Education:

1. Bachelor’s Degree: B. Sc in PHYSICS
2. Master’s Degree: M. Sc in PHYSICS (Specialization in Electronics & Condensed Matter Physics)
3. Ph.D.: Ph.D in Electronics & Communication Engineering, Tezpur University.

Professional Experience:

1. Served as a Teaching Assistant at Tezpur University and have taken classes of B.Tech (all semesters) on Basic Electronics, Microprocessor, Digital Signal Processing, Basic Electrical and Control Systems.

Areas of Interest/ Specialization:

• Instrumentation and Measurement Technology
• Signal Processing
• Theoretical Physics
• Microprocessor (8086,8085)
• Robotics
• Electronics chip fabrication
• Networking
• Computer Programming(C,MATLAB), Mathematica

FACULTY DEVELOPMENT PROGRAMME (COMPLETED)

1. 2 Weeks Instructor Led Live Online Faculty Development Program on Data Science Using Python held during 17th - 28th August 2020 organized by Finland Labs (A Unit of Revert Technology Pvt. Ltd.) in Association with National Social Summit, IIT Roorkee.
2. 2 Weeks Instructor Led Live Online Faculty Development Program on Artificial Intelligence & Machine Learning Using Python held during 07th - 18th September 2020 organized by Finland Labs (A Unit of Revert Technology Pvt. Ltd.) in Association with National Social Summit, IIT Roorkee.
3. Faculty Development Programme from 09th – 15th September 2020 on Moodle Learning Management System organized by Dibrugarh University with course material provided by Spoken Tutorial Project, IIT Bombay.
4. Completed online Two - Week Interdisciplinary Refresher Course on “Research Methodology” from 22 December, 2021 - 05 January, 2022, organized by Teaching Learning Centre, Ramanujan College, University of Delhi.
5.  
6. One-Week Online Faculty Development Programme on “IoT and its application  in Instrumentation” organized by E&ICT Academy IIT Guwahati held from 21st  to 26th  March, 2022 in association with Department of Instrumentation and USIC, Gauhati University and support from Uniconverge Technologies Pvt. Ltd.

Short_Term Training Courses:

1. Completed one week workshop on Signal Processing and Machine Learning organized by Department of Electronics and communication, School of Technology, Assam Don Bosco University in online mode from 10th -14th August, 2020.

2. Participated in one week Short Term Course on Computer Programming in Physics organized by Department of Physics & Academic Branch on 1st July-7th July’2019.

3.One-week Workshop on “Signal Processing and Machine Learning” organized by Department of Electronics &Communication Engineering, School of Technology, Assam Don Bosco University in online mode from 10th-14th August’2020.

4. One-week short-term course on “Future Opportunities and Challenges in 5G Technology (FOC-5G)”, organized by the Department of Electronics and Communication Engineering in association with IEEE student chapter, Madanapalle Institute of Technology and Science (MITS), (UGC Autonomous) Madanapalle, Andhra Pradesh, India during 13th -17th  October, 2021.

Research Publications:

International Journals:

1. Dutta, N., & Bhuyan, M. Noise Feature Analysis in Pulse Temperature Modulated MOS Gas Sensors, Sensors and Transducers 120 (9), 107--118, 2010.
2. Dutta, N., & Bhuyan, M. Optimal Temperature Modulation of MOS Gas Sensors by System Identification, Journal of Signal Processing, Image Processing and Pattern Recognition 5 (2), 17-27, 2012.
3. Dutta, N., Dewan, S.K., & Bhuyan, M. System Identification of MOS Gas Sensors and Stability Analysis, Sensors and Transducers 143 (8), 127--135, 2012.
4. Dutta, N., & Bhuyan, M. Classification Enhancement of MOS Gas Sensors by Optimized Temperature Modulation Using System Identification, Journal of Signal Processing and Pattern Recognition, Association for the Advancement of Modelling and Simulation Techniques in Enterprises, 56 (2), pp.35, 2013.
5. Dutta, N., & Bhuyan, M. Stability Analysis of Metal Oxide Gas Sensors Using System Identification, International Journal of Engineering Sciences & Research Technology IJESRT, 3 (3), pp.1426-1432,2014.
6. Saumen Acharjee, Arindam Boruah, Reeta Devi, Nimisha Dutta, "Spin torque oscillator and magnetization switching in double-barrier Rashba Zeeman magnetic tunnel junction ", Journal of Magnetism and Magnetic Materials, 572 (2023) 170579.https://doi.org/10.1016/j.jmmm.2023.170579.
7. Saumen Acharjee,Nimisha Dutta, Reeta Devi and Arindam Boruah, "Nonlinear oscillations, chaotic dynamics, and stability analysis of bilayer graphene-like structures" ,Chaos 33, 013136 (2023); doi: 10.1063/5.0125665.

Conference Proceedings:

1. Dutta, N., & Bhuyan, M. Statistical Analysis of Noise in MOS Gas Sensor Based Electronic Nose with Pulsed Temperature Modulation , in Computational Vision and Robotics (ICCVR’2010), Bhubaneswar, India, 23-27.
2. Dutta, N., & Bhuyan, M. Amplitude Demodulation and Spectrum Analysis of Noise in MOS Gas Sensor Based Electronic Nose , in Advances in Communication, Network, and Computing (CNC’2010), Calicut. Kerala, India, 160-162.
3. Dutta, N., & Bhuyan, M. Dynamic Response Based Odour Classification Using MOS Gas Sensors, in Emerging Applications of Information Technology (EAIT’2011), Kolkata, India, 231-234.
4. Dutta, N., & Bhuyan, M. System Identification of MOS Gas Sensors and Classification Enhancement through Optimal Temperature Modulation, in International Multi-conference on Intelligent Systems, Sustainable, New and Renewable Energy Technology and Nanotechnology’2012, Klawad, Haryana, India, 149-153.

National Conference Paper:

1. Dutta, N., & Bhuyan, M. Modeling of Metal-Oxide Gas Sensors and Comparison Using System Identification Method, National Conference on Physical Sciences, Society for Laser and Optical Science, organized by Department of Physics, D.H.S.K. College, Dibrugarh, Assam, on September 13th -14th, 2013.

Papers under communication:

1. Dutta, N., & Bhuyan, M. Noise Reduction of MOS Gas Sensors Based Electronic Nose by Amplitude Demodulation and Comparison Using Wavelet Analysis, International Journal of Advanced Structural Engineering (IJAS).

Books and Book Chapters:

Book Chapter:

1. Dutta, N., & Bhuyan, M. Odour Impact Assessment Handbook , Chapter 3, Wiley Publisher.

1. Condensed Matter Physics
2. Digital Electronics
3. Computer Fundamentals Programming
4. Optics
5. Properties of Matter and Thermodynamics
6. Quantum Mechanics
7. Electrical Circuits and Network Skills
8. Electrodynamics and Relativity
9. Digital Circuits and Network Skills
10. Nuclear Physics