Meriem Labourel Nachidi | Smart Cities and Urban Analytics | Best Researcher Award

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Mrs. Meriem Laboure l Smart Cities and Urban Analytics | Best Researcher Award

Icam, Site De Grand Paris Sud Meriem Labourel, France

Author Profile

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đź“š Early Academic Pursuits

Mrs. Meriem Labourel Nachidi’s academic journey began with a focus on control of physical processes, earning her DEA (DiplĂ´me d’Études Approfondies) at the Faculty of Science Semlalia, Marrakech. She further honed her expertise in automation and control systems during her doctoral studies at the University of Valladolid, where she worked on the stabilization of Takagi-Sugeno fuzzy systems, with a specific application to greenhouse systems. This research laid the foundation for her profound understanding of nonlinear systems and advanced control techniques.

đź’Ľ Professional Endeavors

Mrs. Labourel Nachidi’s professional career is marked by significant teaching and research contributions. As a Lecturer & Researcher at Icam, Site de Grand Paris Sud, she has taken on critical roles such as Local Research Manager and Delegated Teaching and Research Manager for the MIA/EEE domain. Her research work and teaching cover dynamic systems, control of continuous and discrete linear systems, and advanced control methods, including nonlinear systems and fuzzy control.

She also contributed as a Visiting Lecturer at the School Polytechnic Carlos 3, Madrid from 2011 to 2013, where she taught automation, nonlinear systems, and control of dynamic systems. Earlier in her career, she worked at IUT-Bron and University of Jules Verne, Amiens, where she taught computer science, algorithms, and databases, expanding her academic portfolio.

🔬 Contributions and Research Focus

Mrs. Labourel Nachidi’s research expertise lies in the development of advanced control algorithms for nonlinear systems, predictive control, fuzzy control, and multi-agent systems. Her work also spans Lyapunov stability and the use of linear matrix inequalities in control systems. One of her notable contributions is in power converter control, where she co-authored a highly cited paper: “An enhanced control approach for DC-DC converters” published in the International Journal of Electrical Power and Energy Systems. This work reflects her capability to bridge theory and practice, especially in power electronics and control systems.

Her doctoral research on the stabilization of Takagi-Sugeno fuzzy systems, with its application to a greenhouse system, has been influential in both academic and practical circles, enhancing the stability and efficiency of complex systems.

🌍 Impact and Influence

Mrs. Labourel Nachidi’s contributions have made a profound impact in the field of automation and control systems, especially in nonlinear control and power electronics. Her work on fuzzy systems and predictive control has influenced both theoretical advancements and practical applications in various industries. As a Local Research Manager at Icam, she plays a pivotal role in shaping research directions, ensuring that cutting-edge developments are integrated into teaching and industry practices.

Her recognition as a visiting lecturer in prestigious universities and her published works in high-impact journals reflect her influence within the academic community. Her research continues to inspire innovations in control strategies for various engineering applications.

đź“‘ Academic Cites and Recognition

Mrs. Labourel Nachidi’s research, particularly in nonlinear systems and fuzzy control, has been widely cited in the academic world. Her key publication, “An enhanced control approach for DC-DC converters,” published in 2013, is frequently referenced in studies related to power converters and robust control strategies. This work highlights her ability to solve practical engineering problems with robust and efficient solutions. Her consistent contributions to both theoretical research and applied control strategies further solidify her standing in the academic community.

đź’» Technical Skills

Mrs. Labourel Nachidi is highly proficient in advanced control techniques, including predictive control, fuzzy control, and Lyapunov stability. She is skilled in the use of multi-agent systems for managing complex processes and systems. Her technical expertise extends to linear matrix inequalities and automation technologies, which she incorporates into her teaching and research. Her ability to integrate control theory with practical applications in areas such as power electronics and nonlinear systems showcases her versatility and depth of knowledge.

🎓 Teaching Experience

Mrs. Labourel Nachidi has accumulated extensive teaching experience across various prestigious institutions. At Icam, she has taught and managed courses on dynamic systems and control systems for both undergraduate and graduate students. Her expertise extends to teaching both continuous and discrete linear systems and nonlinear systems, making her a versatile educator in automation. Her work as a visiting lecturer at Polytechnic Carlos 3, Madrid, and earlier teaching roles at IUT-Bron and the University of Jules Verne, Amiens, have allowed her to bring diverse teaching methodologies to different academic environments.

Her passion for teaching is reflected in her dedication to not only transmitting knowledge but also fostering an environment that encourages curiosity and research-driven learning.

🌟 Legacy and Future Contributions

As a scholar and educator, Mrs. Labourel Nachidi is poised to leave a lasting legacy in the field of automation and control systems. Her research continues to evolve with the integration of emerging control technologies, and her work on fuzzy systems and predictive control is already influencing future developments in various industries. Her role as a Local Research Manager ensures that the next generation of engineers will benefit from the advanced control algorithms she is developing.

📖 Top Noted Publications 

LMI-Based Approach for Output-Feedback Stabilization for Discrete-Time Takagi–Sugeno Systems

Authors: M Nachidi, A Benzaouia, F Tadeo, MA Rami

Journal: IEEE Transactions on Fuzzy Systems

Year: 2008

Takagi–Sugeno Control of Nocturnal Temperature in Greenhouses Using Air Heating

Authors: M Nachidi, F Rodriguez, F Tadeo, JL Guzman

Journal: ISA Transactions

Year: 2011

Temperature and Humidity Control in Greenhouses Using the Takagi-Sugeno Fuzzy Model

Authors: M Nachidi, A Benzaouia, F Tadeo

Journal: 2006 IEEE Conference on Computer Aided Control System Design

Year: 2006

Modeling Supply Chain Performance

Authors: PE Dossou, M Nachidi

Journal: Procedia Manufacturing

Year: 2017

Static Output-Feedback for Takagi–Sugeno Systems with Delays

Authors: M Nachidi, F Tadeo, A Benzaouia, M Ait Rami

Journal: International Journal of Adaptive Control and Signal Processing

Year: 2011

Hadi Mohamma Zadeh | Urban Morphological Analysis | Best Researcher Award

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Dr. Hadi Mohamma Zadeh | Urban Morphological Analysis | Best Researcher Award

Politecnico di Milano, Italy

👨‍🎓Professional Profile

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🎓 Early Academic Pursuits

Dr. Hadi Mohammad Zadeh began his academic journey at Azad University in Larestan, Iran, where he earned a Bachelor of Science in Civil Engineering (2004-2009). His studies covered a broad range of topics such as numerical calculations, road design, and structural design. The strong technical foundation laid during his undergraduate years paved the way for his advanced studies in architectural engineering at Politecnico di Milano, Italy. There, he completed his Master of Science in Architectural Engineering (2010-2014), with a thesis focused on challenging Tehran’s traditional urban morphology and applying the Integrated Modification Methodology (IMM).

Dr. Zadeh’s PhD in Architecture, Built Environment, and Construction Engineering (2016) at Politecnico di Milano further solidified his expertise in urban morphological analysis. His doctoral research centered on the systemic relationships between urban structure and environmental performance, contributing significantly to the development of metrics for proximity, a core aspect of IMM.

🏗️ Professional Endeavors

Dr. Zadeh’s professional career at Politecnico di Milano is marked by his extensive involvement in both teaching and research. Since 2014, he has been a lecturer in various master’s courses, including Sustainable Multidisciplinary Design Process (SMDP), Urban Design Studio, and Integrated Modification Methodology (IMM) for Sustainable Development. His role extends beyond teaching as he heads training programs and actively participates in the evaluation of students’ work.

Dr. Zadeh also coordinated interdisciplinary teams in multiple international projects, including the notable PolimiparaRocinha project aimed at improving the environmental and social performance of Rocinha, Rio de Janeiro’s largest favela. His leadership and innovative approach earned the project multiple awards, including the 2016 Polisocial Award and recognition from Fondazione Cariplo and UN-Habitat.

🔬 Contributions and Research Focus

Dr. Zadeh’s research is deeply focused on urban design, architectural engineering, and the application of Complex Adaptive Systems (CAS) to urban environments. His work on IMM methodology has been groundbreaking, offering new insights into the relationships between city structures and environmental performance. His research contributions have been widely recognized, with publications in prominent academic journals, including a chapter in the Springer book Environmental Performance and Social Inclusion in Informal Settlements (2020).

Dr. Zadeh’s involvement in EU-funded research projects, such as REMIRIO, emphasizes sustainable urban regeneration and integrated solutions for urban development. His dedication to advancing systems thinking in urban contexts positions him as a leader in the sustainable architecture and urban planning fields.

🌍 Impact and Influence

Dr. Zadeh’s work has had a significant global impact, with his projects presented in international forums and conferences. The PolimiparaRocinha project was presented at the Urban Resilience Forum and Urbanpromo, and his Porto di Mare project in Milan gained attention for its innovative eco-district design. His ability to bridge the gap between academic research and real-world application ensures that his contributions extend beyond the classroom, influencing the urban regeneration processes worldwide.

Dr. Zadeh’s influence also extends to his role as a mentor and leader, guiding students through complex design processes and research projects. His work has been featured in various international conferences, such as the International Conference on Architecture and Civil Engineering (Singapore) and UN-Habitat Urban Thinkers Campus in Doha, where he contributed to shaping sustainable urban futures.

đź’ˇ Teaching Experience

Dr. Zadeh’s teaching style is centered on innovation and collaboration. Since 2014, he has been tutoring in a variety of advanced architectural and urban design courses, employing the Flipped Classroom model to encourage active learning and student-led research. His ability to integrate complex theories with practical applications has made him a respected educator in the Department of Architecture, Built Environment, and Construction Engineering at Politecnico di Milano.

In addition to his core teaching responsibilities, Dr. Zadeh has been instrumental in supervising student theses and guiding them in research activities. His multidisciplinary approach to teaching fosters creativity, critical thinking, and problem-solving in the context of sustainable design.

🛠️ Technical Skills

Dr. Zadeh is proficient in a wide array of digital tools used in urban design and architecture. His technical toolkit includes Q-GIS, ENVI-met, and AutoCAD for urban design and analysis, ETABS and Ecotect for building engineering, and MathLab and Python for computational analysis. His graphic skills in Adobe Photoshop and Illustrator support his design and presentation work, while his expertise in Microsoft Office tools ensures seamless communication and documentation.

These tools enable Dr. Zadeh to effectively combine research, design, and analysis, creating sustainable solutions for urban environments while enhancing his educational approach.

🌱 Legacy and Future Contributions

Looking ahead, Dr. Zadeh aims to expand the impact of his work by continuing to integrate sustainability with urban development. His future contributions will focus on advancing IMM methodology, enhancing its application to large-scale urban regeneration projects, and further exploring the interplay between urban morphology and environmental performance.

Dr. Zadeh’s ongoing research in sustainable urban regeneration, his involvement in international collaborations, and his innovative teaching methods place him at the forefront of urban design and architecture. His legacy will continue to inspire future generations of urban planners, architects, and engineers committed to building resilient, sustainable cities.

 

đź“–Top Noted Publications

A conceptual data model for IMM: A methodological interpretation of targets and indicators in SDG11
    • Authors: Hadi Mohammad Zadeh, Emilia Lenzi, Tao Dong, Carlo A. Biraghi, Emanuele Pucci, Federico Cerutti, Massimo Tadi
    • Journal: Science of The Total Environment
    • Year: 2024
PolimiparaRocinha: Environmental Performances and Social Inclusion—A Project for the Favela Rocinha
    • Authors: Gabriele Masera, Massimo Tadi, Carlo Biraghi, Hadi Mohammad Zadeh
    • Book: Research for Development
    • Year: 2020
The Integrated Modification Methodology
    • Authors: Massimo Tadi, Mohammad Hadi Zadeh, Carlo Andrea Biraghi
    • Book: Research for Development
    • Year: 2020
Prestazioni ambientali e inclusione sociale per Rocinha
    • Authors: Gabriele Masera, Massimo Tadi, Mohammad H. Zadeh
    • Journal: TERRITORIO
    • Year: 2020
Urban Morphology, Environmental Performances, and Energy Use: Neighborhood transformation in Rio de Janeiro via IMM
    • Authors: Massimo Tadi, Vahabzadeh Manesh SH, Mohammad Zadeh H, Gori G
    • Journal: Journal of Architectural Engineering Technology
    • Year: 2017