Masters Program of Renewable Energy Engineering
31 Aug, 2026Application Deadline
SepStarting Month
Programme overview
Main Subject
Engineering - General
Degree
MEng
Study Level
Master's
Study Mode
On Campus
The Master’s Program in Renewable Energy Engineering at Universitas Muhammadiyah Malang (UMM) offers an advanced, research-driven curriculum designed to train future leaders, engineers, and researchers in clean energy technologies and sustainable energy transition. Accredited for academic excellence, the program equips postgraduate students with specialized knowledge in solar photovoltaics, micro-hydro power, bioenergy, wind energy systems, and smart grid integration.
A key highlight of studying renewable energy engineering at UMM is direct access to the university’s unique "living laboratories." UMM proudly operates its own functional micro-hydro power plants (PLTMH) and solar energy installations, allowing graduate scholars to conduct empirical research, real-time performance analysis, and practical engineering design on real-world industrial systems.
The curriculum balances advanced technical modeling, computational simulation, and energy economics with environmental policy and sustainable development strategy. Taught by distinguished faculty members and industry practitioners in an English-friendly academic environment, students are mentored to publish high-impact research in Scopus-indexed journals and participate in international clean tech conferences.
Graduates of UMM’s Master’s Program in Renewable Energy Engineering are well-prepared for dynamic global careers as renewable energy consultants, research scientists, sustainability project managers, and energy policy advisors across multinational corporations, governmental agencies, and international research organizations. Join UMM to spearhead the global transition toward a sustainable energy future.
A key highlight of studying renewable energy engineering at UMM is direct access to the university’s unique "living laboratories." UMM proudly operates its own functional micro-hydro power plants (PLTMH) and solar energy installations, allowing graduate scholars to conduct empirical research, real-time performance analysis, and practical engineering design on real-world industrial systems.
The curriculum balances advanced technical modeling, computational simulation, and energy economics with environmental policy and sustainable development strategy. Taught by distinguished faculty members and industry practitioners in an English-friendly academic environment, students are mentored to publish high-impact research in Scopus-indexed journals and participate in international clean tech conferences.
Graduates of UMM’s Master’s Program in Renewable Energy Engineering are well-prepared for dynamic global careers as renewable energy consultants, research scientists, sustainability project managers, and energy policy advisors across multinational corporations, governmental agencies, and international research organizations. Join UMM to spearhead the global transition toward a sustainable energy future.
Programme overview
Main Subject
Engineering - General
Degree
MEng
Study Level
Master's
Study Mode
On Campus
The Master’s Program in Renewable Energy Engineering at Universitas Muhammadiyah Malang (UMM) offers an advanced, research-driven curriculum designed to train future leaders, engineers, and researchers in clean energy technologies and sustainable energy transition. Accredited for academic excellence, the program equips postgraduate students with specialized knowledge in solar photovoltaics, micro-hydro power, bioenergy, wind energy systems, and smart grid integration.
A key highlight of studying renewable energy engineering at UMM is direct access to the university’s unique "living laboratories." UMM proudly operates its own functional micro-hydro power plants (PLTMH) and solar energy installations, allowing graduate scholars to conduct empirical research, real-time performance analysis, and practical engineering design on real-world industrial systems.
The curriculum balances advanced technical modeling, computational simulation, and energy economics with environmental policy and sustainable development strategy. Taught by distinguished faculty members and industry practitioners in an English-friendly academic environment, students are mentored to publish high-impact research in Scopus-indexed journals and participate in international clean tech conferences.
Graduates of UMM’s Master’s Program in Renewable Energy Engineering are well-prepared for dynamic global careers as renewable energy consultants, research scientists, sustainability project managers, and energy policy advisors across multinational corporations, governmental agencies, and international research organizations. Join UMM to spearhead the global transition toward a sustainable energy future.
A key highlight of studying renewable energy engineering at UMM is direct access to the university’s unique "living laboratories." UMM proudly operates its own functional micro-hydro power plants (PLTMH) and solar energy installations, allowing graduate scholars to conduct empirical research, real-time performance analysis, and practical engineering design on real-world industrial systems.
The curriculum balances advanced technical modeling, computational simulation, and energy economics with environmental policy and sustainable development strategy. Taught by distinguished faculty members and industry practitioners in an English-friendly academic environment, students are mentored to publish high-impact research in Scopus-indexed journals and participate in international clean tech conferences.
Graduates of UMM’s Master’s Program in Renewable Energy Engineering are well-prepared for dynamic global careers as renewable energy consultants, research scientists, sustainability project managers, and energy policy advisors across multinational corporations, governmental agencies, and international research organizations. Join UMM to spearhead the global transition toward a sustainable energy future.
Admission Requirements
31 Aug 2026
Sep
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