F. Lachhab
Mrs Fadwa Lachhab defended, on November 9th 2018, at the ENSIAS, her PhD thesis “Context-driven Control Approaches Using IoT andBig Data Technologies for Smart Buildings”. Fadwa’s thesis work was conducted Between UIR and ENSIAS under the supervision of M. Essaaidi (ENSIAS), R. Ouladsine (UIR) and M. BAKHOUYA (UIR). Fadwa’s spent four years working on the project CASANET (Context‐Aware Sensor‐Actuator Networks for…
A. Lahlou
Mr Anas Lahlou defended, on Friday 6th November 2020, his PhD thesis “Energy and Thermal Comfort Management Strategies for Battery Electric Vehicles” at the Sorbonne University (SU). Anas’s thesis work was conducted between UIR, SU, EMI and PSA under the supervision of Mrs Ossart (SU), M. Maaroufi (EMI), M. Roy (PSA) and M. Bakhouya (UIR). Anas has spent 3 years and half (2017-2020) working on…
H. Elkhoukhi
Mr Hamza Elkhoukhi has defended, on 10th December 2022, his PhD thesis entitled Real-time machine learning approaches for occupancy detection in smart buildings. Hamza’s thesis work was conducted between the UIR and the UMI under the supervision of M. El Ouadghiri (UMI), Mrs. Hanifi (UIR) and M. Bakhouya (UIR). Hamza has spent almost 5 years (2018-2022) working on the project MIGRID « Towards Smart Microgrids: Renewable Energy Integration…
Y. Naitmalek
Mr Youssef Naitmalek defended his PhD thesis entitled “Contribution toward a Smart EMS Using IoT and Machine Learning for Electric Vehicles”. The defense was held at the ENSIAS (Ecole Nationale Supérieure d’Informatique et d’Analyse des Systèmes) on Saturday 25 March 2023. Youssef thesis work was conducted between UIR and ENSIAS under the supervision of M. Essaaidi (ENSIAS), M. Najib (UIR) and M. Bakhouya (UIR). Youssef has spent…
A. Berouine
Mr Anass Berouine defended, on the 24th July 2023 at 4pm (ENSIAS), his PhD thesis entitled “Predictive Control Approaches Using IoT and Big Data Technologies for Smart and Energy-Efficient Buildings: Application to Thermal and Indoor Air Quality Management”. Anass’s thesis work was conducted between UIR and ENSIAS under the supervision of M. Essaaidi (ENSIAS), R. Ouladsine (UIR) and M. Bakhouya…
SELFSERV
The main aim of SELFSERV project was to develop a novel software platform for the definition of diabetes telecare services. It addresses the needs of the Moroccan diabetic patients and hooking into the self-serving “wells” of the Moroccan societies and culture. The platform combines the “self-service” model offered by the service-oriented communities and advanced adaptive control features offered by complex…
HOLSYS
The main idea behind this project was to develop a smart building energy management system using IoT and Big Data technologies. More precisely, we aimed to develop a holistic platform for big data streams acquisition and processing using real-time machine learning algorithms. The platform services were developed and used for efficient optimization of energy consumption according to actual and predicted…