Delft University of Technology
University
Delft, Netherlands NL
Top technical university in Netherlands. World-leading engineering and architecture programs. English-taught masters. Affordable EU tuition.
Programs (28)
Advanced Certificate in Sustainable Design Practices
Short-term intensive program covering sustainable materials, energy-efficient design, and environmental assessment tools. Suitable for professionals seeking credential update.
Advanced Robotics and Control Systems
Doctoral research in robotics, autonomous systems, and advanced control theory with applications to industrial and service robotics. Students conduct original research under faculty supervision.
Advanced Structural Engineering
Specialized study of advanced structural analysis, seismic design, and composite materials for bridges and buildings. Includes major research project.
Aerospace Engineering
Prepares students for careers in aircraft and spacecraft design through coursework in aerodynamics, propulsion systems, and flight mechanics. Includes hands-on laboratory experience.
Applied Mathematics
Emphasizes mathematical modeling and computational methods for engineering and scientific applications. Topics include differential equations, numerical analysis, and optimization.
Architecture
Develops design and technical skills through studio-based learning, covering building design, urban planning, and sustainable architecture. Includes internships with architectural firms.
Architecture and Urban Sustainability
Explores sustainable design strategies, green building technologies, and climate-responsive architecture. Thesis includes design intervention for real urban context.
Artificial Intelligence and Robotics
Advanced study of machine learning, computer vision, and autonomous systems with applications in robotics and intelligent systems. Capstone project with industry partner.
Bachelor of Science in Aerospace Engineering
World-leading aerospace engineering with design projects, wind tunnel testing, and flight simulation. Strong industry links with Airbus and KLM.
Biomedical Engineering
Applies engineering principles to medical devices and healthcare systems, including tissue engineering, medical imaging, and biomechanics. Laboratory work with biological systems.
Business Analytics and Data Science
Combines statistical analysis, machine learning, and business strategy to extract insights from large datasets. Real-world projects with corporate partners.
Chemical Engineering
Emphasizes process design, thermodynamics, and chemical reaction engineering with applications in pharmaceuticals, food processing, and sustainability. Laboratory work is integral to the program.
Civil Engineering
A comprehensive program covering structural design, hydraulics, geotechnical engineering, and infrastructure management. Students gain practical experience through laboratory work and real-world engineering projects.
Computer Science
Provides foundational knowledge in algorithms, data structures, programming languages, and computational theory. Includes electives in artificial intelligence, networks, and databases.
Electrical Engineering
Covers circuit analysis, electromagnetics, power systems, and digital electronics. Students work with modern equipment in state-of-the-art laboratories and develop practical engineering skills.
Engineering Management
Integrates engineering knowledge with business management, covering project management, operations, and strategic planning in technical organizations.
Engineering Systems and Risk Management
Advanced analysis of complex engineered systems, risk assessment methodologies, and resilience strategies. Includes case studies of major infrastructure projects.
Environmental Science and Technology
Addresses environmental challenges through sustainable technology development, water treatment, and pollution control. Combines engineering with ecological principles.
Geosciences and Engineering
Combines geology and engineering to address subsurface challenges in mining, oil extraction, and geological hazards. Field studies complement classroom learning.
Industrial Design
Teaches product design principles, user research, prototyping, and manufacturing considerations. Students develop portfolios through design projects and industry collaborations.
Materials Science and Engineering
Explores the structure, properties, and applications of materials including metals, ceramics, and polymers. Includes laboratory analysis and design of new materials.
Mechanical Engineering
Focuses on the design, analysis, and manufacturing of mechanical systems and machines. The curriculum includes thermodynamics, fluid mechanics, and robotics applications.
Physics
Covers classical mechanics, thermodynamics, electromagnetism, and modern physics with emphasis on both theoretical and experimental understanding. Laboratory work is fundamental.
Professional Diploma in Building Information Modeling
Practical training in BIM software and workflows for construction and architectural projects. Certificate awarded upon completion of industry-standard projects.
Software Engineering
Combines computer science fundamentals with software development methodologies, emphasizing coding, system architecture, and project management. Students work on real software projects.
Sustainable Energy Technology
Addresses renewable energy systems, energy storage, and grid integration with emphasis on technological innovation for climate change mitigation.
Transport and Logistics Engineering
Focuses on systems for efficient movement of people and goods, covering traffic management, supply chain optimization, and sustainable mobility solutions.
Urban Planning and Development
Examines city design, land use planning, and sustainable urban development with practical projects addressing contemporary planning challenges.