
Lappeenranta, Finland

Lappeenranta, Finland

Cost Of Living

Undergraduate Fees International Students

Post Graduate Fees International Students

LUT University is globally recognized for its strong focus on sustainability, clean energy, and technological innovation, making it one of the leading universities in Finland in environmental and energy research. The university is known for its interdisciplinary education model that integrates engineering, business, and technology to address global challenges such as climate change and renewable energy. LUT has strong partnerships with international universities and industries, providing students with excellent opportunities for internships, research projects, and global careers. It is also highly ranked internationally for its impact in sustainability and clean energy research, and emphasizes practical, industry-oriented learning combined with cutting-edge research, preparing graduates for leadership roles in future-focused industries.
Ilkka Paananen is the co-founder and former CEO of Supercell, the Finnish mobile gaming company behind global hits like ... View More
Ilkka Paananen is the co-founder and former CEO of Supercell, the Finnish mobile gaming company behind global hits like Clash of Clans and Clash Royale. He graduated from LUT in 2002 and helped build Supercell into a company valued at over $10 billion, making him one of Finland’s most influential tech entrepreneurs. View Less
Jari Lindström is a Finnish politician who served as Minister of Justice (2017–2019) and Minister of Employment (2015... View More
Jari Lindström is a Finnish politician who served as Minister of Justice (2017–2019) and Minister of Employment (2015–2017). He studied chemical engineering at LUT and later played a major role in Finland’s national government. View Less
Ossi Kakko is the CEO of Kempower, a company specializing in electric vehicle charging solutions. His leadership contrib... View More
Ossi Kakko is the CEO of Kempower, a company specializing in electric vehicle charging solutions. His leadership contributes to innovation and sustainability in green energy technologies. View Less
Kimmo Kanto is CEO of SRV Group, a major construction and real estate development company. He has led large-scale urban ... View More
Kimmo Kanto is CEO of SRV Group, a major construction and real estate development company. He has led large-scale urban infrastructure projects and contributed to modern city development. View Less
Hanna Holopainen is a member of the Finnish Parliament representing the Green League. She studied at LUT and has been ac... View More
Hanna Holopainen is a member of the Finnish Parliament representing the Green League. She studied at LUT and has been active in environmental and sustainability policy. View Less
Jussi Pekka Kasurinen is a Finnish researcher, software engineering scholar, and non-fiction writer. He completed both h... View More
Jussi Pekka Kasurinen is a Finnish researcher, software engineering scholar, and non-fiction writer. He completed both his MSc and PhD at LUT and has published extensively in software testing and programming education. View Less
Pasi Vainikka is the CEO and co-founder of Solar Foods, a company producing sustainable protein using innovative energy-... View More
Pasi Vainikka is the CEO and co-founder of Solar Foods, a company producing sustainable protein using innovative energy-based processes. He also received LUT’s Curious Alumni Award for his entrepreneurial contributions. View Less
LUT University provides modern and sustainable infrastructure designed to support advanced education, research, and student life. The university features state-of-the-art laboratories for energy, engineering, and environmental research, including specialized facilities for hydrogen technology, power-to-X systems, and circular economy innovation. Its campuses include smart classrooms equipped with digital learning technologies, research centers, innovation hubs, and collaborative workspaces that encourage interdisciplinary learning. LUT’s Green Campus is internationally recognized for its eco-friendly infrastructure, integrating renewable energy systems such as solar power plants, energy-efficient buildings, and sustainable water and waste management systems. The university also provides libraries, student housing, sports facilities, cafeterias, and modern student service centers, creating a well-equipped and supportive academic environment.
Student life at LUT University is vibrant, diverse, and highly supportive, offering a balance between academic studies and social activities. The university has an active student community with numerous student clubs, cultural associations, and academic organizations that organize events, networking sessions, and recreational activities throughout the year. Students can participate in sports, outdoor activities, and international events, helping them stay active and build friendships. The student union plays an important role in organizing festivals, orientation programs, and social gatherings, creating a welcoming environment for both Finnish and international students. LUT’s Green Campus also provides modern facilities, study spaces, cafés, and relaxation areas, ensuring students enjoy a comfortable and engaging campus experience.


LUT University offers strong campus recruitment opportunities through its close collaboration with industry, career services, and innovation platforms. The university connects students with employers through internships, thesis projects, trainee programs, and recruitment events organized on campus. Companies actively participate in student competitions, research collaborations, and recruitment fairs, allowing students to gain practical experience and industry exposure. LUT also uses national career platforms such as Aarresaari to help employers recruit students and graduates, while innovation support programs help commercialize research and strengthen ties between students and companies. These initiatives ensure that LUT graduates are well-prepared for employment in global industries.
The below information is required while
completing the university application :
International students applying to bachelor’s programs at LUT University must have completed an upper secondary (high school) qualification that makes them eligible for university studies in their home country. Applicants must submit academic transcripts, a secondary school certificate, passport copy, and proof of English proficiency such as IELTS (minimum 6.5), TOEFL iBT (minimum 90), or PTE Academic (minimum 62). Students must also meet academic criteria such as a minimum GPA requirement (typically around 70–80%) or submit SAT scores (around 1300) or pass the Online Mathematics Placement Test (OMPT), depending on the program. Some engineering programs require strong mathematics and science background.
Know moreLUT University offers strong campus recruitment opportunities through its close collaboration with industry, career services, and innovation platforms. The university connects students with employers through internships, thesis projects, trainee programs, and recruitment events organized on campus. Companies actively participate in student competitions, research collaborations, and recruitment fairs, allowing students to gain practical experience and industry exposure. LUT also uses national career platforms such as Aarresaari to help employers recruit students and graduates, while innovation support programs help commercialize research and strengthen ties between students and companies. These initiatives ensure that LUT graduates are well-prepared for employment in global industries.


LUT University has received several notable awards and recognitions for its excellence in sustainability and energy research. In 2009, its Green Campus initiative gained international recognition for promoting carbon-neutral and renewable energy solutions. In 2014, LUT earned global recognition for its research on 100% renewable energy systems. In 2017, the university secured major European Union funding for clean energy and circular economy research projects. In 2019, LUT established a strategic research partnership with Wärtsilä to advance renewable power and smart grid technologies. In 2021, LUT was ranked among the top global universities for climate action and sustainability impact. In 2023, the university gained international recognition through its collaboration with Solar Foods in developing Solein®, a sustainable protein innovation.


In 2024, LUT University continued to be recognized among Europe’s leading universities in energy research, sustainability, and green technology innovation, strengthening its global academic reputation.
In 2021, LUT University was ranked among the top universities globally for climate action and sustainability impact, reflecting its leadership in renewable energy research and environmental solutions.
In 2014, LUT University gained international recognition for its research demonstrating the feasibility of 100% renewable energy systems. Its scientific publications and energy models were widely cited and contributed to global climate and energy policy discussions.
LUT University has made significant contributions to innovation and research, particularly in sustainable energy and environmental technologies. In 2009, the university launched its Green Campus initiative to promote renewable energy and carbon-neutral solutions. In 2014, LUT began global research on 100% renewable energy systems, influencing international energy policies. In 2017, it collaborated with VTT Technical Research Centre of Finland to develop carbon capture and CO₂ conversion technologies. In 2019, LUT partnered with Wärtsilä to advance smart grids and renewable power systems. In 2023, LUT supported Solar Foods in developing Solein®, a sustainable protein made from carbon dioxide and renewable energy. In 2025, the university launched a major Power-to-X research facility focusing on hydrogen production and synthetic fuels, strengthening its global leadership in clean energy innovation.
In 2025, LUT University launched its largest Power-to-X research facility, focusing on hydrogen production, carbon capture, and synthetic fuel technologies. This facility supports industrial innovation, helps reduce greenhouse gas emissions, and strengthens LUT’s global leadership in sustainable energy research.
In 2024, LUT University advanced research in energy storage technologies, including thermal storage, hydrogen storage, and hybrid renewable energy systems. The university also applied artificial intelligence to optimize energy production, storage, and consumption, improving efficiency and grid reliability.
In 2023, LUT researchers collaborated with Solar Foods to support the development of Solein, a revolutionary protein made from carbon dioxide, water, and renewable electricity. This innovation allows food production without agriculture, reducing environmental impact and supporting global food security.
In 2021, LUT expanded its Power-to-X research programs, focusing on green hydrogen production and conversion into fuels, fertilizers, and chemicals. This research contributed to Europe's hydrogen economy development and supported carbon neutrality goals.
In 2020, LUT researchers successfully demonstrated technology to produce synthetic fuels using carbon dioxide, water, and renewable electricity. This innovation supports sustainable transportation by providing alternatives to fossil fuels, especially in aviation and heavy industry sectors.
In 2019, LUT University collaborated with Wärtsilä to develop advanced renewable energy systems and smart power grids. The project focused on flexible power generation, energy storage, and grid stability. This innovation helped industries and governments plan reliable renewable electricity systems and accelerate the global energy transition.
In 2017, LUT University partnered with VTT Technical Research Centre of Finland to develop technologies for converting industrial carbon dioxide emissions into useful products such as plastics, fuels, and chemicals. This research helped reduce industrial emissions and contributed to circular economy solutions by turning waste carbon into valuable materials.
In 2014, LUT researchers began major global energy modelling projects to demonstrate the feasibility of transitioning to 100% renewable energy systems. These models analyzed solar, wind, storage, and grid integration technologies. The research influenced global energy policy discussions and provided scientific evidence supporting renewable-based electricity systems worldwide.
In 2009, LUT University launched its internationally recognized Green Campus initiative, transforming its campus into a real-world laboratory for renewable energy and sustainable solutions. The project integrated solar power plants, energy-efficient buildings, and sustainable water and waste management systems. This innovation helped the university become a global model for carbon-neutral campuses and practical sustainability research.

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