JRF position is available in the field of “Synthesis of large area 2D vertical heterostructures of graphene-metal/metal oxide and study their electrochemical and catalytic properties”.
Synthesis of large area 2D vertical heterostructures of graphene-metal/metal oxide and study their electrochemical and catalytic properties” at Centre for Nano and Material Sciences (CNMS), JAIN (Deemed-to-be) University, Bangalore, Karnataka in Dr. Manav Saxena research group.
Initial appointment for 01 year, extendable up to 03 years based on performance. The objective of the 03 years position should be aimed at obtaining a doctoral degree at the JAIN University Bangalore, Karnataka with peer reviewed publications.
Required Qualification
- M. Sc. in Chemistry/Physics/Materials science. Candidate should have obtained at least 60% marks in qualifying degree examination.
- Preference will be given to CSIR-UGC NET (JRF/LS) or GATE qualified candidate.
- The ability to work closely and collaborate with colleagues is a must. Proficiency in the English language is required.
- Candidate having hand-on experience in electrochemistry will get preference.
How to Apply
The application should contain a detailed resume (including name of at least two references), one photograph, contact details, photocopies of educational/professional qualifications, 01 page summary of research project undertaken (by email/post; email preferred with proper subject line). Please also mention preferred date of joining, if selected. Last date to receive applications by email and post is 15-02-2019.
Only shortlisted candidates will be called for the interview and no TA/DA will be paid for appearing in the interview. Selected candidate will be intimated by email.
Type of positions | JRF |
Subject | Electrochemistry, Chemistry, Physics, Materials science |
Closing date | 15-02-2019 |
Contact | Dr. Manav Saxena, Assistant Professor
Centre for Nano and Material Sciences, JAIN University, Ramanagra, Bengaluru rural, Karnataka, India Email: s.manav@jainuniversity.ac.in Phone: 9936301401 |