Course Contents (1) Fundamental theory and state-of-art of micro-propulsion systems for small satellites;
(2) Down-scaling and manufacturing of miniaturized propulsion systems and components;
(3) Individual project (variable topic and goals, see below).
Study Goals Understand the basics of micro-propulsion systems for small satellites and their fundamental differences to larger scale space
propulsion.
Apply the basic theory to identify the most important requirements for a micro-propulsion system, starting from the relevant top
-level mission and satellite requirements.
Understand and apply down-scaling rules for the miniaturization of propulsion and fluidic systems.
Know, compare and apply (if required by the specific individual project taken by the student) the main available manufacturing
techniques for micro-propulsion systems and components, their range of applicability and their advantages/drawbacks.
Critically analyze the available state-of-art micro-propulsion options, identify their peculiar characteristics and ranges of
applicability, discuss and justify the most suitable one(s) based on given mission and satellite requirements.
Actively contribute to solve the challenges and achieve the goals of the current micro-propulsion research in the SpE
department, by performing the tasks of a specific project, chosen among the ones proposed by the responsible instructor.
Acquire hands-on skills on one or more of the following (depending on the specific individual project selected by the student):
micro-propulsion laboratory and testing activities; design of micro-propulsion systems and components; micro-propulsion
verification/optimization by means of analytical or numerical tools; or combinations of the above.
