The Space Systems Research Laboratory is in the Department of Aerospace and Mechanical Engineering of the School of Science and Engineering at Saint Louis University.
The mission of the Space Systems Research Lab (SSRL) is to perform world-class research in the design, fabrication, and operation of space systems, and to produce world-class space systems engineers. Several dozen undergraduate students actively work with the lab, which has produced three flight missions as well as three more in development.
DARLA
DARLA 02
SARDONYX
Argus, a 2U CubeSat developed in partnership with Vanderbilt University to improve modeling of the effects of radiation on modern space electronics. It was SSRL’s entry in the AFRL University Nanosat-7 competition and was selected by NASA to launch in November 2015 as part of the ORS-4/ELaNa-VII mission. Argus was lost in the ORS-4 Launch failure.
COPPER, a 1U CubeSat to flight-test the use of a commercial microbolometer (long-wave infrared imager) for Earth observing and space situational awareness. COPPER was SSRL’s entry in the AFRL University Nanosat-6 competition and was launched in November 2013 as part of the ORS-3/ELaNa-IV mission.
Attitude Determination & Control (ADCS)
Determines spacecraft orientation and provides stabilization and control for on-orbit operations and experimentation.
Communications
Supports spacecraft-to-ground data exchange, telemetry, command, and RF experimentation.
Ground Systems
Enables mission operations, telemetry monitoring, command execution, and data handling through ground software and infrastructure.
Integration & Testing
Responsible for subsystem integration, functional testing, verification, and pre-flight validation.
Structures
Designs and validates the mechanical framework of spacecraft, ensuring structural integrity and compatibility with launch requirements.
Thermal
Manages spacecraft thermal environments to ensure components operate within safe temperature limits.
Software
Develops flight and ground software, autonomous behaviors, fault detection, and networked communication architectures.
Payload
Supports the design, integration, and operation of scientific, technology demonstration, and experimental payloads for in-orbit research.
Get Involved!
There are many ways to participate in SSRL: graduate research, undergraduate research, student volunteer, summer intern, senior design and through our formal coursework. Click here for more options.