Modelování architektury řídicích systémů zážehových motorů

Abstract

This work is the result of a six months internship at Groupe Renault at the technical center of Lardy (91 Essonne, France) within the Systems Engineering Department, from 15th of February to 14th of August 2019, in order to obtain the European Master in Automotive Engineering degree and the Engineer Degree from ENSTA Bretagne. The Systems Engineering Department presents the strategies decided by the company for the Alliance Renault-Nissan-Mitsubishi powertrain control system. These strategies are represented in several documents as systems architectures. Those documents illustrate the requirements and functionalities electromechanical systems and are presented to the Software Department in order to build the software integrated in the Engine Control Unit (ECU) and also to the Components Department in order to develop new mechanical components. The main purpose of this project was to provide functional and physical architectures support for powertrain control systems while insuring the coherence between all the systems concerned.

This work is the result of a six months internship at Groupe Renault at the technical center of Lardy (91 Essonne, France) within the Systems Engineering Department, from 15th of February to 14th of August 2019, in order to obtain the European Master in Automotive Engineering degree and the Engineer Degree from ENSTA Bretagne. The Systems Engineering Department presents the strategies decided by the company for the Alliance Renault-Nissan-Mitsubishi powertrain control system. These strategies are represented in several documents as systems architectures. Those documents illustrate the requirements and functionalities electromechanical systems and are presented to the Software Department in order to build the software integrated in the Engine Control Unit (ECU) and also to the Components Department in order to develop new mechanical components. The main purpose of this project was to provide functional and physical architectures support for powertrain control systems while insuring the coherence between all the systems concerned.