Agriculture Research Corporation | Sudan
Author Profile
ORCID
Summary
Mohammed Ahmed Mohammed Zein is a dedicated mid-career researcher specializing in environmental sciences, with a strong academic background in soil and water sciences. holding a phd from the hungarian university of agricultural and life sciences, his research focuses on soil spectroscopy, digital soil mapping, and sustainable land resource management. mohammed has hands-on experience with gis, remote sensing, and statistical modeling, and he is skilled in conducting field surveys, writing scientific papers, and collaborating across disciplines. his work connects science with community projects, and he has also explored the integration of power electronics into soil monitoring systems, enhancing precision in environmental data collection.
Early academic pursuits
Mohammed Ahmed Mohammedzein embarked on his academic journey with a strong foundation in agricultural sciences, earning a bachelor of science degree with honors in soil and water sciences from the university of gezira in sudan his academic curiosity and commitment to environmental sustainability led him to pursue a master of science degree in soil science from the same institution, which he completed in 2009. recognizing the transformative potential of geospatial technology, he later obtained a postgraduate diploma in remote sensing and gis from the un-arcsste-e at obafemi awolowo university, nigeria, these foundational milestones culminated in a doctor of philosophy (phd) in environmental sciences—soil science, which he completed in at the hungarian university of agricultural and life sciences, godollo, where he focused extensively on soil spectroscopy and digital soil mapping.
Professional endeavors
Throughout his professional career, mohammed has worked across academic and research institutions, applying his interdisciplinary skills in real-world settings. his most notable engagement has been as a researcher and phd candidate in the department of soil science at the hungarian university of agricultural and life sciences from 2019 to 2024. he has also contributed significantly as a volunteer to sustainability-centered projects like the green house project and the wildlife trust for lancashire, manchester, and north merseyside, where he implemented organic composting, native species surveys, and sustainable gardening techniques. his roles have consistently showcased his capacity to integrate science with community development and practical environmental stewardship, drawing connections even with fields like power electronics when applied to automated soil sensors and monitoring systems.
Contributions and research focus
Mohammed's research contributions span across soil spectroscopy, digital soil mapping, land evaluation, soil taxonomy, and sustainable resource management. he is proficient in the use of gis tools such as arcgis, qgis, and saga for spatial analysis and land suitability assessments, as well as statistical tools like r for data modeling and visualization. his work bridges the gap between soil science and innovative technologies, including applications where power electronics intersect with environmental monitoring systems. his expertise has also been instrumental in managing soil laboratories, conducting land resource surveys, Soil Science and producing scientific publications and technical reports.
Impact and influence
Mohammed has made notable contributions to the academic and environmental science communities by collaborating with multidisciplinary teams and stakeholders to deliver actionable strategies. his influence is evident in both academic circles and field applications—especially in developing countries—where his work has enhanced soil classification systems, digital mapping accuracy, and natural resource conservation efforts. through sustainable methodologies and stakeholder engagement, his work continues to shape land-use planning and environmental policy at various levels. the integration of power electronics into soil sensing mechanisms underlines his forward-thinking Soil Science approach to smart agriculture and environmental monitoring.
Academic citations and recognition
While formal citation metrics are still being compiled as part of his recent phd completion, mohammed has authored multiple scientific papers in peer-reviewed journals and contributed to Soil Science grant proposals, project reports, and technical documentation. his work has been referenced in discussions around land degradation, precision agriculture, and soil taxonomy. he has participated in international workshops and seminars, further broadening the reach and citation potential of his research findings.
Legacy and future contributions
As he transitions from his doctoral research into broader roles, mohammed envisions a future where sustainable land management is deeply integrated with digital innovations. his legacy lies in bridging traditional environmental science with modern technologies, empowering communities with data-driven solutions. his ongoing projects and future aspirations include leading collaborative research initiatives, expanding his publication portfolio, and mentoring young scientists. by aligning his knowledge with real-time systems—including those enhanced by power electronics—he aims to contribute to scalable, technology-enabled environmental solutions that address global challenges in agriculture, land degradation, and climate adaptation.
Publications
Title: Spatial Mapping of Cation Exchange Capacity across Different Soil Types Using Soil Spectroscopy and Digital Soil Mapping Techniques
Author(s): Mohammed Ahmed MohammedZein
Journal/Source: British Society of Soil Science, Early Careers' Conference (Conference Poster), 2024
Title: Determinants of soil and water conservation practices adoption by smallholder farmers in the central highlands of Kenya
Author(s): Brian Rotich, Isaiah Maket, Harison Kipkulei, Caleb Melenya Ocansey, Phenson Nsima Justine, Mohammed Ahmed MohammedZein, Ádám Csorba, Erika Michéli
Journal: Farming System, 2024
Title: Rapid Detection of Soil Texture Attribute based on Mid-Infrared Spectral Library In Salt Affected Soils of Hungary
Author(s): M. A. MohammedZein, Erika Micheli, B. Rotich, P. N. Justine, A. E. E. Ahmed, H. Tharwat, Ádám Csorba
Journal: Hungarian Agricultural Engineering, 2023
Title: Spectroscopy Supported Definition and Classification of Sandy Soils in Hungary
Author(s): Erika Michéli, Márta Fuchs, Yuri Gelsleichter, Mohammed Zein, Ádám Csorba
Journal: Progress in Soil Science (Book Chapter), 2023
Title: Development of Hungarian spectral library: Prediction of soil properties and applications
Author(s): Mohammed Ahmed MohammedZein, Adam Csorba, Brian Rotich, Phenson Nsima Justin, Caleb Melenya, Yuri Andrei, Erika Michéli
Journal: Eurasian Journal of Soil Science (EJSS), 2023
Conclusion
Mohammed’s journey reflects a blend of academic excellence, practical application, and a commitment to sustainability. his contributions to soil science and environmental monitoring have made a meaningful impact both academically and in the field. as he continues to evolve professionally, mohammed aims to expand his influence by developing innovative, tech-integrated solutions—especially by leveraging tools like power electronics for environmental sensing and sustainable agriculture. his vision for the future is rooted in global collaboration, smart resource management, and mentoring the next generation of environmental scientists.