1 |
Artificial Intelligence, Online Learning, Data Mining, NLP, Speech processing, Computer Vision and Deep Learning, Intelligent and Networked Robotics, Augmented/Virtual reality, Distributed Systems, Edge and Cloud Computing, Wireless Networks, Software defined Networking, IoT |
Computer Science and Engineering |
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2 |
Network Security, Hardware Security, Formal Verification, High-level Synthesis, Hardware
Acceleration, Embedded and Cyber-physical Systems, Multicore Architecture, Memory Systems, Near-memory Computing, Data Centers |
Computer Science and Engineering |
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3 |
Data Structures and Algorithms, Distributed Algorithms, Randomization and
Approximation Algorithms, Optimization, Computational Geometry. |
Computer Science and Engineering |
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4 |
Bioeconomy and Sustainability |
Centre for Environment |
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5 |
Biodiversity |
Centre for Environment |
|
6 |
Climate Change Biology |
Centre for Environment |
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7 |
Environmental Health |
Centre for Environment |
|
8 |
All areas in Chemistry and allied fields |
Chemistry |
|
9 |
Architectural Engineering |
Centre for Indian Knowledge Systems |
|
10 |
Archeoastronomy |
Centre for Indian Knowledge Systems |
|
11 |
Distilling science and technology from Maha Puranas |
Centre for Indian Knowledge Systems |
|
12 |
Sustainable practices of Northeast India |
Centre for Indian Knowledge Systems |
|
13 |
Traditional medicines |
Centre for Indian Knowledge Systems |
|
14 |
Condensed Matter Physics: Experiment and Theory |
Physics |
|
15 |
Gravity, Astrophysics, and Cosmology |
Physics |
|
16 |
High Energy Physics: Experiment and Theory |
Physics |
|
17 |
Laser and Photonics: Experiment and Theory |
Physics |
|
18 |
Quantum Optics and Quantum Technology |
Physics |
|
19 |
Performance evaluation of structural steels under cyclic loading; Metal Casting Through Microwave Energy.
|
Mechanical Engineering |
|
20 |
Miniature Two-phase Devices for Thermal Management |
Mechanical Engineering |
|
21 |
Vortex induced vibration of a stationary and rotating sphere near a solid wall |
Mechanical Engineering |
|
22 |
Fatigue and fracture analysis of welded structure;Weld and 3D printing induced residual stresses prediction. |
Mechanical Engineering |
|
23 |
Mechanical behaviour of 3D-printed mechanical metamaterials; Metallurgy of additively manufactured structures |
Mechanical Engineering |
|
24 |
Computational fluid modeling of tokamak plasmas for fusion energy generation. |
Mechanical Engineering |
|
25 |
Organic Material for Engineering Application; Traditional Medicine Manufacuring. |
Mechanical Engineering |
|
26 |
Laser based manufacturing. |
Mechanical Engineering |
|
27 |
Welding and additive manufacturing process; Solid state welding processes |
Mechanical Engineering |
|
28 |
Development of overset grid-based spectral-element solver for fluid-structure interaction problems; Numerical estimation of flow power extraction efficiency of vortex-induced vibration at Re > 1E5 using OpenFOAM; Design and on-site testing of a 1KW prototype of a flow-induced vibration turbine. |
Mechanical Engineering |
|
29 |
Metal Additive Manufacturing; Computer Aided Process Planning |
Mechanical Engineering |
|
30 |
Friction stir additive manufacturing, joining of sandwich structures; Sheet metal formability modeling. |
Mechanical Engineering |
|
31 |
3D printing of light weight structures |
Mechanical Engineering |
|
32 |
Development of Digit Twin Platform for Machinery |
Mechanical Engineering |
|
33 |
Natural Fiber Reinforced Composites; Additive Manufacturing of Composites |
Mechanical Engineering |
|
34 |
Ionic transport in nanopores for harvesting Blue energy;Mathematical modelling for exploring stochastic optimal control of Tokamak Plasma Flow. |
Mechanical Engineering |
|
35 |
Micromachining processes; Micromanufacturing processes |
Mechanical Engineering |
|
36 |
Multiphase flows; Microfluidics |
Mechanical Engineering |
|
37 |
Large-scale computational contact mechanics of many body contact; Isogeometric analysis of high-speed rail-wheel contact and associated failure; Machine learning-assisted nonlinear finite element simulations; Machine learning-assisted predictions for ballistic events. |
Mechanical Engineering |
|
38 |
Mathematical homogenization of fibrous composites; Machine learning based material modeling of heterogenous materials |
Mechanical Engineering |
|
39 |
Functionally graded piezoelectric materials; Flexible piezoelectric sensors and actuators |
Mechanical Engineering |
|
40 |
Development of Spacial Electrical Machines for EV applications; Energy storage including Flywheel Energy Storage and Compressed Air Energy Storage |
Mechanical Engineering |
|
41 |
Rotor dynamics |
Mechanical Engineering |
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42 |
Rehabilitation Robotics |
Mechanical Engineering |
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43 |
Manufacturing: Forming, Machining, Additive, Welding. |
Mechanical Engineering |
|
44 |
Machining Dynamics; High-Speed Micromachining. |
Mechanical Engineering |
|
45 |
Mixed Mode Fracture and Fatigue of Metals |
Mechanical Engineering |
|
46 |
Robotic Neurorehabilitation |
Mehta Family School of Data Science and Artificial Intelligence |
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47 |
Physics Informed Machine Learning
Supervised learning of nonlinear mathematics
|
Mehta Family School of Data Science and Artificial Intelligence |
|
48 |
Computer vision (subarea: face tracking, eye tracking)
Biomedical image processing (subarea: image segmentation)
Machine learning and deep learning
|
Mehta Family School of Data Science and Artificial Intelligence |
|
49 |
Network security and Privacy |
Mehta Family School of Data Science and Artificial Intelligence |
|
50 |
Natural Language Processing |
Mehta Family School of Data Science and Artificial Intelligence |
|
51 |
AI/ML for bio-acoustics
AI/ML for respiratory health, Speech and Audio Processing,
Behavioral and EEG data analysis,
Non-stationary time-series signal modelling (sampling and time-frequency analysis)
|
Mehta Family School of Data Science and Artificial Intelligence |
|
52 |
Knowledge Graphs |
Mehta Family School of Data Science and Artificial Intelligence |
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53 |
Language and Cognitive Science |
Centre for Linguistic Science and Technology |
|
54 |
Speech Processing and Analysis |
Centre for Linguistic Science and Technology |
|
55 |
Natural Language Processing |
Centre for Linguistic Science and Technology |
|
56 |
Document analysis and biometrics |
Centre for Linguistic Science and Technology |
|
57 |
Respiratory Sound Analysis |
Centre for Linguistic Science and Technology |
|
58 |
Bio-degradable Polymer Development; Polymer Synthesis and Catalyst Development |
Centre for Sustainable Polymers |
|
59 |
Polymer Composites and Nanomaterials |
Centre for Sustainable Polymers |
|
60 |
Polymer Liquid Crystal and Organic Electronics |
Centre for Sustainable Polymers |
|
61 |
Solid Waste Management |
Centre for Sustainable Polymers |
|
62 |
Polymer Modelling and Simulation; Polymer Structure-Property Relationship |
Centre for Sustainable Polymers |
|
63 |
Polymer Degradation and Recycling |
Centre for Sustainable Polymers |
|
64 |
Organocatalysis, Organometallic Catalysis, and Green chemistry
|
Centre for Sustainable Polymers |
|
65 |
Polymer Processing and Rheology |
Centre for Sustainable Polymers |
|
66 |
UHMWPE Synthesis and Product Development |
Centre for Sustainable Polymers |
|
67 |
Polymer Toxicology, Risk Assessment and Migration Studies |
Centre for Sustainable Polymers |
|
68 |
Polymer Ecology and Life Cycle Assessment |
Centre for Sustainable Polymers |
|
69 |
Polymer-based Implant Materials |
Centre for Sustainable Polymers |
|
70 |
Polymer Product Design and Development; |
Centre for Sustainable Polymers |
|
71 |
Biotechnology with Emphasis on Biopolymers |
Centre for Sustainable Polymers |
|
72 |
1. Development of a low cost I-V tracer for solar energy applications
|
School of Energy Sciences and Engineering |
|
73 |
2. Control of Power Electronics Interfaces for Distributed Energy Resources and Microgrids
|
School of Energy Sciences and Engineering |
|
74 |
3. EV Charging Infrastructure |
School of Energy Sciences and Engineering |
|
75 |
Food Biotechnology, Isothermal drying of agricultural products, Waste heat recovery, Crop & Soil Quality Management, Soil and Water Microbiology, Waste water treatment, Solid Waste management, Agricultural Biotechnology, Experimental and computational studies on biofertilizers, and Machine Learning and Artificial Intelligence Applications in Rural Science and Technology |
School of Agro and Rural Technology |
|
76 |
Design of underwater vehicles |
Centre for Intelligent Cyber Physical Systems |
|
77 |
Develop of Integrated Predictive Maintenance Tool |
Centre for Intelligent Cyber Physical Systems |
|
78 |
Digital Twin for Metal Additive Manufacturing |
Centre for Intelligent Cyber Physical Systems |
|
79 |
Retrofitting of underwater structures |
Centre for Intelligent Cyber Physical Systems |
|
80 |
Underwater Computer Vision |
Centre for Intelligent Cyber Physical Systems |
|
81 |
Underwater Compressed Air Energy Storage |
Centre for Intelligent Cyber Physical Systems |
|
82 |
Multi-agent Multi-robot Learning Mechanisms |
Centre for Intelligent Cyber Physical Systems |
|
83 |
Development of Digital Holographic System for Imaging of Microplanktons and Microparticles |
Centre for Intelligent Cyber Physical Systems |
|
84 |
Application of Deep Learning for Vision based Detection and Inspection of Underwater Artefacts |
Centre for Intelligent Cyber Physical Systems |
|
85 |
Under water debris detection and identification |
Centre for Intelligent Cyber Physical Systems |
|
86 |
Underwater acoustic systems, Sensors for underwater applications |
Centre for Intelligent Cyber Physical Systems |
|
87 |
Hydrogen Storage for Underwater Vehicle Applications |
Centre for Intelligent Cyber Physical Systems |
|
88 |
Motion Planning and Cooperative Control of Autonomous Underwater Vehicles (AUVs) for Underwater Surveillance |
Centre for Intelligent Cyber Physical Systems |
|
89 |
Visual Communication of multimedia communication emphasizing imaginative representation |
Centre for Intelligent Cyber Physical Systems |
|
90 |
Biomechanics studies during underwater activities |
Centre for Intelligent Cyber Physical Systems |
|
91 |
Control of Underwater vehicles |
Centre for Intelligent Cyber Physical Systems |
|
92 |
Prototype for Underwater Organism-supported Breathing System. |
Centre for Intelligent Cyber Physical Systems |
|
93 |
Mathematics |
Mathematics |
|
94 |
Statistics |
Mathematics |
|
95 |
Probability |
Mathematics |
|
96 |
Mathematical Finance |
Mathematics |
|
97 |
Computer Science |
Mathematics |
|
98 |
Research Areas of Faculty Members can be seen at https://iitg.ac.in/maths/index_faculty.php |
Mathematics |
|
99 |
Air Quality; WRF-CHEM modeling; Waste valorization, marginal materials for soil amendment; Biopolymer-soil interaction; Hot-mix asphalt using agro-waste natural fibers; Characterization of LiDAR and point cloud data; Machine Learning Seismic Risk Assessment; Reinforced Soil Structures; Waste containment and Landslide prediction; System study using Geospatial Technology; Construction Management; PPP; Building Info Modelling in Infra Asset Mgt; |
Civil Engineering |
|
100 |
1. Rainfall-induced Landslide Prediction and Mitigation
2. Stabilization of soils and slopes for construction of roads in hilly terrains of North-East India: A step towards disaster mitigation
|
Centre for Disaster Management & Research |
|
101 |
All areas of Biosciences and Bioengineering |
Biosciences and Bioengineering |
|
102 |
Nano/Bio Materials Science and Engineering; NanoTheranostic Devices |
Centre for Nanotechnology |
|
103 |
Nano/Bio-
Electronics and Sensors |
Centre for Nanotechnology |
|
104 |
Experimental and Computational studies of micro- and
nano-fluidics |
Centre for Nanotechnology |
|
105 |
Molecular Simulations |
Centre for Nanotechnology |
|
106 |
Polymer self-assembly |
Centre for Nanotechnology |
|
107 |
Polymer Nanocomposites |
Centre for Nanotechnology |
|
108 |
Nano Devices and Applications |
Centre for Nanotechnology |
|
109 |
Flow Chemistry |
Centre for Nanotechnology |
|
110 |
Catalysis for
Energy |
Centre for Nanotechnology |
|
111 |
Energy Applications |
Centre for Nanotechnology |
|
112 |
All areas of Chemistry and Physics including
Nanoscale Materials, Polymers, Optoelectronics, and Photonic applications;
|
Centre for Nanotechnology |
|
113 |
Green Hydrogen |
Centre for Nanotechnology |
|
114 |
Devices, Spintronic Devices, Photovoltaics and Photodetectors;
Generation: Organic, Hybrid, Flexible, and Printable Electronics |
Centre for Nanotechnology |
|
115 |
Bio-Inspired
Wettability |
Centre for Nanotechnology |
|
116 |
Plasmonic Devices, Neuromorphic Devices, Low-Dimensional Semiconductors |
Centre for Nanotechnology |
|
117 |
Nanoelectronic Devices: Non-Volatile Memory Devices and Technologies, |
Centre for Nanotechnology |
|
118 |
(i) Biomedical Devices and Diagnostics; Biomedical Imaging and Analysis; Microfluidics; Nanoelectronics; Nanobiotechnology.
(ii) Tissue Engineering; In-vitro Disease Models for Drug Screening; Cancer Biology and Stem Cells; Regenerative Medicine and Stem Cells; Expanded Genetic Code.
(iii) Molecular Biophysics; Chemical Biology; Tox Screening of Phytochemicals/ Drugs; Site-specific Protein Modification, Mathematical modeling and simulations |
School of Health Science & Technology |
|
119 |
(iv) Health Data Science and Analytics; Preserving Privacy in Health Data Sharing; Ergonomics and Design for Healthcare; Quantum Technology for Healthcare Applications.
(v)Biomaterials; Artificial Limbs and Prosthetics; Rehabilitation Biomechanics; Transport Processes in Physiological Systems; Medical Waste Disposal and Degradation.
(vi) Bioorganic, Bioinorganic and Medicinal Chemistry; Drug Delivery; Environmental Health and Toxicology. |
School of Health Science & Technology |
|
120 |
(vii) Molecular Neuroscience and Cancer Neuroscience, Pharmacology and Toxicology, Large-Scale Genomics and Transcriptomic Data Analysis, Cheminformatics, Protein Engineering |
School of Health Science & Technology |
|
121 |
Design Methods; Data-driven design; Material-driven design |
Design |
|
122 |
Design for Sustainability |
Design |
|
123 |
Design for Additive Manufacturing; Additive manufacturing heuristics or principles; Clay 3D printing; |
Design |
|
124 |
Product design (Furniture Design/Packaging/Toy/Craft/ Medical device); Guideline/Principles/Heuristics for product design; |
Design |
|
125 |
Ergonomics (Physical/ Cognitive); Occupational safety and health; Neuro-ergonomics; Anthropometry and Biomechanics |
Design |
|
126 |
Voice User Interfaces; Interfaces for Special Needs; Interaction issues in Assistive Technology Design; |
Design |
|
127 |
Design Management, Product Service Systems, Service Design |
Design |
|
128 |
Design creativity; Aesthetics |
Design |
|
129 |
Input methods, user interactions and user interfaces in Virtual Reality |
Design |
|
130 |
Multimedia Visual Communication (Animation, Special Effects, Cartooning, Traditional Animation) |
Design |
|
131 |
User Experience Design; AI in Design; |
Design |
|
132 |
Socio-hydrology for future water infrastructures |
Centre for Sustainable Water Research |
|
133 |
Transboundary waters, water economics, water governance, climate change and water |
Centre for Sustainable Water Research |
|
134 |
Feasibility study on artificial recharge of aquifers |
Centre for Sustainable Water Research |
|
135 |
Water and Wastewater Treatment Technologies |
Centre for Sustainable Water Research |
|
136 |
Surface-Ground water interaction in coastal basins |
Centre for Sustainable Water Research |
|
137 |
Development of Water Quality Sensors for Arsenic, Fluoride, Cyanide |
Centre for Sustainable Water Research |
|
138 |
Biological wastewater treatment |
Centre for Sustainable Water Research |
|
139 |
Economics: Development Economics/Health Economics (focus areas: food & nutrition security; health systems research; labour & employment); Agricultural Economics; Industrial Organisation; Dynamic Models in Economics; Climate Change; Adaptation & Mitigation; Public Policy; Water Economics; Ecological Economics; Dynamic methods ( Focus area: dynamic oligopoly, political economy ); Public Economics (focus area: public insurance, federal redistribution); Macroeconomics (focus areas: growth, development and inequality) |
Humanities and Social Sciences |
|
140 |
English: Visual and graphic narratives, sequential graphic art and early modern literature
|
Humanities and Social Sciences |
|
141 |
History: Economic and Environmental history of India as field of research
|
Humanities and Social Sciences |
|
142 |
Linguistics: Prosodic aspects (tone and intonation) of Tibeto-Burman and South Asian languages, Tonal and vowel acoustics of Tibeto-Burman and Austro-Asiatic languages, psycholinguistics: Language Acquisition and Processing.
|
Humanities and Social Sciences |
|
143 |
Psychology: Organizational Behaviour, Human Resource Management, Social Psychology |
Humanities and Social Sciences |
|
144 |
Joint sensing and communication |
Electronics and Electrical Engineering |
|
145 |
Development of reliable machine learning techniques for wireless communication systems |
Electronics and Electrical Engineering |
|
146 |
Adversarial machine learning |
Electronics and Electrical Engineering |
|
147 |
Wide Bandgap Semiconductors |
Electronics and Electrical Engineering |
|
148 |
Power Devices |
Electronics and Electrical Engineering |
|
149 |
Photodetectors |
Electronics and Electrical Engineering |
|
150 |
Spintronics |
Electronics and Electrical Engineering |
|
151 |
Nano-electronic heterojunction devices |
Electronics and Electrical Engineering |
|
152 |
Memory devices |
Electronics and Electrical Engineering |
|
153 |
Organic photovoltaics |
Electronics and Electrical Engineering |
|
154 |
RISC Processor Design |
Electronics and Electrical Engineering |
|
155 |
Hardware Security |
Electronics and Electrical Engineering |
|
156 |
MEMS |
Electronics and Electrical Engineering |
|
157 |
Analog Circuit Design for Biomedical Applications |
Electronics and Electrical Engineering |
|
158 |
Bio Sensors |
Electronics and Electrical Engineering |
|
159 |
Terahertz Topological Photonic Insulators for 6G applications |
Electronics and Electrical Engineering |
|
160 |
Nanophotonic Metamaterials and Metasurfaces |
Electronics and Electrical Engineering |
|
161 |
Plasmonic metamaterials for enhaced light extraction from LEDs |
Electronics and Electrical Engineering |
|
162 |
Electrotunable smart windows for reducing fossil fuel consumptions |
Electronics and Electrical Engineering |
|
163 |
Colloids & Interfaces Phenomena |
Chemical Engineering |
|
164 |
Tribology |
Chemical Engineering |
|
165 |
Petroleum and Reservoir |
Chemical Engineering |
|
166 |
Carbon Capture and Storage & Utilization |
Chemical Engineering |
|
167 |
Computational Fluid Dynamics |
Chemical Engineering |
|
168 |
Flow of Complex fluids |
Chemical Engineering |
|
169 |
Micro and Nano fluidics |
Chemical Engineering |
|
170 |
Synthetic & Natural Polymers and Polymer-composites |
Chemical Engineering |
|
171 |
Polymer Dynamics |
Chemical Engineering |
|
172 |
Optimization and Control |
Chemical Engineering |
|
173 |
Computational Intelligence & Machine Learning |
Chemical Engineering |
|
174 |
Catalysis |
Chemical Engineering |
|
175 |
Bio-energy and Green Engineering |
Chemical Engineering |
|
176 |
Biomass Conversion |
Chemical Engineering |
|
177 |
Clean Energy Production |
Chemical Engineering |
|
178 |
Electrochemistry |
Chemical Engineering |
|
179 |
Supercapacitors |
Chemical Engineering |
|
180 |
Wastewater Treatment |
Chemical Engineering |
|
181 |
Advanced Separation Processes |
Chemical Engineering |
|
182 |
Oxidation Processes |
Chemical Engineering |
|
183 |
Process Intensification and Reactor Development |
Chemical Engineering |
|
184 |
Waste management |
Chemical Engineering |
|
185 |
Food Processing & Packaging |
Chemical Engineering |
|