Applied Computational Mechanics offers a variety of disciplines, from mechanics to applied programming and materials science, with an emphasis on practical application of knowledge. I was impressed by the choice of subjects: students can create their own schedules and choose courses according to their interests. Such courses as Computational Methods in Atomistic Simulations and Introduction to Materials Informatics I find especially useful for my future thesis and career. Professors actively support students in their studies and research activities, sharing their experiences. International cooperation and internships help to gain valuable knowledge and expand prospects. I appreciate my surroundings — wonderful guys who strive for success and support each other. The choice of Skoltech and the Applied Computational Mechanics program turned out to be successful and provides excellent opportunities for networking, experience exchange and career development.

Being part of the Applied Computational Mechanics program at Skoltech has been one of the most rewarding decisions of my academic journey. The program’s modern and flexible curriculum offers an ideal blend of theory and practical application, covering advanced topics like fluid and solid mechanics, multiphase flows, and computational science. What sets this program apart is the emphasis on real-world problem-solving through projects and the freedom to tailor courses to individual interests. Working closely with world-class professors who are actively engaged in cutting-edge research has been incredibly inspiring. Skoltech offers a unique environment where you have complete freedom to turn your ideas into practical outcomes, supported by a vibrant, collaborative community and state-of-the-art resources that foster innovation and growth. I am confident that the skills and experiences gained here will open exciting career opportunities in high-tech industries, enabling me to contribute to groundbreaking technological advancements.

This program is for those who don't want to just sit in a classroom but aspire to do real computational mechanics, be it studying the intricacies of complex physical non-linear phenomena in compressible continua like detonation waves or delving into multiphase petroleum industrial modeling, or applying mechanical formulae in more exotic contexts like traffic flow. The flexible course structure of this program is very attractive. Apart from mandatory courses, one can tailor the courses to individual needs and interests. Recommended courses allow you to specialize in a particular area of computational mechanics, like the simulation of compressible flows, and touch on cutting-edge research in the chosen fields. All the courses give practical, readily applicable knowledge and are read by a team of top-notch specialists currently working in the fields they tell us about and excited to share their know-how.

I have never once regretted my decision to become a part of Skoltech. The two key elements that have stood out to me are freedom and people. In my Master's program Applied Computational Mechanics I'm free to create my own schedule and choose any subject I want to learn, so I can explore a wide range of disciplines. Lectures are closely intertwined with practical application, as almost every course requires a project based on the studied material. Additionally, I have the freedom to choose any professor as my supervisor. Skoltech is a vibrant community of incredible people with diverse backgrounds and perspectives, which provides a unique opportunity to collaborate with top specialists in the field. The choice of this program was undoubtedly the right one.