Dean — Ivan Arzhantsev
First Deputy Dean — Tamara Voznesenskaya
Deputy Dean for Research and International Relations — Sergei Obiedkov
Deputy Dean for Methodical and Educational Work — Ilya Samonenko
Deputy Dean for Development, Finance and Administration — Irina Plisetskaya
Phone: +7 (495) 772-95-90 * 12332
125319, Moscow, 3 Kochnovsky Proezd (near metro station 'Aeroport').
Kanovich M., Kuznetsov S., Nigam V. et al.
In bk.: IJCAR: International Joint Conference on Automated Reasoning Automated Reasoning 9th International Joint Conference, IJCAR 2018, Held as Part of the Federated Logic Conference, FloC 2018, Oxford, UK, July 14-17, 2018, Proceedings. Springer, 2018. P. 228-245.
Chernyshev V.L., Tolchennikov A.
Ergodic Theory and Dynamical Systems. 2017. P. 1-12.
Dalalyan A., Grappin E., Paris Q.
The annals of statistics. 2018. Vol. 46. No. 5. P. 2452-2478.
Ella Y Tyuryumina, Alexey A Neznanov.
Plos One. 2018. Vol. 13. No. 7. P. 1-16.
The faculty trains developers and researchers. The programme has been created based on the experience of leading American and European universities, such as Stanford University (U.S.) and EPFL (Switzerland). Also taken into consideration when creating the faculty was the School of Data Analysis, which is one of the strongest postgraduate schools in the field of computer science in Russia. The wide range of elective courses will allow each student to create his or her own educational path. In the faculty, learning is based on practice and projects.
In 2017, the HSE Faculty of Computer Science and Skoltech are opening admissions to the Master’s programme in Statistical Learning Theory, which will become the successor to the Mathematical Methods of Optimization and Stochastics programme. Vladimir Spokoiny, the programme’s academic supervisor and professor of mathematics at Humboldt University in Berlin, told us about the research part of the new programme and the opportunities it offers to both Master’s students and undergraduate students alike.
If we try to explain what ‘statistical learning theory’ means in common language, it is about teaching computers to think. We want to understand how a human brain thinks and how this can be used in computers. There are already computers that can talk to people, play chess with them; they can do a lot, but we haven’t yet understood the scientific foundation of ‘thinking’. There are some algorithms, but they are based on ‘precedent training’, which means that a computer’s memory contains a set of situations and relevant solutions. Computers don’t think; they search for closest precedents and reproduce the most relevant solution. This is machine learning. And we are only at the beginning of the path to understanding real thinking. The focus of our programme is to train experts who will be able to travel this path.
The courses selected for the programme cover the main subjects that are needed. While each of these courses isn’t unique in its own right, but the combination of courses we offer is without equal in Russian universities. The scale of the tasks and the research ambitions we are facing are huge. Our programme aims to make a research breakthrough at the intersection of mathematics and computer science, so it’s very intense and research-oriented.
The style of classes in the programme is determined by the fact that it is not only an educational programme, but also a research and study one. We believe that the Master’s level is the entry level to science. If a student sets academic goals, his or her Master’s thesis should add up to one third or even half of the doctoral thesis. This will be the focus of learning and teaching in our programme.
First, we offer students the opportunity to participate in one or more working groups (research seminars). There, each student determines an area of focus in which they will undertake an initial survey report, followed by solving some tasks at the intersection of cutting-edge research and technology in statistical learning theory.
Many companies, such as Yandex, Google, Microsoft, Bosch, Huawei, and Siemens are very interested in experts who have such a background; they search for them and make very appealing offers
These seminars will also include teamwork because the tasks we are facing are so complicated that they can’t be solved by one person alone. We won’t have situations when a student gets an assignment and then spends several months sitting alone, making calculations, and then shows us the result. We believe that complicated tasks can be solved only in a team where various research areas and competencies are discussed and combined. We aim to create an academic research environment for communication where the best researchers can grow.
At the beginners’ level, we don’t expect our students to know anything beyond the traditional academic curriculum in areas of mathematics and computer science such as functional analysis, probability theory, optimization, and complexity theory. We want to choose applicants who are very well prepared, not specifically for this programme, but in comprehensive sense.
Moreover, we invite undergraduate students to take part in research and study events that are currently being organized by the Mathematical Methods of Optimization and Stochastics programme. We work with second-, third-, and fourth-year students, and prepare them to apply to Master’s programmes. They are full-fledged members of our working groups who carry out research. We are completely transparent; all of our events are announced on our website. Just come and join the work! In addition, we hold conferences, summer and winter schools where undergraduate students can also participate.
We expect to enrol not only Russian-speaking, but also international students in the programme. But this is not the only reason that we teach our subjects in English. Contemporary science, especially in our fied, is English-speaking, and we aim to attract the world’s leading scholars to participate in the programme.
English skills are a must. Students should be able to communicate to people from other countries freely and productively. Science is international, and the lack of English skills is a serious limitation.
We are recruiting leading experts from both universities to work as part of the programme, including globally renowned scholars, such as Professor Yurii Nesterov, Professor Denis Belomestny, Professor Dmitry Vetrov, Professor Andrei Sobolevski, Associate Professor Alexey Naumov, Associate Professor Quentin Paris, Skoltech professors Ivan Oseledets, Viktor Lempitsky, Evgeny Burnaev, Yury Maximov, as well several other lecturers. This team is rather young, but has already made some significant research achievements.
In addition, we actively cooperate with the RAS Institute for Information Transmission Problems, as well as with the relevant faculties at Moscow State University and the Moscow Institute of Physics and Technology. We also rely on job contracts with a number of big companies that are interested in our students and graduates. The level of mathematical development that we aim for is not available in the industry, even in research-oriented companies.
First, we aim to prepare researchers in one of the most dynamic and high-demand fields of mathematics and computer science. I believe that our alumni will have wide opportunities for future academic careers in leading universities and research centres in Russia and globally. At the same time, many companies, such as Yandex, Google, Microsoft, Bosch, Huawei, and Siemens are very interested in experts who have such a background; they search for them and make very appealing offers. I can guarantee that our graduates will have a very wide range of opportunities.