Rachid Jalal | Molecular Modeling | Best Researcher Award

Prof. Rachid Jalal at Université Cadi Ayya | Morocco

Prof. Rachid Jalal is a distinguished professor and researcher at the Faculty of Sciences and Techniques, Cadi Ayyad University in Marrakech. He holds doctorates from both Aix-Marseille University in France and Cadi Ayyad University in Morocco. His expertise lies in organic and theoretical chemistry, where he has made lasting contributions to teaching, research, and academic leadership. Over the course of his career, he has guided numerous student projects, created innovative teaching resources, and advanced digital education within his institution. His research integrates organic synthesis, molecular modeling, and chemical formulation, marking him as a key figure in Moroccan higher education.

Professional Profile

SCOPUS

Education

Prof. Jalal pursued advanced studies in chemistry, earning a doctorate from Aix-Marseille University in France and later a Doctorat d’État from Cadi Ayyad University in Morocco. His academic training reflects a strong foundation in both experimental and theoretical aspects of chemistry.

Experience

He has built a long-standing career as a faculty member at the Faculty of Sciences and Techniques, Cadi Ayyad University. His teaching covers organic chemistry, molecular modeling, quantum mechanics, chemical formulation, and biopolymers across different university levels. Beyond teaching, he has held multiple responsibilities, including coordinating modules, overseeing laboratory work, guiding final-year projects, and leading the Master’s program focused on natural substances and biopolymers.

Professional Development

Throughout his career, Prof. Jalal has actively advanced professional development in both teaching and research. He has designed and delivered innovative digital learning resources, such as video-based organic chemistry lessons and interactive online platforms that strengthen student engagement. He has also taken leadership roles in managing academic modules, the chemistry department’s library, and its IT infrastructure, as well as coordinating advanced Master’s programs. His contributions extend to participation in national initiatives on open education and learning assessment, where his insights supported educational reforms. His trajectory highlights a blend of pedagogy, scientific research, and academic service to the community.

Research Interests

Prof. Jalal’s research is centered on organic chemistry, theoretical chemistry, and molecular modeling, with a special interest in the preparation and transformation of carboxylic acids. His work blends experimental laboratory research with computational approaches to study chemical reactivity and reaction mechanisms. His inventive contributions include patented methods in carboxylation processes, demonstrating innovation in synthetic chemistry. In parallel, he explores natural substances and biopolymers, with an emphasis on sustainable applications that connect chemistry with environmental needs. His work stands at the crossroads of fundamental science and applied solutions, offering advancements for future-oriented chemistry.

Awards and Recognitions

Prof. Jalal has been recognized through patents on novel processes for the synthesis of carboxylic acids, achieved in collaboration with international researchers. These inventions highlight his pioneering contributions to the field of organic synthesis. Within his university, he has consistently been entrusted with leadership roles, including the coordination of academic modules, management of Master’s programs, and promotion of digital education. His contributions to national educational events and reflective initiatives on learning and teaching practices further underline his academic recognition. These achievements affirm his standing as a respected researcher and educator within Morocco and the international scientific community.

Top Noted Publications

Title: Improved synthesis of 1-chloroadamantane by hydride transfer induced by tertiarybutylchloride
Year: 1989
Title: Synthesis of carboxylic acids from alkanes by transcarboxylation. A novel transfunctionalization reaction involving a hydride transfer
Year: 1992
Title: Convenient preparation of 1-adamantanol from adamantane induced by a hydride transfer
Year: 1992
Title: AM1 theoretical study on the mechanism of 1,3-dipolar cycloaddition reaction of 1,2,4-triazepine and formonitrile oxide
Year: 1998
Title: 2,7-Dimethyl-3,5-bis-methylthio-6-(1’-phenyl-4’-methyl-Δ2-oxazolinyl-3’-one)-2H[1,2,4]triazepine
Year: 2001
Title: 2,7-Dimethyl-3-thioxo-5-(-2oxo-2-phenyl)ethylidene-3,4,5,6-tetrahydro-2H[1,2,4]triazepine
Year: 2001
Title: Ab initio and density functional theory studies of peri- and regioselectivity in 1,3-dipolar cycloaddition reaction of 1,2-diazepine with nitrile oxide
Year: 2002

Jiangdong Xu | Modeling | Best Researcher Award

Mr. Jiangdong Xu at Shandong University of Technology | China

Jiangdong Xu is a dedicated researcher affiliated with Shandong University of Technology in Zibo, Shandong, China. As a first author, he has contributed significantly to advancements in agricultural machinery and simulation modeling, particularly in the design of vertical threshing drums under high-moisture conditions and in developing a discrete meta-model of crushable maize kernels. His work addresses critical issues in crop processing efficiency and precision. Jiangdong’s research demonstrates both theoretical depth and experimental innovation, earning him publication in high-impact SCI journals and recognition for pioneering discrete element modeling techniques in agricultural engineering.

Experience

Mr. Xu is currently a researcher at Shandong University of Technology in Zibo, China. He has contributed as both lead and co-author to several SCI-indexed publications, particularly within Zones II to IV. His expertise includes the use of EDEM simulation software for mechanical modeling and parameter testing. Additionally, he has been practically involved in machinery design and orthogonal experimental analysis, highlighting his applied engineering skills and analytical capabilities

Professional Development

Jiangdong Xu has continuously expanded his research capabilities by combining advanced modeling tools with experimental testing. His work on maize threshing mechanics and seed crush simulations reflects a growing expertise in discrete element modeling (DEM), particularly in agricultural applications. He actively engages in collaborative research and stays updated with cutting-edge simulation software like EDEM. Jiangdong also contributes to scholarly publishing as a first and third author in recognized SCI journals. His ability to translate complex mechanical behavior into accurate digital simulations marks his professional development in both academic and applied engineering domains.

Research Interests

Jiangdong Xu’s research focuses on Agricultural Engineering and Computational Modeling, particularly the use of Discrete Element Method (DEM) for simulating crop mechanics . His primary interests include threshing mechanism optimization, crushable seed kernel simulation, and mechanical property testing of agricultural materials. He specializes in reducing breakage in high-moisture maize threshing, improving machinery efficiency, and creating metamodels for accurate simulation of seed interactions. His work bridges experimental mechanics with computational simulation to enhance the precision and performance of agricultural equipment—contributing innovative solutions to global food engineering challenges.

Awards and Recognitions

Jiangdong Xu has received recognition for his pioneering work in the field of agricultural machinery and simulation modeling. His first-author paper on the design of a vertical threshing drum under high-moisture conditions was published in an SCI Zone IV journal, while his innovative meta-modeling work on maize kernel crushability, a first in international research, was published in a Zone II journal with an impact factor of 3.6. He is also a contributing third author to a Zone II Top journal submission with an impact factor of 5.3, reflecting the academic value and impact of his interdisciplinary research contributions.