Aerospace engineering

Knowledge and understanding; The Aeronautical Propulsion Laboratory course gives students the opportunity to put into practice the theoretical skills previously acquired in the Aerospace Propulsion course. Applying knowledge and understanding; This objective is pursued through the implementation of a numerical code for the calculation and display of the thermodynamic cycle associated with an aircraft engine. This calculation code is then used by the students for the sensitivity analysis of the design parameters on the performance of the chosen engine. Making judgements; The skills are acquired through frontal lectures, classroom exercise activities and group work. Knowledge is tested by means of individual tests and written group reports which at the same time ascertain and promote the acquisition of the ability to communicate effectively in written and/or oral form. Communication skills; Ability to work in a team, to present the results of group work with presentations and short technical reports. Learning skills. In addition to the understanding of the principles underlying the design of an aircraft engine, particular importance is given to software design. The basic programming principles are provided, regardless of the programming language used (Wolfram Mathematica). They are aimed at reducing the risk of programming errors, ensuring the reusability of the code, and encouraging interaction with third-party programmers.