
Stockholm, Sweden

Stockholm, Sweden

Cost Of Living

Undergraduate Fees International Students

Post Graduate Fees International Students

KTH distinguishes itself with its strong engineering and technology focus, combined with significant industry ties, international collaboration and a multidisciplinary approach converging science, technology and innovation. According to the THE profile, over half its graduates secure a first job offer before completing their degree.
Co-founder and CEO of Spotify, Daniel Ek studied engineering at KTH before launching his entrepreneurial career. He revo... View More
Co-founder and CEO of Spotify, Daniel Ek studied engineering at KTH before launching his entrepreneurial career. He revolutionised the global music industry with a streaming-based model that reshaped artist compensation and listener habits, making Spotify one of the world’s most influential tech companies. View Less
A physicist and engineer trained at KTH, Fuglesang became Sweden’s first astronaut, flying on two NASA Space Shuttle m... View More
A physicist and engineer trained at KTH, Fuglesang became Sweden’s first astronaut, flying on two NASA Space Shuttle missions (STS-116 and STS-128). His research in particle physics and space technology exemplifies the intersection of science and exploration promoted at KTH. View Less
Swedish-American cosmologist, MIT professor, and author of Life 3.0. A graduate of KTH, Tegmark is recognised for his wo... View More
Swedish-American cosmologist, MIT professor, and author of Life 3.0. A graduate of KTH, Tegmark is recognised for his work on cosmology, AI ethics, and mathematical universe theory. His career bridges theoretical physics and public engagement with AI’s future societal impact. View Less
Mechanical engineer and co-founder of Volvo Cars, Larson studied engineering at KTH before co-designing the first Volvo ... View More
Mechanical engineer and co-founder of Volvo Cars, Larson studied engineering at KTH before co-designing the first Volvo in 1927. His engineering precision and focus on safety became foundational to Volvo’s global reputation. View Less
Often called the “Match King,” Kreuger graduated from KTH as a civil engineer and became one of Sweden’s most powe... View More
Often called the “Match King,” Kreuger graduated from KTH as a civil engineer and became one of Sweden’s most powerful industrialists and financiers in the early 20th century. His innovative (and controversial) global financing model reshaped international capital markets. View Less
Actor, martial artist, and chemical engineer, Lundgren earned his chemical-engineering degree from KTH before pursuing a... View More
Actor, martial artist, and chemical engineer, Lundgren earned his chemical-engineering degree from KTH before pursuing acting. His technical background and discipline contributed to his image as both a scholar and Hollywood action star, famous for films like Rocky IV. View Less
Computer scientist and creator of the Erlang programming language, Armstrong studied at KTH and later became a key figur... View More
Computer scientist and creator of the Erlang programming language, Armstrong studied at KTH and later became a key figure in distributed computing. Erlang has been widely used in telecommunications and large-scale fault-tolerant systems worldwide. View Less
Iranian-Swedish computer scientist and entrepreneur, CEO and co-founder of Databricks, a global leader in data-analytics... View More
Iranian-Swedish computer scientist and entrepreneur, CEO and co-founder of Databricks, a global leader in data-analytics and AI platforms. Ghodsi studied computer science at KTH and later became a researcher at UC Berkeley before launching Databricks. View Less
Physicist and engineer, former Head of Research at Ericsson and Director of Strategic Research at Wallenberg AI, Autonom... View More
Physicist and engineer, former Head of Research at Ericsson and Director of Strategic Research at Wallenberg AI, Autonomous Systems and Software Program (WASP). A KTH alumna, she exemplifies leadership in applied research and industrial innovation. View Less
Professor of robotics and computer vision at KTH and member of the Swedish Royal Academy of Sciences. A KTH alumna, she ... View More
Professor of robotics and computer vision at KTH and member of the Swedish Royal Academy of Sciences. A KTH alumna, she has advanced robotics research integrating machine perception and human–robot interaction, influencing both academia and applied AI. View Less
KTH’s infrastructure is extensive and modern, spanning multiple campuses in the Stockholm region (including the main campus in Östermalm, and others such as Kista, Södertälje and Flemingsberg) with state-of-the-art laboratories, workshops, research-facilities and studios. For instance, the university hosts national research infrastructures such as data-analysis/visualisation installations and microscopy centres. Furthermore, specialist facilities exist such as wind tunnels, materials testing laboratories, motion-/vibration testing suites in the Sports Engineering domain.
Student life at KTH is enriched by its urban setting in Stockholm and the multiple campus-locations offering intercultural, tech-driven, and student-centred experiences. According to the handbook for international students, students are part of a “community of best intellects, facilities and environment” where the university aims for them feeling at home. Additional sources mention on-campus facilities like gyms and recreation being accessible to students.


KTH offers a dedicated “Career support” service for students: seminars on job applications and the Swedish labour market, a mentor programme (KTH Mentor Program) connecting students with alumni, and regular events and job postings. The service supports students in planning their career path, preparing job applications and understanding post-study work opportunities.
The below information is required while
completing the university application :
General Requirements
Applicants must have completed upper secondary/ high school education (or equivalent) that qualifies for university admission in their country.
For specific programmes (especially those in engineering, ICT), additional subject prerequisites often apply — e.g., mathematics and physics at certain levels.
English proficiency: Studies in English-language instruction or an approved English test may be required (depending on country and prior education).
Application process: You apply through the Swedish national portal (University Admissions), select the programme, and submit required documents and any application fee (for non-EU/EEA students).
Key Deadlines and Procedure
For international bachelor applications: Typically application window opens in mid-October, closes on 15 January; supporting documents must be submitted by early February.
Non-EU/EEA applicants pay an application fee (SEK 900) unless exempt.
Know moreN/a


KTH has achieved high international rankings and enhanced research output and impact in recent years. For example, it improved its position in the Times Higher Education (THE) World University Rankings in 2023 by moving into the range 155th globally thanks to stronger research-teaching performance and citation impact. KTH also awards numerous internal prizes for innovation and industrial collaboration, such as the “KTH Innovation Award” and “KTH Great Prize”.


The main building of KTH, originally opened in 1917, undergoing renovation from 1993–1996, was awarded Sweden’s architectural prize “Guldstolen” in 2024, reflecting the institute’s commitment to world-class infrastructure and design.
KTH improved its performance in the Times Higher Education World University Rankings 2023, reaching approximately 155th globally due to enhanced research output, teaching quality and citation impact.
Four research projects at KTH were awarded European Research Council Consolidator Grants in this year, showcasing the institute’s strong performance in attracting high-level European research funding.
The R1 reactor was built beneath the KTH campus in Stockholm and became Sweden’s first nuclear reactor for research and isotope production, initially rated at 300 kW and later upgraded to 1 MW.
The KTH Great Prize is an annual award administered by KTH to honour individuals for outstanding innovation, applied scientific research, or artistic contribution — reflecting the institute’s commitment to applied excellence.
The university is actively involved in high-impact engineering research, technology transfer, and innovation ecosystems. Its R&D efforts span across multiple engineering disciplines and feed into global challenges. KTH’s partnerships, strong citation impact, and major prizes underline its commitment to innovation leadership.
Developed by Baltzar von Platen and Carl Munters while students at KTH, this refrigeration technology operated without a mechanical pump and instead used heat (from kerosene, propane, electricity etc.) to drive an absorption cycle. It was commercialised via ABArctic and later by Electrolux for global markets.
Tell me about their Notable Achievements in this order Achievement Name, Achievement Year and Acheievment Description Located beneath KTH’s Valhallavägen campus, the reactor R1 achieved criticality on 13 July 1954. It served as Sweden’s first nuclear reactor for research and isotope production, with initial power of 300 kW (later 1 MW).
Invented by Ernst Alexanderson, who studied at KTH, this device was an early high-frequency alternator used for long-wave radio transmission, enabling trans-oceanic wireless communication in the early 20th century.

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