Courriel: mohammed.bougataya@uqo.ca
Gatineau - Pavillon Lucien-Brault
101, rue Saint-Jean-Bosco
Gatineau Québec Canada
J8X 3X7

Mohammed Bougataya MSc,PhD, ing

DOMAINES DE SPÉCIALISATION

Aspects mesures et microélectronique 



  • Capteurs intégrés et intelligents.

  • Algorithme d’intelligence artificielle dédié au contrôle de la température.

  • Algorithmes d'étalonnage des systèmes de mesures dynamiques et statiques.

  • Prototypage intelligence rapide et implémentation sur FPGA.


Aspect thermomécanique et bio-thermique



  • Mécanismes de transfert de chaleur dans les tissus biologiques

  • Modélisation et simulation des phénomènes électrothermiques ;

  • Analyse numérique des procédés électrothermiques ; 

  • Modélisation numérique du transfert de chaleur et l'écoulement du fluide ;


Aspects électrotechnique, automatisation, réseaux électriques et énergies renouvelables



  • Voiture électrique et autonome

  • Automatisation et control des systèmes hybrides à sources d'énergies renouvelables en temps réel. 

  • Gestion et rentabilité des projets en efficacité énergétique ;

  • Machines électriques et entraînements à vitesse variable ;


FORMATION

 Ph. D. en génie électrique-UQTR (2010)

Maîtrise en génie électrique-UQTR (2002)

Certificat de 2éme cycle en gestion de projet-UQO (2003)

Ingénieur d’état en Électrotechnique-Réseaux électrique-USTO (1998)

ENSEIGNEMENT

  • GEN1973 Projet de conception de grande envergure en génie 
  • GEN1733 Modélisation et simulation en génie électrique 
  • GEN1763 Réseaux intelligents 
  • GEN1243 Conception des systèmes digitaux
  • GEN1363 Économique de génie 
  • GEN1173 Système asservis
  • GEN1093 Dynamique des systèmes II
  • GEN1083 Dynamique des systèmes I
  • NF4023 Architecture des ordinateurs I 
  • INF1643 Architecture des ordinateurs II
  • GEN1143 Électromagnétisme
  • GEN1153 Électrotechnique
  • GEN 1123 Électronique II
  • GEN5023 Projet de fin d'études en génie II
  • GEN5003 Projet de fin d'études en génie I
  • GEN5022 Projet de fin d'études en génie II
  • GEN5002 Projet de fin d'études en génie I

RECHERCHE

Brevet

  1. Lakhssassi, Ahmed, Mohammed Bougataya. Apparatus and methods to sustain thermo-mechanical stability in Large Area Integrated Circuit systems. Methods, Apparatus And System To Support Large-Scale Micro-Systems Including Embedded & Distributed Power Supply, Thermal Regulation, Multi-Distrib . USA, Québec, Canada US 13-782,868. 2013-03-01.
  2. Savaria, Yvon, Yves Blaquière, Ahmed Lakhssassi, Olivier Valorge, Yan Basile-Bellavance, Mohammed Bougataya, Nicolas Laflamme-Mayer, Mohamad Sawan. Methods, apparatus and system to support large-scale micro-systems including embedded and distributed power supply, thermal regulation, multi-distributed-sensors and electrical signal propagation. International PCT/CA2011/050537. 15.03.2012

 

Chapitre de livre

  1. Guillemot, Mikaël, Hai Nguyen, Mohammed Bougataya, Ahmed Lakhssassi, Yves Blaquière, Mary Shields, Yvon Savaria. A Wafer-Scale Rapid Electronic Systems Prototyping Platform – User Support Tools and Thermo-Mechanical Validation, . Cat. No. K15905. Novel Advances in Microsystems Technologies and their Applications, VLSI Circuits Devices and Techno : Francis/Iniewski, Taylor & Francis Group, 2013. 70-103.
  2. Guillemot, Mikaël, Hai Nguyen, Mohammed Bougataya, Yves Blaquière, Ahmed Lakhssassi, Mary Shield, Yvon Savaria. A Wafer-Scale Rapid Electronic Systems Prototyping Platform – User Support Tools and Thermo-Mechanical Validation. CMOS ET (Emerging Technology), Smart Grid Infrastructure & Networking. USA : McGraw-Hill, 2012. 40
  3. Lakhssassi, Ahmed, Mohammed Bougataya. VLSI Thermal Analysis and Monitoring. VLSI. Vienna : In-Tech, Kirchengasse 43/3, A-1070 Vienna, Asutria , 2009. 25

 

Articles dans des revues avec comité de lecture

  1. Lakhssassi, Ahmed, Idir Mellal, Mhamed Nour, Youcef Fouzar, Mohammed Bougataya, Emmanuel Kengne. Improving Human Health: Challenges and Methodology for Controlling Thermal Doses During Cancer Therapeutic Treatment. Lecture Notes in Electrical Engineering, Springer. Proceedings of the 2nd International Conference on Electronic Engineering and Renewable Energy Systems. ICEERE 2020. 681. (2020)
  2. Azzouz Benlahouar, Mohammed Bougataya On the Use of The MACD to Predict Power Production and Hers sizing Asia Pacific Journal of Contemporary Education and Communication Technology. 2018
  3. Nour, Mhamed, Aziz Oukaira, Mohammed Bougataya, Ahmed Lakhssassi. Thermal Damage Modeling Analysis and Validation during Treatment of Tissue Tumors. International Journal of Pharma Medicine and Biological Sciences (IJPMBS) 6. 4 (2017) : 1-7.
  4. Nour, Mhamed, Mohammed Bougataya, Ahmed Lakhssassi. Using Virtual Bang-Bang Controllers to Optimize Treatment of Brain Tumors,. Asia Pacific Journal of Contemporary Education and Communication Technology. (2017) : 1-8.
  5. Nour, Mhamed, Mohammed Bougataya, Karim El Guemhioui, Ahmed Lakhssassi. Optimization of the Laser/Cancer Treatment’s Planning and Thermal Dosimetry Control. International Journal of Bioscience, Biochemistry and Bioinformatics (IJBBB) Extended version 7. 1 (2017)
  6. Mhamed Nour, Mohammed Bougataya, Ahmed Lakhssassi and Karim El Guemhioui, Optimization of the Laser/Cancer Treatment’s Planning and Thermal Dosimetry Control  International Journal of Bioscience, Biochemistry and Bioinformatics (IJBBB, ISSN: 2010-3638), September, 2016
  7. Mhamed Nour, Mohammed Bougataya, Emmanuel Kengne,  Karim El  Guemhioui, Ahmed Lakhssassi, Framework of the Bio-heat Transfer for Laser/Cancer Treatment,  International Journal of Pharma Medicine and Biological Sciences (IJPMBS, ISSN: 2278-5221),  July, 2016 News. Vol. 5, No. 3 
  8.  
  9. Mohammed Bougataya, Ahmed Lakhsasi ‘’Mixed Fluid-Heat Transfer for Thermal Modeling and Analysis of a Wafer-Scale Integrated Circuit’’ August 6, 2010 | MS-11-08.06.10-A CMC-00200-01336
  10. Ahmed Lakhsasi, Mohammed Bougataya, and Danniel Massicotte: Practical approach to gradient direction sensor method in very large scale integration thermomechanical stress analysis, J. Vac. Sci. Technol.  A 24(3), pp. 758-763, May 2006.

 

 

Articles dans un Acte de colloque avec comité de lecture (Proceeding)

  1. Azzouz Benlahouar, Mohammed Bougataya On the Use of The MACD to Predict Power Production and Hers sizing. ICAR -2017- 1st International Conference on Advanced Research, Bahrain
  2. Mhamed Nour, Mohammed Bougataya, Ahmed Lakhssassi, Using Virtual Bang-Bang Controllers to Optimize Treatment of Brain Tumors, ICAR -2017- 1st International Conference on Advanced Research, Bahrain
  3. Mhamed Nour, Mohammed Bougataya, Ahmed Lakhssassi and Karim El Guemhioui, Optimization of the Laser/Cancer Treatment’s Planning and Thermal Dosimetry Control, ICBEM 2016 Toronto September 2016
  4.  Mhamed Nour, Mohammed Bougataya and Ahmed Lakhssassi, Modeling the Laser Thermal Therapy in Treatment of Brain Tumors, ICECS 2016 Toronto September 2016
  5. Mhamed Nour, Mohammed Bougataya, Emmanuel Kengne,  Karim El Guemhioui, Ahmed Lakhssassi, Framework of the Bio-heat Transfer for Laser/Cancer Treatment, Proceeding of the ICBBT 2016 Barcelona Spain, June 10-12, 2016
  6.  Mhamed Nour, Mohammed Bougataya, Emmanuel Kengne  Karim El Guemhioui, Ahmed Lakhssassi, The Dosimetry Framework of the Bio-heat Transfer for Laser/Cancer Treatment, ISCAS2016, May 22, 2016 Montreal.
  7. Mhamed Nour, Ahmed Lakhssassi, Emmanuel Kengne, Mohammed Bougataya, 3D Simulation of the Laser Interstitial Thermal Therapy in Treatment (LITT) of Brain Tumors.  LIMA - Laboratoire d'Ingénierie des Microsystèmes Avancés, Université du Québec en Outaouais, Québec, Canada. COMSOL 2015, BOSTON USA, October 5-6, 2015.
  8. Saydé, Michel, Ahmed Lakhssassi, Mohammed Bougataya, Omar Terkawi, Yves Blaquière. SoC Systems Thermal Monitoring Using Embedded Sensor Cells Unit. 55th Int'l Midwest Symposium on Circuits & Systems, Boise, Idaho, USA. IEEE. 4. (2012).
  9. Saydé, Michel, Oussama Berriah, Ahmed Lakhssassi, Mohammed Bougataya, Emmanuel Kengne, Larbi Talbi. Silicon-Die Thermal Monitoring Using Embedded Sensor Cells Unit. Bordeaux, France, Bordeaux, France. IEEE Circuits and Systems Society. 4. (2011).
  10. Mohammed Bougataya, Ahmed Lakhssassi, Yves Blaquière, Yvon Savaria, Richard Norman, Richard Prytula. Thermo-Mechanical Analysis of a Reconfigurable Wafer-Scale Integrated Circuit. IEEE-ICECS 2010 Athens, , NJ Piscatawey. IEEE. 4. (2010).
  11. Berriah, Oussama, Mohammed Bougataya, Ahmed Lakhssassi, Yves Blaquière, Yvon Savaria. Thermal Analysis of a Miniature Electronic Power Device Matched to a Silicon Wafer. the 8th IEEE International NEWCAS, IEEE Circuits and Systems Society conference , NJ Piscatawey. IEEE. 129 - 132. (2010).
  12. Berriah, Oussama, Mohammed Bougataya, Ahmed Lakhssassi. Steady State Thermal Analysis of a Miniature Electronic Power Devices Matched with Silicon Wafers. 78 congrès de l’ACFAS, UdeM, Montréal, Canada. ACFAS. 5. (2010).
  13. Berriah, Oussama, Ahmed Lakhssassi, Mohammed Bougataya, Yves Blaquière, Yvon Savaria. Design and Tests of a Miniature Electronic Power Devices Matched with Silicon Wafers. CMC symposium 2010, Ottawa. CMC. (2010).
  14. Radji, Moufid, Ahmed Lakhssassi, Mohammed Bougataya, Anas Hamoui, Ricardo Izquierdo. Wafer Post-Processing for a Reconfigurable Wafer-Scale Circuit Board. 11 th Electronics Packaging Technology Conference EPTC 2009, 5. (2009).
  15. Mohammed Bougataya, A. Lakhssassi, R.Norman, R.Prytula, Y.Blaquière , Y.Savaria. Steady State Thermal Analysis of a Reconfigurable Wafer-Scale Circuit Board. IEEE/CCECE08 Proceedings;, IEEE. (2008).
  16. A.Lakhssassi, Mohammed Bougataya, C.Boustany, D. Massicotte. Thermal Stress Monitoring Using Gradient Direction Sensors. Joint IEEE-NEWCAS and TAISA Conference, Montréal. IEEE. 4. (2008).
  17.  A.Lakhssassi, Mohammed Bougataya, C.Boustany, D. Massicotte. VLSI Thermal Stress Monitoring using GDS Method. IEEE/CCECE08 Proceedings, IEEE. (2008).
  18. C.Boustany, A.Lakhssassi, Mohammed Bougataya. Design and implementation of a surface peak thermal detector algorithm. ASAP07/IEEE 18th International Conference Application-specific Systems, Architectures and Processors, Montréal, Canada. IEEE. 234-238. (2007).
  19. Mohammed Bougataya, A. Lakhssassi, D. Massicotte. Steady State Thermo-mechanical Stress  Prediction for Large VLSI circuits using GDS Method . IEEE Canadian Conference on Electrical and Computer Engineering , Ottawa. IEEE Canada. 917-921. (2006).
  20. Mohammed Bougataya, A. Lakhssassi, D. Massicotte.VLSI Thermo-mechanical Stress Analysis by Gradient Direction Sensor Method. The 2005 IEEE Canadian Conference on Electrical and Computer Engineering, Saskatoon, Saskatchewan, Canada. IEEE. 710-713. (2005).
  21.  Mohammed Bougataya, A. Lakhssassi, Y.Savaria D. Massicotte. Thermo-mechanical Stress Analysis of VLSI devices by partially coupled finite element methods. The 2004 IEEE Canadian Conference on Electrical and Computer Engineering, Niagara falls, Canada. IEEE. 509-513. (2004).
  22.  Mohammed Bougataya, A. Lakhssassi, Y.Savaria D. Massicotte. Stress and distortion Behavior for VLSI Steady State Thermal Analysis. The 2003 IEEE Canadian Conference on Electrical and Computer Engineering, Montréal, Québec, Canada. IEEE. 111-116. (2003).
  23.  Mohammed Bougataya, A. Lakhssassi, Y.Savaria D. Massicotte Mixed Fluid-Heat Transfer Approach for VLSI Steady State Thermal Analysis. IEEE CCECE02 Proceedings, Winnipeg, Manitoba, 403-407. (2002).

 

Articles dans des conférences avec comité de lecture

  1. Nour, Mhamed, Mohammed Bougataya, Emmanuel Kengne, Karim El Guemhioui, Ahmed Lakhssassi. The Dosimetry Framework of the Bio-heat Transfer for Laser/Cancer Treatment. ISCAS2016 Montreal Canada
  2. Berriah, Oussama, Mohammed Bougataya, Ahmed Lakhssassi. Steady State Thermal Analysis of a Miniature Electronic Power Devices Matched with Silicon Wafers. 78 congrés de l’ACFAS. UdeM, Montreal, Canada,, Mai 10-14.
  3. Mohammed Bougataya, Ahmed Lakhsasi, Danniel Massicotte. A practical approach to gradient direction sensor method in VLSI Thermo-mechanical Stress Analysis. the Twelfth Canadian Semiconductor Technology Conference (CSTC). Fairmont Château Laurier - Ottawa, Canada, 2005.
  4. Mohammed Bougataya, Ahmed Lakhsasi, Danniel Massicotte. Analyse des contraintes thermomécaniques en régime dynamique au niveau d'une puce VLSI par la méthode des éléments finis. 72e congrès de l’ACFAS 04. Université du Québec à Montréal, Mai 10-14.

 

Rapports de recherche

  1. Mohammed Bougataya, Lakhssassi, Ahmed.2010. DreamWafer :Powerblocks thermal investigation with Heat Sink Spacer , Report No 33, 3-03-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  2. Mohammed Bougataya, Lakhssassi, Ahmed.2010. High Density Heat Sink Design and Optimization for WaferBoard Technology V.1: Qfin Solution, Repport No 35, 31-03-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  3. Mohammed Bougataya, Lakhssassi, Ahmed.2010. High Density Heat Sink Design and Optimization for WaferBoard Technology V.2, Report No 36, 28-04-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  4. Mohammed Bougataya, Lakhssassi, Ahmed.2010. High Density Heat Sink Design and optimization for WaferBoard technology, Report No 31, 3-2-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  5. Mohammed Bougataya, Lakhssassi, Ahmed.2010. Power Block Heat sink spacer V2, Report No 30, 13-01-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  6. Mohammed Bougataya, Lakhssassi, Ahmed.2010. Thermal-mechanical Testing of WaferBoard, Report No 41, 30-06-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  7. Mohammed Bougataya, Lakhssassi, Ahmed.2010. TSV mechanical investigations with 2um Cu thickness, Report No 37, 9-06-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  8. Mohammed Bougataya, Lakhssassi, Ahmed.2010. WaferBoard thermal-mechanical investigation with all powerblocks: 21 PowerBlocks Heat Sink Spacer V.5, Report No 34, 31-03-2010. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  9. Mohammed Bougataya, Lakhssassi, Ahmed.2009. Power blocks thermal investigations Part I, Report No 23, 22-07-09. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  10. Mohammed Bougataya, Lakhssassi, Ahmed.2009. Power Blocks–Backplate WaferBoard thermal investigations: Part I, Report No 22, 8-07-09. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  11. Mohammed Bougataya, Lakhssassi, Ahmed.2009. PowerBlock Heat sink spacer V1, Report No 28, 3-12-2009. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  12. Mohammed Bougataya, Lakhssassi, Ahmed.2009. PowerBlock Thermal investigation, Report No 24. 30-08-09. UQ O-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  13. Mohammed Bougataya, Lakhssassi, Ahmed.2009. Thermal invistigation in all structure, Report No 25, 7-10-2009. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  14. Mohammed Bougataya, Lakhssassi, Ahmed.2009. TSV and power blocks WaferBoard mechanical investigations: Part I., Report No 20, 10-06-09. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  15. Mohammed Bougataya, Lakhssassi, Ahmed.2009. TSV WaferBoard mechanical investigations: Part I: Model with forced convection and simply supported B.C., Report No 16, 24-04-09. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  16. Mohammed Bougataya, Lakhssassi, Ahmed.2009. TSV WaferBoard mechanical investigations: Part II., Report No 18, 13-05-09. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  17. Mohammed Bougataya, Lakhssassi, Ahmed.2009. WaferBoard thermal investigation, Report No 27, 25-11-2009. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  18. Mohammed Bougataya,Lakhssassi, Ahmed.2009. WaferBoard with TSV technology thermo mechanical investigations, Report No 13, 02-04-2008. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  19. Mohammed Bougataya, Lakhssassi, Ahmed.2008. DreamWafer thermo-mechanical investigations (summary), Report No 10, 16-01-2008 . UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  20. Mohammed Bougataya, Lakhssassi, Ahmed.2008. DreamWafer thermo-mechanical investigations for TSV technology: phase 4 final report: Sandwich model with forced convection and simply supported B.C., Report No 14, 31-04-08. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  21. Mohammed Bougataya, Lakhssassi, Ahmed.2008. DreamWafer thermo-mechanical investigations: Part II. Sandwich model with forced convection and 4 edges simply supported B.C. The Plunger on the top (Pressure apply locally on the top of electronic components surface) (Cont), Report No 7, 30-10-07 . UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  22. Mohammed Bougataya, Lakhssassi, Ahmed.2008. DreamWafer thermo-mechanical investigations: Part II. Sandwich model with forced convection and 4 edges simply supported B.C. The Plunger on the top (Pressure apply locally on the top of electronic components surface) (Cont-2), Report No 8, 20-11-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  23. Mohammed Bougataya, Lakhssassi, Ahmed.2008. DreamWafer thermo-mechanical investigations: Part II. Sandwich model with forced convection and simply supported B.C. The Plunger on the top (Pressure apply locally on the top and on the four side of electronic components surfaces) (critical area), Report No 9, 18-12-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  24. Mohammed Bougataya, Lakhssassi, Ahmed.2008. DreamWafer thermo-mechanical investigations: Part II. Sandwich model with forced convection and simply supported B.C. The Plunger on the top (Pressure apply locally on the top of electronic components surface), Report No 6, 02-10-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  25. Mohammed Bougataya, Lakhssassi, Ahmed.2008. WaferBoard thermal-mechanical design guide V.0.0, Report No 11, 06-02-08. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  26. Mohammed Bougataya, Lakhssassi, Ahmed.2008. WaferBoardTM using TSV technology: Thermal investigations, Report No 12, 05-03-2008 . UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  27. Mohammed Bougataya, Lakhssassi, Ahmed.2007. DreamWafer Prototype Structure for thermo-mechanical investigations, Report No 1, 24-04-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  28. Mohammed Bougataya, Lakhssassi, Ahmed.2007. DreamWafer thermal investigations, Report No 2, 08-05-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  29. Mohammed Bougataya, Lakhssassi, Ahmed.2007. DreamWafer thermo-mechanical investigations: part I, Report No 3, 26-06-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  30. Mohammed Bougataya, Lakhssassi, Ahmed.2007. DreamWafer thermo-mechanical investigations: Part II, Report No 5, 28-08-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  31. Mohammed Bougataya, Lakhssassi, Ahmed.2007. DreamWafer thermomechanical investigations:Final report – Phase I, Report No 4, 31-07-07. UQO-Polytechnique-UQAM-TechnoCap, CONFIDENTIAL
  32. Mohammed Bougataya, Lakhssassi, Ahmed.2002. BGA Thermomechanical Stress Analysis, POLY/HYP/UQAH-H02-C. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  33. Mohammed Bougataya, Lakhssassi, Ahmed.2002. Heat Transfer Efficiencies for various Heat Sink Configuration, POLY/HYP/UQAH-H02-B. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  34. Mohammed Bougataya, Lakhssassi, Ahmed.2002. Transient thermo-mechanical investigation for same power heat generation on cells, POLY/HYP/UQAH-Été 02-A. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  35. Mohammed Bougataya, Lakhssassi, Ahmed. 2001. Ball Grid array (BGA) packages thermomechanical analysis, POLY/HYP/UQAH-Aut01-C. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  36. Mohammed Bougataya, Lakhssassi, Ahmed. 2001. Package heat sink investigation of WSI project, POLY/HYP/UQAH-Ete01-A. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  37. Mohammed Bougataya, Lakhssassi, Ahmed. 2001. Steady state heat transfer investigation of WSI project, POLY/HYP/UQAH-H01-B. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  38. Mohammed Bougataya, Lakhssassi, Ahmed. 2001. Stress and distortion of WSI device, POLY/HYP/UQAH-Aut01-A. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  39. Mohammed Bougataya, Lakhssassi, Ahmed.2001. Von Mises stress thermo-mechanical investigation, POLY/HYP/UQAH-Aut01-B. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  40. Mohammed Bougataya, Lakhssassi, Ahmed.2001. Summury thermal investigation of WSI project, Hyperchip Inc., CONFIDENTIAL, UQAH, POLY/HYP/UQAH-H01-A. Hull : Université du Québec en Outaouais, CONFIDENTIAL
  41. Mohammed Bougataya, Lakhssassi, Ahmed. 2000. Preliminary thermal investigation of transient and steady state heat transfer, POLY/HYP/UQAH-Ete00-A. UQAH : Université du Québec en Outaouais, CONFIDENTIAL
  42. Mohammed Bougataya, Lakhssassi, Ahmed. 2000. Steady state DATA BUS power heat generation, POLY/HYP/UQAH-Aut00-B. UQAH : Université du Québec en Outaouais, CONFIDENTIAL
  43. Mohammed Bougataya, Lakhssassi, Ahmed.2000. Summary of transient heat transfer results of data bus surface thermal investigation, POLY/HYP/UQAH-Ete02-B. UQAH : Université du Québec en Outaouais, CONFIDENTIAL
  44.  Mohammed Bougataya, Lakhssassi, Ahmed. 2000. Temperature profile on DATA BUS structure, POLY/HYP/UQAH-Aut00-A. UQAH : Université du Québec en Outaouais, CONFIDENTIAL

Liste complète des productions

AFFILIATIONS

  • ·     Membre de l'Ordre des Ingénieurs du Québec.
  • ·     Membre de IEEE (Institute of Electrical and Electronic and Engineers).

 

DIRECTION DE RECHERCHE