MSc in Instrumentation
Course Structure
The MSc course in Instrumentation emphasizes modern developments in measuring instruments and computer based measuring systems, and especially those applied to NDT using ultrasounds. The course consists of eight lecture topics as detailed in the list below, together with an extended project which will be carried out in the NDT-lab and with partnership with industry.
The course is normally full-time. Students willing to register on this course are required to take up an entry exam which will be held in the start of the academic year (October). They must have an engineering degree in electronics or automatic control obtained after five years of studies at university level.
Lectures are given during the first year starting from October. After the examination students work full-time on a long project and submit a dissertation which may take up to a year from the end of this course.
Syllabus
|
Module |
Lecturer |
| 1- Measuring Systems
Generalites sur les Chaines de Mesure, Conditioneurs du Signal, Reduction des Perturbationsm, Amplificateurs de Mesure, Techniaues de Traitement Analogiques des Signaux de Mesure, Systemes d'Aquisition et de Traitement des Signaux de Mesure, Evolution des Techniques Numeriques dans l'Instrumentation. |
A. Bouhadjera (MC) |
| 2- Transducers
Notions de Base sur les Capteurs, Capteurs de Temperature, Capteurs de Grandeurs Mecaniques, Capteurs Magnetiques, Capteurs Optiques, Capteurs Chimiques, Capteurs Biologiques, Les Nouvelles Techniques des Capteurs. |
A. Bouhadjera
A. Taleb (CC) |
| 3- Technical English
Technical Writing: Business Correspondance, Technical Reports, Business Plans, User Guides, Oral Presentations... Document Design: Book Design Overview, Page Design Overview, Report Format, Final Packaging... Guidelines in Technical Writing: From Audience to Rough Draft, Audience Analysis, Libraries, Documentation Cross-referencing... |
A. Bouhadjera |
| 4- Digital Signal Processing
Signaux et Systemes Numeriques, Transformation en Z, Transformation de Fourier Discrete, Transformations Unitaires Rapides, Filtrage Numerique et Filtres Numeriques, Analyse Spectrale Numerique, Traitement Homomorphiques des Signaux. |
N. Doghmane (MC)
D. Boutana (CC) |
| 5- Computer Technology & Numerical Methods
Resolution des Equations Differentielles aux Derivees Partielles, Optimisation Lineaire, Optimisatio Non-Lineaire, Complexite des Algorithmes, Algorithmes Genetiques, Simulation des Circuits Electroniques. |
A. Mellit (Dr) |
| 6- Optoelectronics
La Jonction P-N, Grandeurs Photometriques, La Diode DEL, La Photodiode, Le Rayon Captif, Le Rayon Libre, Les Lasers, Ingenierie du Faisceau Laser, Holographie, Transformee de Fourier et Optique Integree. |
M. Benslama (Pr)
O. Tekkouk (CC) |
| 7- Non-Destructif Testing Using Ultrasounds
Emission et Reception des Ultrasons, Propagation dans un Milieu Homogenes, Transmission entre deux Milieux, Formation de l'Echo, Acquisition des Informations, Traitement des Informations. |
A. Bouhadjera |
| 8- Seminars
L'objet principale des seminaires c'est de faire le point sur des domaines connexe au programme: Computer Architecture, Image/Video Processing Applications, Programmable Architectures for Image Signal Applications Using FPGAs, High Performance Computer Arithmetic. |
A. Bouridane (Reader) |
MSC. In Instrumentation 2001-2002
Students, from left to right: K. Kemih, T. Brahimi, T. Benkedidah, D. Saadaoui, F. Ariche, A. Kimouche, Y. Yaiche.
Teachers, in the middle: A. Bouridane, A Bouhadjera.
MSC. In Instrumentation 2002-2003
Students, from left to right: Z. Layachi, S. Haddad, M.Grimes, S. Halimi, I. Bouraoui, S. Bouatmane, M. Kara, A. Boufersada, D. Merabet.
Teachers, in the middle: N. Doghmane, A Bouhadjera.