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2 Years On Campus Masters Program
Delft University of TechnologyThe Master of Science in Aerospace Engineering Specialisation in Aerodynamics & Wind Energy at Delft University of Technology is a 2-year full-time master’s specialisation focused on advanced aerodynamics, fluid mechanics and wind energy. The programme combines theoretical knowledge, computational and experimental methods, research and practical engineering applications.
Curriculum Structure:
Year 1: Students develop advanced knowledge in aerodynamics, fluid mechanics, computational fluid dynamics, experimental techniques and wind energy through specialised courses, projects and electives.
Year 2: Students complete an internship, literature study and substantial individual research project leading to a Master’s thesis, with research focused on aerodynamics or wind energy.
Focus Areas: Aerodynamics, Wind Energy, Fluid Mechanics, Computational Fluid Dynamics, Experimental Aerodynamics, Rotor and Wake Aerodynamics, Wind Turbine Technology and Flow Physics.
Learning Outcomes: Graduates develop the ability to analyse complex fluid-flow problems, apply computational and experimental methods, conduct independent research and develop engineering solutions for aerospace and wind-energy applications.
Professional Alignment (Accreditation): The programme provides advanced professional and research-oriented education within aerospace engineering, with specialist study linked to TU Delft’s Aerodynamics and Wind Energy research activities.
Reputation (Employability): The programme combines specialised research, practical engineering experience, an industry-oriented internship and a substantial thesis, preparing graduates for professional and research careers in aerospace and renewable energy.
At Delft University of Technology, the Master of Science in Aerospace Engineering Specialisation in Aerodynamics & Wind Energy combines advanced theory with practical and research-based learning. Students apply their knowledge through specialised projects, computational and experimental work, an industry internship and a master’s thesis.
Key aspects of experiential learning include:
Specialised Projects: Practical projects focused on aerodynamics, fluid mechanics and wind-energy applications.
Computational & Experimental Work: Students use computational and experimental methods to analyse and solve aerodynamic problems.
Industry Internship: A three-month internship provides professional experience in a real engineering environment.
Research-Based Learning: Students engage with current research in aerodynamics and wind energy.
Master’s Thesis: An independent research project allows students to apply their knowledge to a specialised engineering problem.
Specialised Facilities: Students benefit from TU Delft’s advanced facilities for aerospace, aerodynamic and wind-energy research.
These activities develop practical engineering, analytical, research and problem-solving skills relevant to aerospace and renewable energy industries.
The Master of Science in Aerospace Engineering Specialisation in Aerodynamics & Wind Energy provides opportunities to build specialised careers in aerospace, aviation, wind energy and advanced engineering research.
Industry Opportunities: Graduates can pursue roles in aerospace, aviation, wind energy and renewable energy industries.
Research & Development: The programme prepares graduates for R&D involving aerodynamics, fluid mechanics, wind turbines and energy technologies.
International Opportunities: The specialised engineering and research skills support careers in international aerospace, energy and technology organisations.
Industry Connections: TU Delft’s links with industry and research organisations provide opportunities for practical projects and professional exposure.
Further Academic Progression: Graduates can pursue a PhD in Aerospace Engineering or related fields and continue into advanced research.
The programme provides a strong foundation for both professional engineering careers and further research in aerospace and sustainable energy.
Campus Location Delft, Netherlands
GRE Quantitative Reasoning minimum 163.
IELTS Academic/UKVI Overall 7.0; IELTS band 6.5 in each section.
TOEFL iBT Overall 5.0, with 4.5 in each section for certificates after 01-21-2026; certificates before 01-21-2026 require Overall 100, with 22 in each section.
Relevant bachelor’s degree comparable to a Dutch research-university bachelor’s degree, with CGPA at least 75% of the scale maximum unless country-specific requirements apply.
Submit official degree confirmation, transcript with grading scale, English certificate, motivation letter, CV, and proof of identity. India: Recognised 4-year bachelor’s degree with CGPA 75% or better; First Class with Distinction or First Class if the institution uses a class system.China: Bachelor’s degree from a Double First Class University with CGPA 80% or better.USA: Bachelor’s degree with CGPA 3.0/4.0 or better.UK: Bachelor honours degree with Upper Second Class or First Class and CGPA 60% or better.Aerospace EngineerAerodynamics EngineerAerodynamicistWind Energy EngineerWind Turbine EngineerCFD EngineerFluid Dynamics EngineerRenewable Energy EngineerResearch EngineerAerospace ResearcherWind Energy ResearcherComputational EngineerR&D EngineerEnergy Systems EngineerAerospace Consultant
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