The Russian Prime Minister accompanied heads of delegations taking part in the CIS Heads of Government Council during a visit to the Bauman University’s campus and Quantum Park cluster, and also showed them engineering projects by CIS students studying at Russian universities.
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University
Mikhail Mishustin at the Bauman University’s food court
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University’s Quantum Park
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University’s Quantum Park
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University’s Quantum Park
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University’s Quantum Park
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University’s Quantum Park
Dmitry Chernyshenko during the presentation of engineering projects by students from CIS countries studying at Russian universities
Dmitry Chernyshenko during the presentation of engineering projects by students from CIS countries studying at Russian universities
Mikhail Mishustin during the presentation of engineering projects by students from CIS countries studying at Russian universities. With Prime Minister – Head of the Presidential Administration of the Kyrgyz Republic Akylbek Zhaparov, Prime Minister of Kazakhstan Olzhas Bektenov, and Prime Minister of Belarus Roman Golovchenko
Mikhail Mishustin during the presentation of engineering projects by students from CIS countries studying at Russian universities. With Prime Minister – Head of the Presidential Administration of the Kyrgyz Republic Akylbek Zhaparov, Prime Minister of Kazakhstan Olzhas Bektenov, and Prime Minister of Belarus Roman Golovchenko
Mikhail Mishustin and heads of delegations from CIS member nations at the Bauman University
The Bauman Moscow State Technical University is Russia’s oldest and largest engineering university. Established almost 200 years ago, it has trained about 250,000 engineers and designers, and some of them went on to acquire international acclaim and repute, for example, Vladimir Shukhov, Andrei Tupolev, and Sergei Korolyov.
Today, there are over 33,000 students enrolled in this university, including 1,500 international students. The university has 19 units within its structures, which include over 130 specialised departments and 500 degree programmes for training engineers. This year, the enrolment campaign demonstrated the university’s appeal and performance with the average score in the National Final School Exam for successful candidates increasing from 80.68 to 88.55. Moreover, the number of candidates with a 100-point score in the National Final School Exam increased 2.5-fold to 282. As many as 25,500 candidates applied for studying at the Bauman University in 2024, and international students accounted for five percent of this total.
The Bauman Moscow State Technical University takes part in the federal project on creating a network of advanced campuses in Russia. Since 2021, it built and renovated 19 sites with a total floor space of 207,000 square metres as part of a massive construction project.
There is a new accommodation cluster which includes the Spektr and Strela dormitories housing 2,200 senior-year students. Their living quarters offer everything a student needs to live and study in comfort. The campus is not far from the Bauman University’s educational buildings, which is another important feature.
The Spektr building has seven floors offering single-occupancy accommodation, as well as rooms for two, three and four. There is a food court on the first floor which can serve as many as 140 people at the same time.
Strela is bigger, in terms of both scale and capacity. This is a 28-story building. Among other things, it offers barrier-free accommodation for students with impaired mobility.
The two dormitories also offer public spaces that serve as multi-purpose recreational facilities. They feature co-working spaces, study rooms, and musical classes.
Senior-year students can apply for this accommodation, but before they get it, they have to go through a selection process, which includes an assessment of their educational performance and personal achievements in science, community service and sports.
The Quantum Park cluster covers an area of almost 14,000 square metres. This is one of the world’s most advanced research centres. It was designed and built specifically for working on hands-on projects involving disciplines that will define the future of present-day science and manufacturing: quantum, photonic and fluidal technology. Laboratories have advanced research equipment and technology. The cluster offers world-class clean-room infrastructure, an advanced nanotechnology complex, a sub-atomic centre for precision metrology, as well as technology complexes for cell-based, laser and fibre-optic technology. The Quantum Park is building an ecosystem of 27 experimental research and engineering laboratories.
During the visit to the Bauman Moscow State Technical University by the heads of delegations, two international teams of finalists presented their engineering projects as part of the third and final stage of the strategic session for CIS undergraduate and postgraduate students titled University Without Borders: Your Idea – Future for All. Undergraduate and postgraduate students from the Bauman University, as well as other engineering schools, including the Moscow Aviation Institute, the Moscow Power Engineering Institute, and MISIS University of Science and Technology, took part in the presentations.
The first project, The Caspian Orbit, focuses on resolving the issue of shallowing in the Caspian Sea by using space monitoring technology and sustainable cross-border water management.
The second project, The Green Cyber Farm,
consists of building an automated platform using renewable energy for promoting
sustainable and high-yield agriculture.
