K. N. Toosi University of Technology
Space Research Lab
Space Research Lab (SRL) at K.N. Toosi University of Technology designs, builds, and tests small-satellite subsystems and simulators, training the next generation of space engineers.
K. N. Toosi University of Technology
Space Research Lab (SRL) at K.N. Toosi University of Technology designs, builds, and tests small-satellite subsystems and simulators, training the next generation of space engineers.
SRL was established in 2006 at the Aerospace Engineering Faculty of K. N. Toosi University of Technology to fulfill research and educational needs in space systems engineering.
Discover Our Lab
Designing interactive space systems simulation, CubeSat ADCS, planetary rovers, satellite thermal control, and deep-space trajectory optimization.
Algorithm development, HIL/SIL simulation, reaction wheels, star trackers, and high-precision attitude determination & control systems for CubeSats.
Explore ADCSDesign, prototyping, and control of autonomous planetary rovers, lunar surface mobility systems, manipulator arms, and multi-agent robotic swarms.
Explore Space RoboticsEnd-to-end design of satellite thermal control, power distribution (EPS), structural analysis, On-Board Computer (OBC), and payload integration.
Explore SubsystemsTrajectory optimization, asteroid engineering, Lagrange point orbit modeling, non-linear dynamics, and interplanetary space mission planning.
Explore Deep SpaceAir-bearing spherical simulators, Helmholtz coil magnetic field simulators, sun simulator testbeds, and real-time hardware-in-the-loop validation.
Explore HIL TestbedsAPSCO summer camps, space school educational outreach, hands-on CubeSat workshops, and training for students and young engineers.
Explore OutreachHardware testbeds, CubeSat payloads, and hardware simulators engineered at Space Research Lab.
3-DOF spherical air-bearing simulator equipped with reaction wheels, rate gyros, sun sensors, and wireless HIL telemetry for testing CubeSat ADCS algorithms.
View Simulator Details1U/3U CubeSat architecture developed at KNTU featuring custom On-Board Computer (OBC), Electrical Power System (EPS), passive/active thermal control, and UHF/VHF communications.
View SubsystemsAutonomous 4-wheel planetary rover prototype designed for lunar surface mobility, featuring rocker-bogie suspension, obstacle navigation, and solar array deployment.
Read Rover ResearchInternational small-satellite collaboration with Asia-Pacific Space Cooperation Organization (APSCO), leading the ADCS and thermal subsystem design teams.
Read APSCO ProjectStay informed with our latest news, publications and mission milestones.
Faculty directors, executive leads, researchers, and engineers driving space systems innovation at SRL.
Students, industry partners, and researchers are welcome to collaborate with SRL.
Explore thesis opportunities, internships, and join our student satellite teams.
View Open PositionsPartner with us on research projects or leverage our testing facilities and expertise.
Partner With UsCollaborate on proposals and joint research in space systems engineering.
Submit a Proposal