Multidisciplinary Project 2

General Data
Academic program	ECAM LaSalle Mechanical and Electrical Engineering Programme			Module Manager(s) : ALBOU Adeline,BELLOC Cédric,GHRAB Sonia,JUSTON Axel,LANKOANDE Fatou
EC Type : Project	Multidisciplinary Project 2 (LIIEEng04EMultiPro2)
Tutorials : 10h00 Lectures : 2h00 Project : 12h00 Individual work : 12h00 Total duration: 24	Status	Period Semester 4	Teaching language : English

General objectives
By the end of this transversal project, students will be able to understand and work on different subjects to develop a rocket to be launched from a designed ramp , engineering disciplines will be jointly considered: - Mechanical design - Electronics and embedded software - Project Management

Content
Mechanical Design: - using the CREO CAD software, create the parts starting from the real & sectioned prototype by measuring dimensions using adapted measurement tools (metrology) - Create the subassemblies - Create the final assembly using the necessary dynamic joints. - Create the assembly drawing draft with nomenclature. Represent at least one section to allow the visualization of the mechanism. - Represent in the assembly drawing two main necessary fittings and the functional conditions required in the mechanism. - Using CREO mechanism: run the simulation using the calculated data Electronics: - Sensors characterization (reading and interpreting the mode of operation). - Arduino Code development - Create an electrical circuit on a breadboard

Content

Mechanical Design:
- using the CREO CAD software, create the parts starting from the real & sectioned prototype by measuring dimensions using adapted measurement tools (metrology)
- Create the subassemblies
- Create the final assembly using the necessary dynamic joints.
- Create the assembly drawing draft with nomenclature. Represent at least one section to allow the visualization of the mechanism.
- Represent in the assembly drawing two main necessary fittings and the functional conditions required in the mechanism.
- Using CREO mechanism: run the simulation using the calculated data

Electronics:
- Sensors characterization (reading and interpreting the mode of operation).
- Arduino Code development
- Create an electrical circuit on a breadboard

Corequis
Electronic principle and technology (S2) Electronic systems and circuits (S4) Mechanical Design 1 & 2

Bibliographie

Assessment(s)
N°	Nature	Coefficient	Observable objectives
1	Project	100	written report: * Project Development Phases and Project Mgmt. * Deliverables in different technology fields.