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Regular version of the site

Laboratory of Space Vehicles and Systems' Functional Safety

Publications
Article
H2O Deprotonation Promotes Hole Transfer at the Anatase TiO2(001)/Water Interface: First-Principles Molecular Dynamics

Han F., Chen X., Chen K. et al.

The Journal of Physical Chemistry Letters. 2025. Vol. 16. No. 44. P. 11428-11433.

Book chapter
Field Stability Investigation of Electrical Conductivity of a Dielectric Filled with a Conductive Compound

Agapov I.

In bk.: Proceedings of 2022 IEEE Moscow Workshop on Electronic and Networking Technologies (MWENT). M.: IEEE, 2022. P. 1-3.

News

3

7 July 2025

HSE University at VK Fest: A Journey into the Worlds of Technology, Design, and Space

HSE University will showcase cutting-edge innovations and educational opportunities at the anniversary edition of VK Fest 2025, Russia’s largest youth festival. Visitors can look forward to interactive workshops, VR exhibitions, AI-powered tech games, and even a chance to send a message into space.

18 June 2025

‘We Demonstrated That HSE University Can Not Only Build a Satellite, but Maintain Its Operation’

The first HSE University satellite has completed its work in orbit after more than 35,000 hours of trouble-free operation, one billion kilometres travelled (24,600 orbits around the Earth), and hundreds of full-frame shots taken of the Earth's surface across an area of 320,000 km2. The HSE News Service shares the results of the satellite’s mission and the team’s plans for the near future.

28 March 2024

HSE University Satellites: Three Years in Orbit

In March 2024, HSE University celebrated an important milestone — the third anniversary of the successful operation in orbit of its first CubeSX-HSE and CubeSX-Sirius-HSE satellites. These spacecraft, created on the basis of the CubeSat platform for Earth observation, continue to function actively, confirming high technological standards and reliability of the university's developments.

Laboratory Structure

  • Study of Materials for Space Application
  • Computer modelling
  • Electromagnetic compatibility
  • Experiments

What we do

  • Research and experiments in developing design and technology for space exploration, introducing the results to work in the Federal Space Exploration Agency, Roskosmos   
  • Teaching and supervision for PhD and graduate students
  • Introducing the results of our research and innovative work into teaching programmes at MIEM, HSE
  • Developing the Master’s programme on computer modelling  at MIEM

Work in the Laboratory

  • Development and research of non-conducting materials on the internal surface of spacecraft, to reduce the levels of static-charges.
  • Development of new efficient methods to make structural electro-physical models of the space vehicles using mathematical and computer modelling.
  • Development of new methods to assess the reliability of electronic component bases of in-flight radio-electronic equipment on space vehicles. 
  • Development of methods and means of effective electromagnetic protection for electronic devices from powerful ultra-short electromagnetic impulses and microwaves.
  • Experimenting with spacecraft and their in-flight electronic equipment on interference protection from electrostatic discharges.