The teaching courses in our department

 Bachelor degree

• Laser physics: Fundamentals - Prof. Alexander Dreischuh
• Laser physics: Laser sources - Prof. Alexander Dreischuh
• Laser technique: Part I - Assoc. Prof. Lyubomir Stoyanov
• Matrix methods in optics - Assist. Prof. Nasko Gorunski
• Computational methods in optics - Assist. Prof. Alexander Gaydardzhiev
• Fourier optics and applications - Assoc. Prof. Ivan Buchvarov
• Optoelectronics and integrated optics - Assist. Prof. Maya Zhekova
• Medical applications of lasers - Assist. Prof. Nikolay Dimitrov
• Fundamentals of nonlinear optics - Assoc. Prof. Lyubomir Stoyanov
• Linear and nonlinear optical waves - Prof. Alexander Dreischuh
• Experimental photonics - Assoc. Prof. Lyubomir Stoyanov
• Optical communications - Assoc. Prof. Ivan Buchvarov
• Technological applications of lasers - Assist. Prof. Alexander Gaydardzhiev

 Master degree

• Physics of high-intensity optical fields - Assist. Prof. Nikolay Dimitrov
• Laser technique: Part II - Assoc. Prof. Lyubomir Stoyanov
• High-power solid-state lasers - Assist. Prof. Nasko Gorunski
• Polarization optics - Assist. Prof. Nikolay Dimitrov
• Physical fundamentals of laser technologies - Assist. Prof. Alexander Gaydardzhiev
• Measurement of laser radiation parameters - Assist. Prof. Alexander Gaydardzhiev
• Nonlinear optical waves and solitons - Prof. Alexander Dreischuh
• Optical parametric devices - Assist. Prof. Alexander Gaydardzhiev
• Diode-pumped and fiber lasers - Assoc. Prof. Ivan Buchvarov
• Applied nonlinear optics - Assoc. Prof. Ivan Buchvarov
• Laser spectroscopy - Assoc. Prof. Lyubomir Stoyanov
• Optical communication networks - Assist. Prof. Nasko Gorunski
• Photonic structures - Assist. Prof. Maya Zhekova
• Laser methods for diagnostic and control - Assoc. Prof. Lyubomir Stoyanov
• Wave and quantum optics - Prof. Ivan Christov

2026-01-01