Printed electronics - 4FMT1115

Number of hours
- Lectures 3.0
- Projects 24.0
- Tutorials 4.0
- Internship -
- Laboratory works -
- Written tests -
ECTS
ECTS 38.0

Goal(s)

CHALLENGE: Development of a 3D object integrating an electronic circuit to light 1 or more LEDs by radio frequency communication (Antenna)

Learning outcomes :

To test the inkjettability of an ink based on silver nanoparticles
To measure the ability of the process to reproduce fine close-up elements commonly used in the field of printed electronics (circuit design)
Design an electronic circuit sized to be integrated into a 3D object
To measure the influence of the annealing time of the printed patterns on the electrical conduction properties
To carry out electrical characterization tests of deposits
To measure the influence of the number of printed layers
To make 13.56 MHz RFID tags of different designs
To optimize printing parameters (screen printing)
To share characterization test results (RFID tags, repositories)
To attach chips to printed antennas

Responsible(s)

Aurore DENNEULIN

Content(s)

This project is organized in several sessions of Practical Session in which 4 distinct phases follow one another:

PHASE 1: Conceptualization of the Object (Ideation)
Printing form design
Object design (3D printing / Cutting table / etc.)

PHASE 2: Printing and parameter optimization
Screen printing (Screen manufacturing)
Inkjet

PHASE 3: Characterizations
Morphological / Electrical performance / Device performance

PHASE 4: Integration of components and preparation of deliverables (ORAL / REPORTS / DEMONSTRATORS)

Prerequisites

Cours:
Digital Printing (A.Denneulin)
Screen-Printing (N.Reverdy-Bruas)
3D Printing (A. Denneulin)
Printing Electronics - Applications (D.Chaussy/A.Denneulin)
Printing Electronics - Matérials (A.Blayo)
Basics in Electronics (C. Premont)

Practice:
Screen-Printing
Digital Printing

Accessibility for people with disabilities : please contact us for further information

Test

Specific credits: this course brings 3.5 ECTS to students in Digital Printing and Printed electronic

4 deliverables are expected:

Booklet of Operating Procedures (Materials and Methods): 10%
Summary document - Analysis and Discussion of results: 20%
Delivery of SMART OBJECTS (Demonstrators): 20%
oral presentation of the project: 50%
The final score is obtained by applying the percentages indicated.

NOT CATCHING UP

IN DISTANCE MODE (Health Crisis):
20%: Individual work - A scheme summarizing the key steps of the TP that include input data (processes, substrates, variable parameters) and output data (characterization data).
35%: TP group work (trinôme or quadrup): Complete and improve a partial TP report from previous years by exploiting a dataset provided.
35%: TP Group Work - Oral Exchange With Teachers 20 min. Validation of Achievements (Via Discord)
10%: Individual reflexive short text to position TP's work in the state of the art.

4 livrables sont attendus :

Livret des Modes opératoires (Matériels et Méthodes) : 10%
Document synthétique - Analyse et Discussion des résultats : 20%
Livraison des SMART OBJECTS (Démonstrateurs) : 20%
présentation orale du projet : 50%
La note finale est obtenue en appliquant les pourcentages indiqués.

Calendar

The course exists in the following branches: