🎓 Educational Background
- 2021-Present: PhD Student in Radioprotection (Medical Physics), University of Douala
- July 2020: Master 2 in Condensed Matter Physics, University of Dschang
- July 2019: Master 1 in Condensed Matter Physics, University of Dschang
- July 2018: Bachelor’s Degree in Condensed Matter Physics, University of Dschang
- May 2014: Baccalaureate, Series C
- June 2013: Probatoire, Series C
- June 2011: BEPC (Brevet d’Études du Premier Cycle)
- June 2007: CEP (Certificate of Primary Studies)
👨🏫 Professional Experience and Training
- 2023-2024: Lecturer and tutor in Nuclear Physics, Mathematics for Life Sciences at the University of Douala (volunteering)
- 2022-2023: Lecturer and tutor in Nuclear Physics, Electrostatics, Magnetostatics, Mathematics for Life Sciences at the University of Douala (volunteering)
- 2023: Doctoral seminar on “Monte Carlo Model Based on PHITS to Estimate the Shielding of a Conventional Radiology Room”
- 2022: Doctoral seminar on “Contribution of Monte Carlo Methods to the Realisation of Zoning and Workstation Studies in Radiology”
- 2022: Training certified by Baltic Scientific Instruments (BSI) on Alpha Spectrometry
- 2020-2022: Lecturer and tutor in Nuclear Physics at the University of Douala (volunteering)
- 2019-2020: Tutor in Electrostatics, Physics for Life Sciences at the University of Dschang (volunteering)
- 2019-2021: Member of the End of Semester Examinations Committee, University of Dschang (volunteering)
- 2021-2024: Training certified by Japan Atomic Energy Agency (JAEA) on the Monte Carlo tool PHITS
📚 Research Experience
- Published: “Estimating of Radiation Output of X-Ray Tube Using Mathematical Model: Case of High-Frequency Machines”
- Submitted: “Simulation of the X-Ray Spectra Using Monte Carlo PHITS Code: Influence of Some Parameters”
- In Progress: “Monte Carlo Model Based on PHITS to Estimate the Shielding of a Conventional Radiology Room”
- In Progress: “Contribution of Monte Carlo Methods to the Realisation of Zoning and Workstation Studies in Radiology”
📢 Seminar Presentations
- “Estimating of Radiation Output of X-Ray Tube Using Mathematical Model: Case of High-Frequency Machines”
- “Simulation of the X-Ray Spectra Using Monte Carlo PHITS Code: Influence of Some Parameters”
- “Monte Carlo Model Based on PHITS to Estimate the Shielding of a Conventional Radiology Room”
- “Contribution of Monte Carlo Methods to the Realisation of Zoning and Workstation Studies in Radiology”
📐 Teaching Experience
- 2018-2020: Temporary Mathematics teacher at the Technical School of Fotomena
- 2017: Statistical Investigator: Citizen Control of Public Action (EC-ECAM4) (volunteering)
Alex Eclador NGANKEM is a dedicated researcher and educator in the field of Radioprotection and Medical Physics. His work primarily focuses on the application of Monte Carlo methods to improve radiological safety and efficiency. He is actively involved in academic teaching and has presented numerous research topics at seminars, contributing significantly to his field.