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Delft, Netherlands
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Post Graduate Fees International Students
The below information is required while
completing the university application :
Completed Online Application Form – Applicants must fill in all the required details accurately through the official TU Delft online application portal.
Secondary School Diploma / High School Certificate – Proof of completion of secondary education equivalent to Dutch VWO level or an international equivalent, such as A-levels, IB Diploma, or national boards.
Official Academic Transcripts – Detailed records of all grades and subjects studied in secondary school, translated into English or Dutch if not originally in one of these languages.
Proof of English Proficiency – Accepted test scores include IELTS (minimum 6.5 overall), TOEFL iBT (minimum 90), or Cambridge English (C1 Advanced/C2 Proficiency).
Copy of Valid Passport or National ID – Identification document required for verification of nationality and personal details.
Motivation Letter / Statement of Purpose – A written explanation of why the applicant wishes to study at TU Delft, including career goals and academic interests.
Know more
In 2015, TU Delft made international headlines when its Delft Hyperloop Team participated in Elon Musk’s SpaceX Hyperloop Pod Competition. The team won the first prize for design and later became one of the finalists in subsequent competitions, showcasing TU Delft’s innovation in futuristic transportation. Their Hyperloop pod was praised for its efficiency, safety, and engineering excellence. This achievement placed TU Delft at the forefront of next-generation transportation research and solidified its reputation as a breeding ground for disruptive engineering solutions. The Hyperloop project continues to inspire new prototypes, making Delft a global leader in sustainable mobility innovation.
TU Delft’s 3D Concrete Printing Lab, established in 2015, marked an important breakthrough in the construction and materials industry. Researchers developed advanced techniques to print large-scale concrete structures, revolutionizing the way buildings and infrastructure could be constructed. The lab pioneered eco-friendly construction practices by reducing waste and enabling custom, complex architectural designs. This achievement highlighted TU Delft’s commitment to sustainability and innovation in civil engineering and architecture. The research findings have since influenced construction practices globally, proving that TU Delft doesn’t just teach engineering—it redefines how engineering can be applied to reshape industries and create a sustainable future.
TU Delft became a global leader in quantum technology with the launch of the QuTech Institute in 2014, a collaboration with TNO (Netherlands Organisation for Applied Scientific Research). The institute focuses on building scalable quantum computers and secure quantum internet. This achievement placed TU Delft at the heart of the global quantum revolution, attracting top researchers and industry collaborations worldwide. QuTech has already made breakthroughs in quantum communication and computing hardware, making the Netherlands a hub for advanced quantum research. TU Delft’s role in this field demonstrates how the university consistently pushes scientific frontiers with transformative global impact.
In 2019, TU Delft revealed the Flying-V, a revolutionary aircraft design developed in collaboration with KLM. The Flying-V integrates the passenger cabin, cargo hold, and fuel tanks into its wing structure, creating a highly energy-efficient aircraft. Its innovative design reduces fuel consumption by 20% compared to traditional aircraft of similar size. With growing pressure to decarbonize aviation, the Flying-V has gained global attention as a potential future standard for sustainable air travel. TU Delft continues to refine prototypes, testing aerodynamic performance and passenger comfort. The project underscores the university’s leadership in tackling climate change through aerospace innovation.
Inspired by Elon Musk’s vision of near-vacuum tube transport, TU Delft’s student team developed the Delft Hyperloop prototype in 2017 and won the SpaceX Hyperloop Pod Competition. Their pod achieved record-breaking acceleration and safety standards, earning international recognition. The team’s design combined magnetic levitation, lightweight materials, and autonomous control systems, pushing the boundaries of futuristic transport. The Delft Hyperloop has since evolved into the Hardt Hyperloop startup, which continues to develop this concept commercially. This invention is not just a prototype but a stepping stone toward reimagining high-speed, carbon-neutral intercity travel, reinforcing TU Delft’s reputation for cutting-edge innovation.
In 2015, TU Delft students developed the AquaDrone, a water-based autonomous drone designed for monitoring and cleaning water bodies. Equipped with sensors and cameras, the AquaDrone can collect environmental data, detect pollution, and even remove floating debris. Its design addresses the growing problem of water pollution while advancing robotics in aquatic environments. The project gained attention for its environmental benefits and practical applications in urban water management, fisheries, and scientific research. The AquaDrone reflects TU Delft’s strong commitment to sustainability, combining robotics with ecological awareness to tackle one of the most pressing global challenges: clean water.
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