ACHIEVEMENTS

• Cargo vehicle for downtown
• Orientation of a mini camera from a VR helmet
• Research Department: Design a tap
• Electronic Design: Amplitude meter
• Filling system of glasses
• Cat recognition system
• Power 4 game
• Design of a cutting system on the fly
• Designing a dermatological table

Cargo vehicle for downtown

       This project was proposed by the company IKOP, which is installed on the Science park Izarbel.

       The company is specialized in the design and manufacture of tricycles to transport one person.

In order to increase its products range, the company wants to develop a three-wheeled vehicle for transporting goods downtown.

The project consists in the design of the vehicle from the previous existing model.

Work realised:

• Design of the solution
• Making a 3D prototype  
• Evaluate the price

Orientation of a mini camera from a VR helmet

   The project was proposed by Olivier PATROUIX, teacher researcher at the ESTIA school and LIPSI research laboratory in the field of robotic.

   Under the UAV (Unmanned Aerial Vehicle) project, the LIPSI team needs to finalize the study and the implementation of a micro camera orientation control system (3 rotations) from the movements of the head’s driver. The driver is equiped with a Virtual Reality helmet with a sensor capable of measuring changes of direction. These measures help to determine the data control to be applied to the actuators.

Work realised:

• Design the solution
• Implementation of the software part (language C)
• Production of the prototype

Research Department: Design a tap

   In a research department office context, we were offered to work in groups of 5 students around the design of a tap.

   The goal is to design an innovative tap which differs from the market. In our case, we decided to regulate the water temperature by a circular touchpad and integrated the soap output directly from the tip of the tap.

Approach :

• Standard specification
  
• Functional specification
• Creativity
• Preliminary design
• Detailed design
• Design
• Traceability

Electronic Design: Amplitude meter

  The proposed project entitled "LED display of the amplitude of a signal." (Sound Meter)

   This study consists in propose a circuit to display the amplitude of a sound signal. The display will be realised with LED.

Work realised:

• Design of an electronic circuit
• Implementation of simulations
• Produce a PCB

Filling system of glasses

       The project is to provide to a bar a system for automatically filling a meter of glasses.

       One objective is to propose an attractive symbol of party.

Work realised:

• Design
• Produce 3D model
• Drawing of the system

Cat recognition system

   The project's goal is to find a way to prevent any intrusion of foreign cats.
To push away any intruder, we assume that a cat is very nervous when entering in unknown territory. A simple noise during his passing can be enough to do escape him.

The realization of the catflap is simplified: the door can swing freely.
If an unknown cat by the system begins to push the door, it will trigger a speaker and / or a lamp which will make him run away.    

   The aims of the project are to understand how an existing electronics system works, to realise simulation in operation of the system and to produce a prototype.

Power 4 game

   The project consists of the implementation of a Power 4 game in C language.

The work consists first to define the specifications and various functions of the system. Then the program is divided into modules and the modular architecture is writing using a scenario of the game.

Work realised:

• Specifications
  
• Modular Architecture
• Coding in C
• Write a game note of use

Designing a dermatological table

   This project follows to a request from the Bordeaux hospital. It allows you to follow up patients suffering from a skin disease called vitiligo.

   The table provides a maintained position of the patient's head, it is coupled to a camera positioned at 3 different locations. The result provides a 3D rendering of the face of the patient.

Work realised:

• Design
  
• Produce 3D
• Drawing of the system
• Production of the prototype

Design of a cutting system on the fly

   The Department of SGM (Engineering Material Science) Bordeaux has an extrusion machine of H profile.

   In order to carry out tests on samples of this profile, we were asked to design an adaptable module at the output of the extruder to cut on the fly the profile to a certain length.

Work realised:

• Specification
  
• Design
• Produce a 3D model
• Drawing of the system