Applied Photonics and Optical Information Systems Skolkovo Institute of Science and Technology (Skoltech)

Overview

Combining fundamental knowledge in the field of optics with more practical operational and design aspects of modern optoelectronics systems, the program aims to provide graduates with all the tools needed for a successful career in applied photonics.While general engineering approaches (modeling, design) remain the strong focus of the program, much time is also devoted to modern processing methods, including the use of machine learning and the development of optical neural networks. The program leverages the state-of-the-art photonics facilities at Skoltech to support the development of advanced photonic devices for telecommunications, medicine, laser technology, quantum technologies, etc., providing students with unique hands-on experience with cutting-edge equipment.  Special emphasis is put on modern photonic information systems implemented in an integrated format, including photonic integrated circuits (systems on a chip).

Designed and provided in close collaboration with industrial and commercial partners, the program responds to the latest industry trends and needs of a rapidly growing market, ensuring the future success of its graduates in both academic and industrial environments.

Students of the program

• gain fundamental knowledge in the main areas of optics and photonics
• study introductory and advanced courses in the modern areas of photonics applications, such as telecommunications, neural networks and artificial intelligence, wireless communication (5G and 6G), and biophotonics
• delve into the basics of engineering design and intellectual property protection
• master the principles of operation and hardware implementation of modern photonic devices, such as transceivers, optical amplifiers, lasers, interrogators, and quantum key distribution devices, including those based on photonic integrated circuits
• conduct practical laboratory work in fundamental and applied optics and photonics

• choose from a wide variety of courses in applied photonics, including biophotonics, plasmonics, nanophotonics, silicon photonics, telecommunications, photonic integrated circuits, and others

• work on real projects for the creation of photonic devices tailored to market demands and with commercial clients

Future career

our graduates shape their own futures by choosing from a variety of career opportunities in industry, science and business

• Industry: senior developers and heads of R&D departments in private and public companies (telecom, aerospace sector, quantum technologies, artificial intelligence, oil and gas industry)
• Science: researchers in world-class applied R&D laboratories
• Startup: founders and heads (CEO, CTO) of high-tech startups