Recent science and technology advancements of micro and nanosatellites have opened possibilities for new space missions that would otherwise be impossible to be carried out by small spacecraft. The Space Flight Laboratory, located at the University of Toronto Institute for Aerospace Studies, is one of the worldwide leaders in small satellite development. The Space Flight Laboratory's capabilities and technology are considered in two concept studies addressed in this thesis. In one study, the adaptation of the Generic Nanosatellite Bus for a high-precision astronomical calibration mission is explored. The bus expands the capabilities of low-cost nanosatellites by accommodating large and complex payloads. In another study, the NEMO-AM platform is adapted to a mission intended for quantum physics experiments from space, based on the demanding payload requirements. These two studies confirm the capabilities of the Space Fight Lab in undertaking innovative space missions at a fraction of the cost. Lastly, the design and development of a multi-mission telemetry data management system is described. This system is designed and built from the ground up, and has been put into operational use at the Space Flight Laboratory.
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