Dr. Singh, Manpreet
Lecturer I
Profile
Dr. Singh Manpreet joined The Education University of Hong Kong (EduHK) in 2022 and is currently working as a Lecturer-I teaching STEM and AI-focused courses. Dr. Singh’s academic background includes MSc in Applied Physics, MPhil in Radiation Physics, and a Ph.D. in Computational Radiation Physics. Over a decade of experience in the Education Bureau for teaching HKDSE mathematics and Physics courses and a research background in Physics have enabled him to establish himself successfully in STEM teaching by mastering new technologies like; Robotics, Artificial Intelligence (AI), Coding, and then integrating them in Physics / STEM classrooms. Dr. Singh received the Certificate of Merit Good Customer Service Award from the Education Bureau of Hong Kong in 2019 and 2022 to recognize and encourage his excellence in providing learning opportunities to students beyond the classroom. Dr. Singh has been a guest speaker at numerous teaching training workshops hosted by the Mathematics Education Section of the Education Bureau of Hong Kong.
Dr. Singh is currently concentrating on integrating interactive simulations, gamification experience, and dynamic software in mainstream teaching through paperless classrooms, coding, and AI techniques. With his expertise in using Educational technology tools in the Mathematics and Physics classroom in multicultural and multilingual classroom setups, he is currently working on developing an interactive learning package for the HKDSE and IGCSE curricula.
Summary of courses taugh
|
2022-23 Sem - I |
INT4073 - Technologies in STEM Education INT4089 -Technologies in STEM and AI Education INT4072/IT5057/INT5063 - Learning and Teaching of Selected Topics in IT MTH6134-Technologies for Mathematics Teaching: An Inquiry Approach |
| 2022-23 Sem - II | IIT2029/5059 - IT Support Learning Environment INT3068 - Computer Organization and OS MTH6184 - Data Mining and STEM Education |
| 2023-24 Sem-I | INT4089 - Technologies in STEM and AI Education INT4089 - Technologies in STEM and AI Education INT4072/IT5057/INT5063 - Learning and Teaching of Selected Topics in IT GEJ4020 - Consolidating Undergraduate Learning through University ePortfolio GEI4010 - Informal Learning of Digital Natives SES6044 - Technology in STEM Education |
Guest Speaker for sharing his teaching strategies
- Learning and Teaching Strategies for the Secondary Mathematics Curriculum Series (13.06.2022)
Mathematics Education Section, Education Bureau (EDB) Hong Kong - Learning and Teaching Strategies in Promoting Non-Chinese-Speaking students’ Learning in Mathematics (15.04.2021)
Mathematics Education Section, Education Bureau (EDB) Hong Kong - Equip the NCS Students at School–Strategies on Teaching Mathematics for the NCS Students (11.10. 2017)
Multicultural Dream Pursuit Project - Caritas Youth & Community Service - Strategies on Teaching Mathematics for the NCS Students (4.12.2017)
Teacher's Training Workshop - Caritas Youth & Community Service - Engaging students in Mathematical learning: Games and Activities (27.04.2016)
Faculty of Education, The University of Hong Kong, HKU USP-NCS Maths 4th Workshop - Overcoming the Language and Cultural Barriers in School (24.02.2016)
Faculty of Education, The University of Hong Kong, HKU USP-NCS Maths 3rd Workshop
International Research Publications
- Investigations of multiple scattering of 320 keV gamma rays: a new technique for assigning an effective atomic number to composite materials. (Physica Scripta) - 79(035101) 8pp (2009).
- Experimental Evaluation of Multiple Compton Backscattering of gamma rays in Copper. (Indian Journal of Physics) - 83, 1141(2009).
- Experimental Evaluation of Multiple Compton Backscattering of gamma rays in aluminum. (Journal of Instrumentation Society of India) - 38(3), 221(2008).
- Experimental observation of energy dependence of saturation thickness of multiply scattered gamma photons. (Radiation Physics & Chemistry) - 77, 991(2008).
- Response function of NaI(Tl) detector and multiple backscattering of gamma rays in aluminum. (Applied Radiation & Isotopes) - 66, 1467(2008).
- Experimental investigations of multiple Scattering of 662 keV gamma photons in elements and binary alloys. (Applied Radiation & Isotopes) - 66, 1151(2008).
- Energy and intensity distributions of 0.279 MeV multiply Compton scattered photons in bronze– an inverse response matrix approach. (Pramana-Journal of Physics) - 70,1 (2008).
- Angular distribution of 0.662 keV multiply-Compton scattered gamma rays in copper (Radiation Measurements and Applications) - 42, 420 (2007).
- Experimental investigation of saturation depth of 0.662 MeV gamma rays in copper (Indian Journal of Pure and Applied Physics) - 45, 111 (2007).
- Experimental investigation of multiple scattering of 662 keV gamma rays in zinc at 90o (Radiation Physics & Chemistry) - 76, 750 (2007).
- Energy and intensity distributions of 0.279 MeV multiply Compton scattered photons in soldering material. (Nuclear Instruments & Methods in Physics Research – A) - 580, 54 (2007).
- Measurement of saturation depth of 279 keV gamma rays in bronze. (Asian Journal of Chemistry) - 18, 5, 3292 (2006).
- Energy and intensity distributions of multiple Compton scattering of 0.279-, 0.662- and 1.12- MeV gamma rays. (Physical Review A)- 74, 042714 (2006).
- Experimental observation of z-dependence of saturation depth of 0.662 MeV multiply scattered gamma rays. (Nuclear Instruments & Method in Physics Research – B)- 251, 73 (2006)
- Effect of detector collimator and sample thickness on 0.662 MeV multiply-Compton scattered gamma rays. (Applied Radiation & Isotopes)- 64, 373 (2006).
