Programme overview

The objective of the Light Engineering study programme is to provide students with a comprehensive foundation in physics, chemistry, and mathematics. This programme also aims to impart applied knowledge in material synthesis and characterisation, the principles of operation of lasers, photovoltaic and light-emitting devices. Additionally, it focuses on developing and training students in the practical, technological and engineering skills required for working with lasers, laser technologies, modern lighting, photovoltaics, photonics, and semiconductor industries and enterprises.

Programme structure

Semester 1 Autumn

• Computers Literacy for Physicists: Gain essential computer skills tailored for physicists, including programming and data analysis.
• General Physics (Mechanics and Thermodynamics) I/IV: Understand the fundamental principles of mechanics and thermodynamics, crucial for all areas of physics.
• Higher Mathematics I/II: Develop a strong foundation in higher mathematics, focusing on calculus and its applications.
• Linear Algebra: Learn the concepts of linear algebra, including vector spaces and matrix theory, essential for advanced physics and engineering.
• Study Skills: Acquire effective study techniques and strategies to enhance your learning experience.

Semester 2 Spring

• General Physics (Electricity and Magnetism) II/IV: Explore the principles of electricity and magnetism, fundamental to understanding electromagnetic phenomena.
• Higher Mathematics II/II: Continue building your mathematical skills with advanced topics in calculus and differential equations.
• Numerical Methods I/II: Learn numerical techniques for solving mathematical problems, essential for computational physics.
• Course unit (module) of Individual Studies: Engage in self-directed study on a topic of your choice, guided by a faculty member.

Semester 3 Autumn

• Applied Electronics I/II: Gain practical knowledge of electronic circuits and devices, crucial for modern technology.
• General Physics (Optics) III/IV: Study the principles of optics, including the behaviour of light and its interactions with matter.
• Quantum Mechanics for Applied Physics and Engineering: Delve into the principles of quantum mechanics and their applications in physics and engineering.
• Course unit (module) of Individual Studies: Continue your individual study project, deepening your understanding of a specific topic.

Semester 4 Spring

• General Physics (Physics of Atom and Nuclear) IV/IV: Explore atomic and nuclear physics, including the structure and behaviour of atoms and nuclei.
• Lasers: Learn about the principles and applications of lasers, a key technology in modern science and industry.
• Solid State Physics: Study the properties of solid materials, including crystal structures and electronic properties.
• Course unit (module) of Individual Studies: Further develop your individual study project, applying your knowledge to a specific area of interest.

Semester 5 Autumn

• Laser Technology: Gain hands-on experience with laser technology and its applications in various fields.
• Organic Optoelectronics: Explore the principles and applications of organic materials in optoelectronic devices.
• Semiconductor Growth Technologies: Learn about the techniques used to grow semiconductor materials, essential for modern electronics.
• Solar Energy and Photovoltaics: Study the principles and technologies of solar energy conversion and photovoltaic devices.
• Course unit (module) of Individual Studies: Continue your individual study project, focusing on a specialised topic.

Semester 6 Spring

• Materials Characterisation Techniques: Learn about the techniques used to characterise the properties of materials, essential for material science.
• Optical System Design: Study the principles and techniques of designing optical systems, crucial for various applications.
• Optoelectronics: Explore the principles and applications of optoelectronic devices, including LEDs and photodetectors.
• Course unit (module) of Individual Studies: Further develop your individual study project, applying advanced knowledge to your chosen topic.

Semester 7 Autumn

• Lasers Engineering: Gain advanced knowledge and practical skills in laser engineering, including design and applications.
• Practical Training: Engage in hands-on practical training, applying your knowledge in real-world settings.
• Course unit (module) of Individual Studies: Continue your individual study project, focusing on a specialised area of interest.

Semester 8 Spring

• Bachelor Final Thesis (Study field: Materials Technology): Conduct a comprehensive research project, culminating in your final thesis.
• Fibre Technologies: Learn about the principles and applications of fibre optics, essential for modern communication systems.
• Nano- and Microstructure Technologies: Explore the techniques and applications of nano- and microstructure technologies, crucial for advanced materials science.

Autumn Intake Deadline

2025-05-01