01 / History
History
Continuity of S. P. Korolev’s design school—from early space programmes to future orbital infrastructure.
Human spaceflight, orbital stations, satellite systems and full-cycle engineering—from first concept to operations.
RSC Energia brings together design heritage, manufacturing capability and a culture of responsibility for mission outcomes.
Continuity of S. P. Korolev’s design school—from early space programmes to future orbital infrastructure.
Crewed spacecraft, cargo systems, modules and orbital complexes.
Engineers, technologists, test teams and mission-support specialists.
Manufacturing, integration and comprehensive verification of complex space hardware.
Systems thinking, autonomy, docking, pressurised modules and life support.
From crewed orbital infrastructure to satellite communications and Earth observation systems.
A modular platform for crewed missions, research and technology demonstrations.
We manage project complexity at every stage, from preliminary concept through operations and mission-result analysis.
Objectives, orbit, architecture, payload, risks and techno-economic assessment.
Mock-ups, test benches, demonstrators and experimental launches to validate solutions.
Spacecraft preparation, integration, launch-site operations and early flight phase.
Mission control, telemetry, data reception, planning and technical user support.
Qualification, acceptance, failure analysis and design traceability at every stage.
Requirements, configuration, interface and risk management throughout the lifecycle.
A partner environment for scientists, students, engineering teams and technology companies.
Preparing microgravity experiments—from scientific hypothesis to hardware integration.
Materials science, biomedicine, robotics, advanced instruments and Earth observation.
Validating emerging solutions through ground benches and flight experiments.
Joint educational tracks, project work and participation in industry challenges.
Practical experience in design, manufacturing and testing divisions.
Transfer of engineering expertise from experienced specialists to emerging professionals.
Development of digital models, mock-ups, software, payloads and ground tools.
Support for product hypotheses, technical concepts, roadmaps and deployment models.
Competitions, R&D, pilots and demonstrators to validate the practical value of technology.
Describe the task and mission parameters. We will prepare an initial assessment of the cooperation format.
Engineering and commercial projects, scientific cooperation, university programmes, suppliers and media.