Naveen Bedre M, MSc. B.Ed.
Senior Lecturer, Dept of Physics, Surana Vidyalaya PU College, Bangalore- 560081
Naveen Bedre M, MSc. B.Ed.
Senior Lecturer, Dept of Physics, Surana Vidyalaya PU College, Bangalore- 560081
Area of Interest:
Solid State Physics
Astrophysics
Education Details
| Degree | Year | University |
| B.Sc( P,M,Cs ) | 2010 | Gulbarga University, Gulbarga . |
| M. Sc (Physics) | 2014 | Vijayanagara SriKrishnadevaraya University,
Bellary. |
| B.Ed. | 2011 | Shivagangothri, Davangere University. |
| Subjects Taught | ||
| Physics | ||
| Astrophysics | ||
| Coaching for KCET,NEET and JEE. | ||
Professional Service
| Designation | Work Place | Duration |
| Senior Faculty
(Co-ordinator) |
Suranavidyalaya PU College,Bengaluru-560081 | October 2021 till Date |
| Senior Faculty (JEE Mains faculty) | Deeksha Malnad PU college, Shivamogga | June 2018 to Sep 2021 |
| Senior Faculty (CET Extended faculty) | DCFL PU college( DEEKSHA MAIN CAMPUS), Bengaluru | March 2017 to June 2018 |
| Senior Faculty (CET faculty) | Deeksha CMP PU College, Bagalkot | June 2016- March 2017
|
| Associate PU faculty | Deeksha Athani PU College, in Davanagere | July 2014- June 2016 |
| Worked as Resource person for colleges in different districts of Karnataka state for competitive teaching. | ||
Honours & Achievements
- Best mentor award in 2019 at Deeksha DCARE, Bengaluru.
- Asia’s finest Educator(2023-24) award from HBO Ltd, Bengaluru.
- Best teacher award for academic achievement from CMP organisation, Bagalkot.
Workshop/FDP Attended/Guest Lectures Delivered
- Workshop on solid state physics at Sri Krishnadevaraya campus, organized by the University of Gulbarga.
- FDP on Science and Technology organised by CBSE, Bengaluru Division.
- Workshop on Nano technology in MRI scanning, at Gulbarga University.
- Workshop on Solid state physics applications ,at Bengaluru University.
Project and Research details
- Nanoscale particles were prepared by solution combustion method using Nickel and Zinc nitrate as oxidizer and urea as fuel. The structure of the sample is studied with X-ray diffraction using Cu-Kἀ radiation and FTIR. The dependence of dielectric properties such as dielectric loss tangent, dielectric loss factor and AC conductivity on the frequency has been studied at the room temperature.
