Dr. Amrita Bhattacharya
Associate Professor,
Dept. of Metallurgical Engg.
and Materials Science,
IIT Bombay, 400076, India
Dr. Amrita Bhattacharya
Group Leader, AbCMS Lab (2017-till date)
PhD Students
BSc: Physics, Chaudhary Charan Singh University
MSc: Physics, Banasthali University
Thesis topic:
First principles investigation of charge and heat transport of thermoelectric Heusler alloys.
Parul Raghuvanshi
154110017
PhD (2016-Present)
Suman Mondal
184110002
PhD (2018 - present)
Krishnaraj Mayya
194116004
PhD (2019 - present)
Dipwanita Bhattacharya
194116005
PhD (2019 - present)
Junaid Jami
194113006
PhD (2020 - present)
BTech: Electronics and communication, West Bengal University of Technology
MTech: Materials Science and Nanotechnology, NIT Kurukshetra
Thesis topic:
First principles investigation of two dimensional electron gas formation in the interfaces of Perovskite heterostructures
BTech: Electronics and communication, Visvesvaraya Technological University
MTech: Nanotechnology, NIT Kurukshetra
Thesis topic:
First principles investigation of Perovskite topological insulator phases
BTech: Electrical Engineering, Assam Engineering College
MTech: Energy engineering, IIT Guwahati
Thesis topic:
Experiment and theory of charge and heat transport of thermoelectric Heusler alloys
BS: Materials Science, NIT Nagaland
MS: Materials Science, NIT Nagaland
Thesis topic:
Experiment and theory of magnetic properties of Heusler alloys
BSc: Physics, Union Christian College
MSc: Physics, Kerala University
Thesis topic:
Effect of electron phonon coupling on temperature dependent optical properties of semiconductors
Shilpa Paul
194113005
PhD (2020 - present)
BSc: Physics, Abhedananda College
MSc: Physics, Jadavpur University
Thesis topic:
First principles investigation of magnetism in strongly correlated double Perovskite oxides.
Debarghya Dutta
21436001
PhD (2021 - present)
BTech: Mechanical engg., NIT Karnataka
MTech: Materials engg., University of Hyderabad
Thesis topic:
Investigation of spin orbit coupling driven effects in half Heusler alloys
Shiva Lingam Goud
21436001
PhD (2021- present)
Current project student
Hrithik Agrawal
BTech, MEMS (2018- present)
BTech project topic:
First principles study of vibrational stability of Perovskite oxides
First principles investigation of spin orbit coupling driven effects in Perovskite oxides
Alumni Project Students
Batch of 2021
Souvik Hui
193110056
BTech, Mechanical engg., Jadavpur University
Mtech, MEMS, IIT Bombay
(2019-2021)
Thesis topic:
Machine learning the lattice thermal conductivity of Heusler compounds
Deepanshi Saraswat
193110037
BTech, Aeronautical engg., Aeronautical society of India
Mtech, MEMS, IIT Bombay
(2019-2021)
Thesis topic:
Machine learning the first principles computed lattice thermal conductivity of Perovskite oxides
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Bhawna Panwar
193110044
BTech, Materials Science,
NIT Bhopal
Mtech, MEMS, IIT Bombay
(2019-2021)
Thesis topic: Combining machine learning with first principles to model the Curie temperature of magnetic Heusler compounds
Batch of 2020
Prasun Keshri
183110029
BTech, Metallurgical engg., Jadavpur University
Mtech, MEMS, IIT Bombay
(2018-2020)
Thesis topic: Combining machine learning with first principles to model the Curie temperature of magnetic Heusler compounds
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Faijan Raja
183110006
BTech, Nanotechnology, Central University of Jharkhand
MTech, MEMS IIT Bombay (2018-2020)
Thesis topic:
Machine learning the lattice thermal conductivity of Perovskite oxides
Owaish Ansari
16K410006
BSc, Physics, Delhi University
MSc, Physics, IIT Bombay
MTech, Applied physics, IIT Bombay
(2018-2020)
Thesis topic:
First principles investigation of topological activities in half Heusler compounds
Batch of 2019
Rushikesh Rathod
150110029
BTech, MEMS, IIT Bombay (2015-2019)
Thesis topic:
Machine learning the first principles band gap of binary alloys
Vinay Kumar
140110079
Dual Degree, MEMS, IIT Bombay
(2014-2019)
Thesis topic:
Combining machine learning with first principles to model the cohesive energy of Perovskite oxides
Arpit Garg
173110048
BTech, Mechanical Engg., Uttar Pradesh Technical University
MTech, MEMS, IIT Bombay
(2017- 2019)
Thesis topic: Combining machine learning with first principles to model the cohesive energy of Heusler alloys