
Lingerew Nebere(PhD Candidate)
Specialization: Near Surface Geophysics
Email: lingerewn@gmail.com/Lingerew.Nebere@bdu.edu.et
Phone:+251913250143
P.O.Box: 79
Zenzelima Campus, Office No.: 86
Bahir Dar University
Bahir Dar, Ethiopia
Education :
- PhD candidate in Earth System Sciences, TIGP, Taiwan
- MSc.in Earth Sciences/Geophysics, Addis Ababa University, Ethiopia
- BSc. in Physics, Mekelle University, Ethiopia
Research Interests:
- I have a strong interest in machine learning and numerical modeling. I am eager to apply modern modeling approaches in the following areas:
- Hydrogeological investigation, management, and modeling
- Geotechnical investigation
- Environmental monitoring, hazard assessment, and modeling
- Geothermal Exploration
- Mineral exploration
Teaching Areas:
- Geophysics (Electromagnetic Geophysics, General Geophysics, Potential fields)
- Computational Geophysics
- Inverse Theory
Professional Experience:
With extensive experience in teaching, community service, and research, I have built a strong foundation in geophysics, Working in various geophysical methods. My expertise spans across multiple disciplines, including Electromagnetic Geophysics, DC Resistivity Method, Borehole Geophysics, Seismic Refraction, Potential Fields, and Radiometric Geophysics.
Teaching Experience
I have been actively involved in educating and mentoring students in geophysical principles and applications. My teaching experience covers fundamental and applied geophysical methods, field data acquisition, and interpretation techniques. Through my academic engagement, I have contributed to shaping the next generation of geophysicists by integrating theoretical knowledge with practical field experience.
Community Service
Beyond academia, I have participated in community-based projects where geophysical methods were applied to solve real-world problems. This includes groundwater exploration using DC resistivity methods, and environmental assessments with radiometric geophysics. These projects have not only contributed to scientific advancements but also supported local communities in resource management and environmental sustainability.
Research Experience
My research experience is centred around applying geophysical techniques to subsurface investigations. I have produced significant outputs in:
- Electromagnetic Geophysics: Conducting surveys for subsurface hydrogeological structures mapping
- DC Resistivity Method: Utilizing electrical resistivity for groundwater exploration, environmental studies, and engineering applications.
- Borehole Geophysics: interpreting downhole data to enhance subsurface characterization.
- Seismic Refraction: Analysing subsurface velocity structures for engineering, and geotechnical applications.
- Potential Fields: Gravity and magnetic surveys for regional geological studies and resource exploration.
- Radiometric Geophysics: Evaluating natural radiation levels for radioactive elements and environmental monitoring.
Through my extensive fieldwork, data processing, and interpretation, I have contributed to advancing geophysical methodologies and their practical applications. My work has resulted in tangible outputs in each of these methods, further enhancing the understanding of subsurface conditions in various geological settings.
Awards & Achievements:
- (2023): National Central University Student Travel grant,
- 01/10 - 31/11/2022:PhD student course on deep mineral Prospecting using electromagnetic methods supported by Life-long learning initiatives, Uppsala University, Sweden.
- (2022): Best Conference Presentation Award "Hydrogeological Investigation using Time Domain Electromagnetic Method, 14th conference", on Groundwater Resources and Water Quality Protection, Taiwan
(2021): 2021 AOGS UN Sustainable Development Goal Action Video Contest. Title: Electrical Resistivity Tomography for Groundwater Reserve Monitoring.
Projects & Grants
- Hydrogeological investigation funded by Bahir Dar University
- Environmental monitoring funded by Wolaita Sodo University
Links:
Google Scholar
Researchgate