Mr. Moustapha Gning TINE | Atmosphere| Excellence in Research

Moustapha Gning Tine is a dynamic Surveyor Engineer, Lecturer, and Researcher at Université Iba Der Thiam de Thiès , known for his expertise in geodesy, GNSS meteorology, infrastructure monitoring, and land surveying . With a strong academic and professional footprint across West Africa, he blends field engineering with atmospheric sciences and advanced geospatial analysis. As a doctoral researcher, he contributes to international campaigns like ORCESTRA/MAESTRO, while mentoring MSc students and training national land agents . He has worked in Morocco, Côte d’Ivoire, and Senegal on highways, land cadastre, and remote sensing . Moustapha is a sought-after consultant, scientific presenter, and author in top geoscience journals and platforms . His global collaborations and dedication to regional climate resilience through GNSS technologies make him a leader in innovative surveying and geospatial applications in Africa .

Profile

• Scholar

Education

Moustapha holds a Surveyor Engineer Degree from IAV Hassan II in Morocco (2015), complemented by a Master’s in Civil Engineering from IIAP, Abidjan, Côte d’Ivoire (2018) . Currently pursuing a Ph.D. in GNSS Meteorology, he is delving into atmospheric water vapor studies and geodetic applications . His academic journey reflects a perfect fusion of geospatial technology, civil engineering, and climate science, equipping him with strong theoretical and hands-on competencies across African regions . As a researcher at UIDT Senegal since 2021, he contributes to GNSS-based modeling, remote sensing, and geomatics education . His continuous learning through collaborations with global institutions (IGN FI, ENSTA Paris , IAV Morocco , 2iE Burkina Faso ) and technical trainings in software, GIS, and atmospheric modeling further solidify his academic prowess.

Experience

Since 2021, Moustapha has been serving as a Lecturer-Researcher at UIDT Senegal, where he teaches geodesy, GNSS, surveying, and public works, while coordinating national cadastre training . He has supervised over 20 MSc theses, developed technical training programs, and organized numerous webinars and workshops across West Africa . Previously, he was Head of Topographic Department at SINTRAM, Côte d’Ivoire (2017–2021), and Technical Director at TOPINCO, Morocco (2016–2017), contributing to major infrastructure, bathymetric, and land registration projects. As an Independent Consultant since 2021, he provides services in surveying, GNSS, and atmospheric modeling. His multi-sectoral experience spans public infrastructure, environmental monitoring, geodetic modeling, and climate resilience through geospatial systems, backed by robust field knowledge and cross-border collaborations .

Awards & Honors

 Moustapha was awarded the 2024 Innovation Prize at Institut 2iE (Burkina Faso) for presenting low-cost GNSS-based methods to enhance West African climate resilience through water vapor tracking . He’s a recognized member of the IAG Working Group 4.3.9 on atmospheric cloud monitoring with geodetic tools . His research is frequently presented at high-level conferences, including UIDT and 2iE Doctoriales, where he’s recognized for insightful contributions on GNSS meteorology and infrastructure monitoring. He co-authored a benchmark land governance book chapter for ECOWAS and has published widely in international journals such as Atmosphere, IJG, and RGG . Moustapha is also the lead Senegalese contributor to the MAESTRO field campaign dataset—a significant GNSS dataset for EarthCARE satellite validation . These honors reflect his commitment to applied geoscience and policy-relevant innovations in Africa.

Research Focus

Moustapha’s research centers on GNSS meteorology, tropospheric water vapor retrieval, surveying innovations, and infrastructure monitoring using geodetic technologies . His Ph.D. work explores precise GNSS applications for climate resilience in Africa, optimizing water vapor modeling for weather and disaster preparedness . He actively contributes to the ORCESTRA/MAESTRO campaign and uses tools like GipsyX, Pride PPP-AR, and RTKLIB to analyze multi-GNSS signals and ERA5 data . Moustapha also focuses on geoid modeling, land tenure mapping, and bathymetric surveying—bridging atmospheric science with sustainable land use and transportation systems . He integrates advanced GIS, remote sensing, and algorithmic modeling (e.g., Dijkstra pathfinding for genetic sampling) for real-world applications in public works, agriculture, and hydrology . His transdisciplinary work makes a pivotal impact in environmental engineering, infrastructure design, and geospatial capacity-building across Africa .

 Conclusion

Moustapha Gning Tine’s trajectory clearly reflects research excellence through consistent scholarly output, practical applications, and dedication to capacity building in geospatial science and climate-focused infrastructure resilience. His contributions are not only technically profound but also socially relevant, making him a highly deserving recipient of the Excellence in Research Award.

Publication

Tropospheric Water Vapor Retrievals by Ground-Based GNSS in Africa: A Systematic Review

• Year: 2025

• Authors: G. Tine, Moustapha; P. Bosser; M. Ndiaye

• Link: https://doi.org/10.2478/rgg-2025-0008

 

2. The Land Tenure in Northern Africa: Challenges and Opportunities

• Year: 2018

• Authors: M. El-Ayachi; L. Bouramdane; M.G. Tine

• Link: https://www.ajlpgs-africa.org/articles/1/1/3.pdf

 

3. CO 48: Profil épidémiologique et anatomo-clinique des cancers cutanés au CHU Aristide Le Dantec de Dakar sur une période de 10 ans

• Year: 2016

• Authors: M. Diallo; M. Ndiaye; A. Diop; B.A. Diatta; M. Tine; N.B. Seck; S. Diadie; et al.

• Link: https://www.sciencedirect.com/science/article/abs/pii/S0151963816306312

 

4. Assessment of the PPP-AR Strategy for ZTD and IWV in Africa: A One-Year GNSS Study

• Year: 2025

• Authors: M.G. Tine; P. Bosser; N. Faye; L. Jean-Louis; M. Ndiaye

• Link: https://doi.org/10.3390/atmos16060741

 

5. Establishment of a Geometric Geoid Model and Evaluation of the EGM2008 and EIGEN-6CA Models over the Dakar-Thies-Mbour Triangle in Senegal

• Year: 2024

• Authors: D. Diouf; M.G. Tine; S.M.M. Gueye; S.S. Fall

• Link: https://doi.org/10.4236/ijg.2024.1511050

 

6. A Testifying Development of a Benchmark Study Approach Applicable to Land in the ECOWAS Area

• Year: 2019

• Authors: M.G. Tine; G. Edem

• Link: https://doi.org/10.1201/9780429286313-20