We Build Armenia’s Path to Space At CIPR, we design and develop space systems — from satellites to ground stations — while training the next generation of aerospace engineers.
Space technology isn’t just about rockets—it’s about inspiring innovation, advancing science, and preparing Armenia for the future. At CIPR, we believe space exploration fuels national progress. Our work empowers students, strengthens technical education, and creates opportunities for Armenia to participate in the global space community. By building space systems locally, we are not only reaching for the stars—we’re building a stronger, smarter, and more self-reliant nation.
Our mission
is to promote the development of space engineering in Armenia by offering innovative technologies, future-oriented projects and educational opportunities that will transform the country’s scientific and technical sector and increase its international reputation.
Our vision
is to become a leading aerospace company in the Republic of Armenia, building space systems through versatile engineering capabilities. To lead and shape the future of space engineering in Armenia, becoming a globally competitive and innovative solutions provider.
Tiezerq 1.0: A Classroom Mission to Space
Tiezerq 1 is more than a CanSat — it’s a launchpad for young minds. Designed for schools, this hands-on educational program brings space science, engineering, and innovation directly into the classroom, giving students real experience with satellite technology and inspiring the next generation of explorers.
Discover Tiezerq 1 — where education meets exploration.
Curious about what else we’re building? See all our projects and explore how we’re shaping the future of space technology.
OrbNav: Orbit Dynamics & Trajectory Design
Spacecraft don’t just fly — they navigate. OrbNav is our orbital mechanics program dedicated to calculating efficient, stable paths for […]
ThermoLogic: Space Thermal Control Simulation
Temperature control is critical for any mission. With ThermoLogic, we model and simulate how spacecraft handle extreme heat and cold […]
SpaceQual: In-Orbit Validation & Testing
Space is the ultimate proving ground. SpaceQual allows startups and researchers to test hardware in space conditions through CubeSat payload […]
SmartMat: Intelligent Aerospace Materials
Materials make missions possible. SmartMat explores shape-memory alloys, thermal-responsive polymers, and self-healing composites to build satellites and structures of the […]
