Hicham Fatnassi | Sustainability Strategies | Best Researcher Award

Dr. Hicham Fatnassi | Sustainability Strategies | Best Researcher Award

Dr. Hicham Fatnassi,  INRAE, France.

Dr. Hicham Fatnassi is a distinguished environmental physicist and senior agricultural engineer renowned for his pioneering contributions to smart greenhouse systems and sustainable horticulture. Based at INRAE PACA Research Center in France, he brings over two decades of international experience in optimizing protected agriculture. Dr. Fatnassi has advanced the use of Computational Fluid Dynamics (CFD) to model microclimates and ventilation strategies in greenhouses, enhancing their productivity and resilience. His collaborative projects span France, the UAE, and North Africa, bridging agricultural science with environmental engineering. He is widely published in high-impact journals and remains at the forefront of climate-smart agriculture, food security, and environmental control. 🌱📊

👤 Profile

Scopus

🎓 Education

Dr. Fatnassi earned his Ph.D. in Environmental Physics with a specialization in greenhouse climate characterization and modeling. His doctoral work was jointly supervised by INRAE Avignon, France, and Ibn Zohr University, Morocco, exemplifying international academic collaboration. During his Ph.D., he developed sophisticated models for understanding the physical dynamics of greenhouse environments, laying the groundwork for his future breakthroughs in agricultural engineering. This interdisciplinary training empowered him to integrate physical sciences with applied horticultural innovation. His academic foundation supports his continued innovation in low-energy, sustainable agricultural practices. 📘🧪

👨‍🔬 Experience

Currently serving as a Doctor Engineer at INRAE (2024–Present), Dr. Fatnassi also worked as a Senior Horticulture Scientist at the International Center for Biosaline Agriculture (ICBA) in Dubai (2021–2023). Prior to this, he spent nearly two decades (2002–2020) at INRAE, France, developing advanced greenhouse systems. Across these roles, he has led projects on solar-integrated greenhouses, pest management models, and adaptive climate systems. His work enables growers in arid and semi-arid regions to harness cutting-edge technologies for climate-resilient agriculture. His roles demonstrate both scientific depth and global perspective. 🌐🧑‍🏫

🔬 Research Interests

Dr. Fatnassi’s research centers on greenhouse climate control, CFD modeling, solar energy integration, and sustainable agriculture. He is particularly interested in the interaction between microclimates and crop health, and in leveraging energy-efficient systems to reduce agricultural footprints. His work contributes to Integrated Pest Management (IPM), climate-smart horticulture, and the use of predictive analytics in controlled-environment agriculture. He actively collaborates across disciplines—physics, agronomy, environmental science—to build robust models for eco-efficient crop production. 🌞🍅💡

🏆 Awards & Distinctions

While Dr. Fatnassi’s awards are not explicitly listed, his selection as a senior researcher at INRAE, a globally respected institute, and his role at ICBA reflect his scientific reputation and leadership. His research has influenced policy, greenhouse technology standards, and has earned citations in prestigious journals. Given his impact, he is a strong contender for awards in agricultural innovation, environmental engineering, and sustainable development. 🥇📚

📚 Publication Top Notes

Greenhouse cooling systems: A systematic review of research trends, challenges, and recommendations for improving sustainability

Transforming agriculture for a changing climate: harnessing precision technologies in controlled environment agriculture systems to enhance food security in arid and semi-arid zones

Greenhouse vegetable production from the point of view of climate change

Considering plant activities in greenhouse climate models using computational fluid dynamics: current achievements and future perspectives

Computational fluid dynamics analysis of the effect of the interaction between the airflow of two naturally ventilated neighboring greenhouses on the microclimate

Saul Nurick | Sustainability Strategies | Best Paper Award

Dr. Saul Nurick | Sustainability Strategies | Best Paper Award

Dr. Saul Nurick, Dept of Construction Economics and Management, University of Cape Town, South Africa.

Dr. Saul David Nurick is a dual-national (South African & Spanish) academic and senior lecturer at the University of Cape Town’s Department of Construction Economics and Management. A multifaceted professional, he holds degrees in Information Systems, Property Studies, and Construction Economics, and earned his PhD in Psychology in 2023. His work resides at the intersection of built environment and human performance, blending technology, sustainability, and behavioural science. Fluent in English with intermediate Spanish, Saul’s diverse cultural and disciplinary background allows him to thrive in global academic and professional contexts.

Profile 👤

Orcid

Education 🎓

Dr. Saul’s academic journey began with a BCom in Information Systems (2004), followed by an honours BSc in Property Studies (2006), and a MPhil in Construction Economics and Management (2012), all from Cape Town. He capped his formal education by completing a PhD in Psychology (2023) at the University of the Witwatersrand, under Professor Andrew Thatcher. His doctoral research—“Impact of Green Building Features and Initiatives on Individual Productivity and Organisational Performance in Office Buildings”—bridges psychology and built environment studies.

Experience 💼

Since 2012, Dr. Saul has lectured extensively at UCT, becoming a permanent staff lecturer in 2014 and senior lecturer in 2018. He convened over a dozen undergraduate and postgraduate courses ranging from property investment mathematics to Masters- and PhD-level research supervision. He’s also served as external examiner at several institutions, including WITS and Henley Business School. Further, he’s a registered MRICS professional member since 2014. This blend of teaching, academic administration, industry affiliation, and rigorous supervision ensures Saul’s work remains both applied and scholarly.

Research Interests 🔍

Dr Nurick’s research focuses on the impacts of green building design on human productivity and organizational outcomes. He investigates how sustainable infrastructure and information systems in office environments affect occupant performance, well‑being, and corporate value. His interests also include property finance, construction economics, and the behavioral dimensions of property information systems. By fusing psychology with built environment disciplines, Dr. Saul contributes to interdisciplinary sustainability discourse and evidence‑driven strategies for healthier workplaces.

Awards 🏅

Dr. Saul is a qualified Professional Member of the Royal Institution of Chartered Surveyors (MRICS) since August 2014. While specific personal awards weren’t listed, many of his supervised postgraduate theses were finalists or winners in the Greenovate student awards: e.g., Oratile Masia & Mihlali Solombela (3rd place Greenovate, 2024), Paige Waberski & Kiah Wallace (3rd place, 2024), Isobella van der Merwe & Aiden van Wyk (winner, 2023), Realeboga Lekoma & Tshifhiwa Mudau (finalists, 2023). This consistent record attests to Saul’s mentorship excellence.

Publication Top Notes 📚

An Investigation into the Benefits of EDGE Residential Estates in terms of Real-World Savings

Investigating the Drivers and Barriers to Implementing Green Building Features and Initiatives (GBFIs) in South Africa’s Private Housing Sector

An Investigation into the Benefits of EDGE Residential Estates in terms of Real-World Savings

Examining the impact of indoor environmental quality on individual productivity of knowledge workers in green certified buildings

Enhanced Indoor Environmental Quality and the Link to Individual Productivity and Organisational Performance: A Scoping Review