Engineering Technology

Engineering Technology at KU Leuven is a comprehensive and innovative program designed to prepare students for a dynamic career in the technological and engineering sectors. This program combines theoretical knowledge with practical skills, emphasizing innovative problem-solving, technical expertise, and project management. Students will engage in multidisciplinary coursework covering areas such as mechanical engineering, electrical engineering, and information technology, enabling them to adapt to rapidly evolving technological landscapes. The curriculum integrates state-of-the-art laboratories, industry-sponsored projects, and internships that provide real-world experience and foster a deep understanding of engineering principles. KU Leuven's strong focus on research and development ensures students have access to cutting-edge technologies and methods, equipping them to contribute effectively to various industries, including manufacturing, automation, and information systems. The program encourages innovation and entrepreneurship, preparing graduates to develop new solutions and improve existing processes. With an international orientation, students will benefit from diverse perspectives and collaborative projects with global partners. The Engineering Technology program emphasizes critical thinking, technical proficiency, and teamwork, making graduates highly employable in a competitive job market. Graduates will be well-positioned for careers as technical engineers, project managers, or product developers within technology-driven companies, research institutions, or start-ups. The program also offers opportunities for further studies, including master's degrees in specialized engineering fields. KU Leuven's supportive academic environment, combined with modern facilities and close links to industry, ensures students are well-prepared to meet the demands of the rapidly changing technological landscape and to become future leaders in engineering innovation.

Common Part

Energy Technology / Physics

• Dynamics of a Particle
• Electricity and Magnetism
• Statics of Rigid Bodies
• Physics of Extended Bodies
• Thermodynamics
• Strength of Materials
• Electromagnetism

• Matter Technology / Chemistry

• Chemistry and Chemical Technology
• Technology of Materials
• Chemistry for Polymers

• Life Technology / Biology

• Biological and Emergent Systems
• Biotechnology

• Information Technology / Mathematics

• Calculus
• Linear Algebra and Geometry
• Electronic Circuits
• Computers and Programming
• Object-Oriented Programming
• Signals and Systems
• Statistics

• Management / Communication

• Management I: Introduction to Management / Engineers and Enterprises
• Communication I: Aspects of Professional Communication / Presentation Skills
• Management II: Marketing and Financial Management / Management Game
• Communication II: Scientific Writing / Intercultural Communication
• Management III: Operations and Project Management
• Communication III: Negotiation and Meeting Skills / Persuasion

• Holistic Engineering Experiences

• Engineering Experience 2: Introduction to Engineering Design
• Engineering Experience 3: Computer-Based Control
• Philosophy of Technology and Engineering
• Society, Technology and Engineering
• Religions

• Specialisation: Electromechanical Engineering

• Engineering Experience 4 - Electromechanical Engineering
• Electrical Engineering
• Dynamics of Rigid Bodies
• Aspects of Industrial Automation
• Components of Industrial Automation
• Control Theory
• Mechanical Design
• Machine Parts
• Manufacturing Technology
• Material Selection
• Electrical Machines
• Electrical Installations
• Thermomechanical Machines
• Heat Transfer
• Engineering Experience 5 - Electromechanical Engineering

• Specialisation: Electronics Engineering

• Engineering Experience 4 - Electronics Engineering
• Microprocessors and Data Acquisition
• Sensors
• Analog Electronics
• Digital Systems
• Microprocessors
• System Software
• Software Development
• Data Communication and Computer Networks
• Electronic Design
• Digital Signal Processing
• Electric Motors and Actuator Systems
• Engineering Experience 5 - Electronics Engineering

Requirements

• A Belgian degree of secondary education;
• A Belgian degree of short-course higher education;
• A Belgian degree of higher education for social advancement, with the exception of the certificate of pedagogic aptitude;
• A degree or certificate, awarded in the context of the Flemish HBO;
• A degree or certificate which, pursuant to a law, Decree or European guideline or another international agreement, is deemed equivalent to the certificates mentioned in the categories above.
• Secondary school diploma
• English language certificate: a TOEFL score of minimum TOEFL 550 (paper-based), 213 (computer-based) or 79/80 (internet-based); or an IELTS-score of 6.5.
• If you do not hold a secondary education diploma from a Flemish school, but you did obtain a diploma of secondary education in a Council of Europe member state: you have to submit proof that this diploma allows for admission to an academic bachelor's programme in engineering or in science in that member state.
• If you obtained a diploma of secondary education in a country that is not a Council of Europe member state: you have to submit (1) proof that you are eligible for admission to an undergraduate programme at a higher education institution in that member state; (2) SAT scores not older than two years for the Subject Test in Mathematics Level 1 or Level 2.

The Engineering Technology program at KU Leuven offers various financing options to support students throughout their studies. Tuition fees for Belgian students are generally lower compared to international students, with European Union (EU) students benefiting from the Flemish government’s subsidized rates. Non-EU students pay higher tuition fees, which can vary depending on the specific faculty and program. In addition to these government-regulated fees, students may need to cover expenses related to registration, learning materials, housing, and daily living.

KU Leuven provides several financial aid opportunities, including scholarships, grants, and loans tailored to both domestic and international students. The university’s scholarship program includes merit-based awards recognizing academic excellence, as well as need-based grants to support students facing financial challenges. Some scholarships are specifically designated for engineering students and are available to both undergraduate and master's students. International students are encouraged to apply for scholarships offered by their home countries or international organizations, as well as those provided directly by KU Leuven.

Students are also advised to explore external funding options, such as government-sponsored student loans, private scholarships, and funding from organizations related to engineering and technology fields. KU Leuven often collaborates with industry partners, which sometimes offer internships or co-op programs that include stipends or financial compensation, providing students with practical experience and additional income.

Financial planning should also consider living costs in Leuven, which include accommodation, transportation, insurance, food, and personal expenses. The university offers guidance on budgeting and financial management, and students can access support services for financial counseling and advice. The availability of work-study programs allows students to work part-time during their studies, helping ease financial burdens while gaining valuable work experience.

Overall, KU Leuven strives to make engineering education accessible by providing a comprehensive range of financial support options, ensuring that talented students can pursue their interests without undue financial stress.

Engineering Technology at KU Leuven is a comprehensive bachelor's program designed to prepare students for the practical and technical challenges in various engineering fields. This program offers a solid foundation in core engineering principles, complemented by hands-on learning and applied technical skills. Students engage in laboratory work, project-based learning, and internships that provide real-world experience, fostering both theoretical understanding and practical competence. The curriculum covers areas such as electrical engineering, mechanical engineering, civil engineering, and industrial engineering, allowing students to develop versatile skills adaptable to various sectors. KU Leuven's state-of-the-art facilities and close collaboration with industry partners ensure students are well-equipped to meet the demands of modern engineering environments. The program emphasizes innovation, problem-solving, and teamwork, preparing graduates for careers in design, development, and technical management. Graduates can pursue roles in manufacturing, construction, energy, automation, and consulting industries. The program also serves as a stepping stone for further studies, including master's degrees in specialized engineering disciplines or management. Additionally, the program promotes sustainable and responsible engineering practices aligned with current global challenges. With a student-centered approach, KU Leuven supports international mobility, intercultural exchanges, and continuous learning opportunities. The faculty comprises experienced lecturers and industry experts committed to mentoring students and fostering a stimulating academic environment. Overall, the Engineering Technology program aims to produce versatile engineers who are capable of contributing to technological advancements and societal development through innovative, ethical, and sustainable solutions.