Programme overview

This programme is designed to cultivate highly skilled specialists capable of tackling intricate scientific, technological, and industrial challenges. Students are trained to pinpoint critical issues, assess innovative solutions, and lead research teams, thereby acquiring expertise that paves the way for careers in scientific laboratories and optical technology firms. With the latest knowledge in science and technology, graduates are well-prepared to drive innovations and contribute significantly to the advancement of laser physics and optical technologies.

Programme structure

Semester 1 Autumn

• Biophotonics: You’ll dive into the intersection of biology and light, exploring how light interacts with biological systems.
• Nonlinear Optics: This course will introduce you to the fascinating world of nonlinear interactions between light and matter.
• Optical Methods of Information Processing: Learn how light can be used to process and transmit information, a key technology in modern communications.
• Quantum Optics: Discover the quantum nature of light and its applications in cutting-edge technologies.
• Solid State Lasers: Gain a deep understanding of solid-state laser technology, which is crucial for many industrial and scientific applications.

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.
• Optics of Ultrashort Pulses: Study the generation and application of ultrashort light pulses, which are essential in many high-speed technologies.
• Physics and Technology of Light Sources and Detectors: Understand the principles and technologies behind light sources and detectors.
• 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

• Electronics and Photonics Markets: Get insights into the commercial aspects of electronics and photonics, preparing you for a career in the industry.
• Micro- and Nano-structuring Technologies: Learn about the latest technologies in micro and nano fabrication, which are at the forefront of scientific research.
• Modern Optics: Explore the latest advancements in optical science and their applications.
• Scientific Research Work II/II p.: Continue your research journey with more in-depth projects.
• 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: Conclude your studies with a comprehensive research project in physics, showcasing your expertise and contributing to the field.