Programme overview

This programme provides students with the knowledge and practical experience to address complex scientific and industrial challenges through effective problem analysis and solution implementation. Graduates will be prepared to excel in research laboratories and laser technology companies, working independently or collaboratively, while applying the latest scientific advancements. With a strong emphasis on practical applications, the programme highlights the role of laser technologies across diverse industries.

Programme structure

Semester 1 Autumn

• Interaction of Laser Radiation with Matter: Explore how laser radiation interacts with different materials, a fundamental aspect of laser technology.
• Laser Techniques: Gain hands-on experience with various laser techniques and their applications.
• Modern Engineering Materials and their Processing Technologies: Learn about the latest engineering materials and the technologies used to process them.
• Nonlinear Optics: Delve into the fascinating world of nonlinear interactions between light and matter.
• Optical Methods of Information Processing: Discover how light can be used to process and transmit information, a key technology in modern communications.

Semester 2 Spring

• Kinetic and Laser Spectroscopy: Investigate the dynamics of molecules using advanced laser techniques.
• Laser Processing of Materials: Explore how lasers can be used to manipulate and process various materials.
• Optical Systems: Study the design and application of optical systems.
• Optics of Ultrashort Pulses: Learn about the generation and application of ultrashort light pulses, essential in many high-speed technologies.
• Scientific Research Work I/II p.: Engage in hands-on research to apply what you’ve learned and contribute to the field.

Semester 3 Autumn

• Biomedical Applications of Laser-Generated Secondary Radiation: Discover how laser-generated secondary radiation can be used in biomedical applications.
• Electronics and Photonics Markets: Get insights into the commercial aspects of electronics and photonics, preparing you for a career in the industry.
• Scientific Research Work II/II p.: Continue your research journey with more in-depth projects.
• Technologies of Optical and Laser Components: Learn about the technologies used to create optical and laser components.
• Optional Courses: Choose between Computational Photonics or Physics and Technology of Optical Fibres to tailor your studies to your interests.

Semester 4 Spring

• Master Final Thesis (Study field: Materials Technology): Conclude your studies with a comprehensive research project in materials technology, showcasing your expertise and contributing to the field.

Autumn Intake Deadline

2025-05-01