清华大学
Tsinghua University is a prominent Chinese research university with significant activity in the space sector. Through its School of Aerospace Engineering and related research centers, it designs and develops microsatellites and nanosatellites like Tsinghua-1 and Q-SAT for Earth observation, communications research, and atmospheric density measurement. The university also leads the Tomorrow Space Network (TSN) Innovation Project, focused on developing space-based networking technologies. Tsinghua partners with organizations like SSTL and CASC and is involved in national aerospace projects such as the C919 aircraft program.
All verified mentions of this organization in source documents.
Tsinghua University students are building the $2.8 million START smallsat mission to study asteroid Apophis.
Naxing-3A and Naxing-3B were jointly built by Tsinghua University and a company in Beijing.
Tsinghua University and Harbin Institute of Technology campus locations face directly onto industrial parks and corporate headquarters in the district.
The RAFAEL technology, developed at Tsinghua University's Department of Electrical Engineering, integrates a full spectroscopic system onto a chip roughly the size of a SIM card.
Tsinghua University is developing a Mars lighthouse, an integrated sustainable Mars exploration system utilizing CO2 compressed energy storage.
Tsinghua University led the development of a Compton telescope for gamma-ray particle detection on Yunyao-1-27.
Yunyao-1-27 carries a Compton telescope for gamma-ray particle detection led by Tsinghua University.
Tsingshen Tech, backed by the Shanghai government and Tsinghua University, launched China’s first medium Earth orbit broadband satellite earlier 2024-05.
Tsingshen Tech is collaborating with Tsinghua University and the Shanghai government to create a medium Earth orbit broadband satellite constellation.
The Tsinghua Science satellite was launched in August 2020 on a Long March 2D rocket to make atmospheric density and gravitational field measurements.
The Tsinghua Science satellite operates in a 478 by 499-kilometer orbit with an inclination of 97.4 degrees.