Âé¶¹´«Ã½

NEWS UPDATE

UG, PG, Ph.D Admissions 2026-27                                                                        UG, PG, Ph.D Admissions 2026-27                                                                        UG, PG, Ph.D Admissions 2026-27                                                                        UG, PG, Ph.D Admissions 2026-27                                                                        PG Diploma in Yoga Therapy, Yoga Instructor Intensive (YII) & MSc Yoga..! Admissions Open                                                                        UG, PG, Ph.D Admissions 2026-27                                                                        UG, PG, Ph.D Admissions 2026-27                                                                        UG, PG, Ph.D Admissions 2026-27                                                                        UG, PG, Ph.D Admissions 2026-27                                                                   UG, PG, Ph.D Admissions 2026-27                                                                  UG, PG, Ph.D Admissions 2026-27                                                                                                   UG, PG, Ph.D Admissions 2026-27                                                                                                   UG, PG, Ph.D Admissions 2026-27

Image

Dr. Naveena Gadwala

Assistant Professor, Dept. of Physics

Dr. Naveena Gadwala is working as an Assistant Professor in the Department of Physics, Aurora Higher Education and Research Academy,with expertise in materials science and engineering physics,Her academic interests include nanotechnology, quantum physics. She completed her Ph.D from Osmania University. Her researchfocuses on structure and magnetic property correlations in functional oxides, gaining expertise in synthesis and characterization techniques, and contributing to advancements in multiferroic and magnetic materials with potential applications in spintronics, sensors, and energy devices. Her doctoral work provided valuable insights into magnetoelectric coupling mechanisms, strengthening the global understanding of multiferroic systems. She has published several research articles in reputed international journals and presented her work at national and international conferences, where her findings were recognized for their clarity and scientific merit. She has also worked on a DST–SERB funded research project, which enriched her experience in handling advanced experimental techniques and collaborative research. She is committed to excellence in teaching and advancing research that contributes to innovation and societal development.