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I teach BTech and MSc students. I have tutored PUC students for competitive exams. I follow a personalised inductive method of teaching. Contrary to the traditional teaching, as the growing technologies demand the innovative learning, I adopt to the new learning techniques such as project-based learning, more focus on the practical, will ask questions and provoke thoughts in the student mind. I use technology to give more visual explanations for easy understanding of the concepts. The virtual labs will be used for a more creative approach. I encourage students to present topics as part of the curriculum and give assignments based on a problem-solving approach. I encourage students to take part in group discussions, public speaking, and debates. I involve the students in research activities.
Having an MSc and a PhD in Physics from the University of Hyderabad and Postdoc experience at IISc. Teaching from 2021 till today. I am interested in teaching young minds. I have completed Ph.D. in Physics at the University of Hyderabad on "Structural, Electrical, and Magnetic Properties of Pure and Rare Earth Doped BiFeO3” under the supervision of Dr. S. Srinath and subsequently worked as a DS Kothari postdoctoral fellow and NPDF at IISc. In my Postdoc work I have worked on the exciting hexagonal LuFeO3 compound. I could stabilise the hexagonal pure phase and addressed the most controversial thing in literature, the magnetic ground state of hexagonal LuFeO3 using neutron, SQUID measurements.
We have proved that this material is not a room temperature multiferroic. The results are published in Phys. Rev. B, and J. Mag. Mater. Also, several doping elements like Mn, Ni at Fe site, Sc, La, Ho, Zr, Sr, Ba at the Lu site are considered to make the Hexagonal LuFeO3 as a room temperature multiferroic.
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