Study Nano Energy in Europe

The program includes core courses in reactor physics, radiation protection, safety, and thermal-hydraulics. Students can choose from optional topics like nuclear fuels, small reactors, and Generation IV technologies. A final research-based degree project completes the program in Year 2.

Applicants need a bachelor’s degree with at least 25 ECTS in math and programming (including partial differential equations and programming), and 20 ECTS in physics. English proficiency must be demonstrated through an IELTS score of 6.5 or a TOEFL score of 90. Full application documents must be submitted as instructed.

The program includes one of three profiles: Energy in Buildings and Cities, Clean Conversion Technologies, or Energy System Analysis. Students take core courses in renewable energy, power generation, and sustainable systems. Year 2 includes specialization and a 30-credit master's thesis.

A bachelor’s degree in mechanical or chemical engineering (or equivalent) is required, with courses in thermodynamics (6 ECTS), heat transfer (4 ECTS), and fluid mechanics (6 ECTS). English proficiency must match Swedish course English 6, proven by TOEFL (90), IELTS (6.5), or equivalent. All required documents must be submitted via University Admissions.

This two-year master's program offers in-depth knowledge in sustainable chemical engineering, with three terms of coursework followed by a thesis. Students must take at least two conditionally elective courses such as Chemical Reaction Engineering, Separation Processes, or Industrial Energy Processes. Year two includes Process Design for Industry and Society and a 30-credit thesis project.

To be eligible for this master's program, applicants must hold a bachelor's degree equivalent to 180 ECTS credits in Chemistry or a closely related subject. The degree must include at least 75 ECTS credits in Chemistry and Chemical Engineering (with a minimum of 22.5 ECTS in Chemical Engineering), 20 ECTS in Mathematics, and 9 ECTS in Numerical Analysis or Computer Science. English proficiency is required, equivalent to Swedish upper secondary course English 6, which can be demonstrated with an IELTS score of 6.5 or a TOEFL score of 90.

This program includes two semesters of coursework and one semester dedicated to the Master’s dissertation. In the first term, students complete five core courses in energy systems, economics, and project management. In the second term, they continue with three core courses and choose two electives (12 ECTS) in areas such as law, forecasting, or sustainability. The final semester is devoted to an independent dissertation applying theory to real-world energy-related challenges.

Applicants must hold an undergraduate degree in Business, Economics, Engineering, Geotechnical or Natural Sciences from a recognized university. They must also demonstrate English proficiency at C1 level through an accepted language certificate. Graduates from English-taught universities are exempt from this requirement.

This program includes two semesters of coursework and one semester for the Master’s dissertation. Students take eight core courses in energy systems, HVAC, project management, and building performance simulation. In the second semester, they select two electives (12 ECTS) such as Smart Cities, Life Cycle Assessment, or Renewable Energy Systems. The final semester is dedicated to a research-based dissertation applying their acquired knowledge to real-world energy and design challenges.

Applicants must hold an undergraduate degree in Engineering, Geotechnical, or Natural Sciences. They are also required to provide proof of English language proficiency at a minimum of C1 level. This can be demonstrated with a recognized certificate or a degree from an English-taught university.

This program includes core courses in simulation, energy conversion, project management, and smart cities, followed by a choice of electives in areas like biofuels, solar and wind power, and energy law. Students customize their learning with two elective courses (12 ECTS) in the second term. The third semester is dedicated to a Master's dissertation addressing a real-world energy challenge. The program emphasizes both technical knowledge and applied research.

Applicants must hold an undergraduate degree in Engineering, Geotechnical, or Natural Sciences from a recognized university. Proof of English proficiency at C1 level is required through an accepted certificate. Candidates with a degree from an English-speaking university are exempt from providing a language certificate.