2026-09-18
Scholarship Amount: €4,000
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“Combines global trade and strategy with international HR, talent development, cross-cultural management and organisational leadership skills.”
“Combines global strategy and trade with data analysis, forecasting and industry experience through applied projects and professional practice.”
Blends global business strategy, trade and cross-cultural management with data analysis, forecasting and digital decision-making skills.”
“Combines global trade, cross-cultural management and international strategy with practical industry experience and applied business projects.”
“Covers global trade, cross-cultural management, international marketing, finance, strategy and operations in multinational contexts.
“Focuses on post-conflict justice, human rights protection, accountability, reparations, truth commissions and legal reform in divided societies.”
“Explores international human rights law, justice mechanisms, equality, humanitarian protection, advocacy and legal accountability worldwide.”
“Examines gender justice, equality law, international human rights frameworks, feminist legal theory, and protections against discrimination.”
“Explores literary theory, critical analysis, historical and contemporary texts, cultural contexts, and advanced research in English literature.”
“Examines advanced battery systems, renewable integration, storage technologies and applied research to develop sustainable energy solutions.”
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Semester Semester
1 year
59(with no section less than 59)
18143
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