In 2025, a new scientific research laboratory for advanced space developments began operating at Novosibirsk State Technical University. The laboratory was created as part of the strategic technological project "Power Electronics and Intelligent Energy" of the Priority 2030 program.
The project is aimed at solving the complex task of reducing the development time and improving the mass and dimensional characteristics of spacecraft by creating a universal scalable platform with digital communication interfaces for spacecraft onboard electronics and an information channel for seamless sky technology. Potential partners of the laboratory include the National Technology Initiative, JSC Reshetnev, RSC Energia.
"A promising way to develop space technology is to build universal scalable spacecraft platforms and unify them. Versatility, scalability and unification can significantly reduce the time needed to create spacecraft. The introduction of digital interfaces and wireless information channels in combination with new methods of designing and manufacturing on-board energy-converting equipment based on hybrid microassemblies will significantly reduce the weight and size characteristics of the spacecraft. NSTU-NETI has the competencies and scientific and technical background in high-tech areas of space technology and is able to realize the accumulated potential in creating promising spacecraft," commented Artur Otto, head of the Laboratory of Advanced Space Research, Vice Rector for Research and Innovation at NSTU-NETI.
One of the main directions of the laboratory will be the development of a software and hardware complex consisting of a universal scalable spacecraft platform with digital twins, control and verification equipment and a ground-based spacecraft flight control infrastructure (the "small spacecraft + ground infrastructure + UAV" system). The laboratory team plans to present an experimental sample of the software and hardware complex in 2026.
"One of the most important tasks of the new laboratory is to use the platforms we have created to test experimental research and developments of NSTU-NETI scientists on space topics. Among them are hybrid power modules that increase the energy intensity of spacecraft, their reliability and resource. The capabilities of the new research laboratory will accelerate the implementation of our scientists' developments," emphasized Artur Otto.
The laboratory also plans to develop a direction for the creation of spacecraft designed to operate in low (200-300 km) orbits.
In the future, it is planned to open a university Mission Control Center with the ability to control small spacecraft on the basis of the laboratory to involve students in scientific space topics and develop practical skills.