DIT University DIT University

Vishakha Kaushik

Dr. Vishakha Kaushik

Assistant Professor

  • Qualification

    M.Tech THAPAR UNIVERSITY, PhD from IIT Delhi, Post Doctoral from South Korea

  • Specialisation

    2 D Materials for Energy Storage

  • Research Interest

    Carbon-based structures, 2D materials like graphene and MoS2, and their catalytic, energy storage, and field emission applications. Thin Film Deposition by PVD and CVD techniques, Raman spectroscopy, Liquid phase exfoliation.
Dr. Vishakha Kaushik

  • Brief Profile

    R. Vishakha Kaushik joined DIT university and the school of Physical Sciences as an Assistant Professor since July 2019. Prior to joining this university, Dr. Kaushik was working as a postdoctoral researcher in South Korea. She obtained her Ph.D. in Thin Film Laboratory at the Indian Institute of Technology Delhi (IIT Delhi) and M.Tech. from Thapar University, Patiala. Her research inclination includes energy-efficient production and innovative processing techniques for low-dimensional materials especially 2D materials and their composites for applications in sensing, photocatalytic and mechanical applications. Dr. Kaushik has published around 20 research articles having more than 250 citations in reputed SCI index Journals. For representing her research work to the international forum Dr. Kaushik has been supported for an International travel grant by DST, CSIR-UGC, and IIT Delhi. She has been awarded many certificates for her extracurricular activities. Her current research interest is in the mass production of 2D materials, composites, and the design of devices using low-dimensional materials for catalytic, energy storage, and field emission applications.

    • wave oscillations and introduction to quantum mechanics PYF101, Introduction to Mechanics PYF102, Nuclear and particle physics, Quantum Mechanics, renewable energy and energy resources, electrodynamics. (B.Tech, BSc, M.Sc. courses)

    • ORCID ID: Click here

     

Courses Taught

Carbon-based structures, 2D materials like graphene and MoS2 and their catalytic, energy storage, and field emission applications.