On May 21, Samara University hosted the culminating event for teams participating in the nationwide educational initiative "Sirius. Summer: Start Your Project." Throughout the academic year—from September to May—schoolchildren worked on ambitious research and engineering projects under the mentorship of Samara University students. This year's cohort included 74 students from Samara and Samara Oblast, supported by 12 university student mentors.
Launching Young Minds into Science
The "Sirius. Summer: Start Your Project" program was created to immerse schoolchildren in the world of science and innovation. Participants gain access to Samara University's cutting-edge educational and research infrastructure—including technical laboratories and expert guidance from student design bureaus. This close collaboration with mentors enabled young researchers to acquire skills and knowledge far beyond the scope of standard school curricula.
Samara University has participated in the program every year since its launch in 2020. Under the guidance of university students and early-career scientists, this year's participants tackled diverse technical challenges: building experimental rocket models, designing miniature launch systems, and exploring numerous other engineering frontiers.
Expert Evaluation and Forward-Looking Dialogue
The project defense session featured a distinguished panel of experts from Samara University:
- Olga Novoselova, Associate Professor, Department of Human Resource Management
- Sergey Bibikov, Associate Professor, Department of Technical Cybernetics; Senior Researcher, NIL-35
- Ruslan Pikalov, Senior Lecturer, Department of Theoretical Mechanics
- Ekaterina Lunina, Engineer, Institute of Engine and Power Plant Engineering
- Elena Rostova, Head, Department of Mathematics and Business Informatics
Joined by invited guest Irina Maksimochkina, Deputy Director for Public Relations and External Communications at the Regional Center for Gifted Children, the experts engaged participants in thoughtful discussions about their results, interdisciplinary approaches, and the real-world implementation potential of their developments.
Projects That Shape Tomorrow
Teams presented innovative work across a remarkable spectrum of themes:
? "Soft Power: The Psychology of Influence in Management" — Behavioral science & leadership
? "Smart Quality Controller: AI- and Computer Vision-Based Automated Quality Assurance" — Artificial intelligence & industrial automation
? "Development of a Composite Material to Enhance UAV Fuselage Strength" — Materials science & aerospace engineering
? "Implementing Object Tracking Algorithms on Dynamic Imagery Using Diverse Technical and Software Solutions" — Computer vision & robotics
? "Optimizing Industrial Neural Networks Through Non-Standard Hyperparameter Search and Unconventional Mathematics" — Machine learning & computational innovation
? "Design of Targeted Electronic Boards for Streamlined Testing Technologies" — Embedded systems & hardware engineering
? "Creating a Terminal for Microcontroller Communication and Multi-Format Data Visualization" — IoT & user interface design
? "Raman Spectroscopy Analysis of Industrial Paracetamol-Containing Pharmaceuticals" — Analytical chemistry & quality control
? "Design of a Planetary Rover for Exploration of Solid-Surface Celestial Bodies" — Space robotics & planetary science
? "Digital Twin Development for Small-Scale Gas Turbine Engine Assembly Lines" — Industrial digitalization & manufacturing
? "Battery Pack Design for Small Artificial Earth Satellites" — Aerospace power systems
? "Development of an Atmospheric Platform with Optical Data Transmission" — Communications technology & atmospheric science
? "Launch System Design for Miniature Rockets" — Propulsion engineering & experimental aerospace
? "Studying the Impact of Space Conditions on Earth-Standard Electronic Components" — Space environment testing & reliability engineering
? "Design and Programming of a Modular CubeSat Block for Data Collection" — Small satellite technology & space instrumentation
? "Development of a Launch Device for Experimental Rocket Models" — Prototyping & experimental methodology
Building the Next Generation of Innovators
"Programs like this don't just teach science—they ignite passion," noted one faculty participant. "When schoolchildren work side-by-side with university students on real engineering challenges, they don't just learn—they transform."
The final event marked not an ending, but a launchpad: many participants expressed interest in continuing their projects, applying to Samara University, or pursuing STEM careers.
Photo: Alexandra Novikova
With initiatives like "Sirius. Summer," Samara University reaffirms its commitment to nurturing talent early—because today's curious schoolchild may be tomorrow's engineer, scientist, or space explorer.
