Prof. Manav Bhatnagar
Head, Bharti School
EE
 |
Research Area: Communication networks, with emphasis on performance modeling and analysis, and cross-layer optimization studies |
 |
Research Area: Stochastic geometry, Millimeter-wave communications, 5Gb/6G Network planning, and Machine learning for wireless networks |
 |
Research Area: Multiscale Modeling of Stochastic Processing, Widescale Cyclostationary Process Representation, Physical Layer in Wireless Communication |
 |
Research Area:Computational Neuroscience, Neuro-Inspired Engineering, Biomedical Signal and Image Processing, Machine Learning, Assistive Technology. |
 |
Research Area: Ultra Wideband Communications, Wireless Communications, Information Theory and Error Control Coding. |
 |
Research Area: Communication Theory and Systems, Difference Equations, Linear Algebra. |
 |
Research Area: Wireless networks, Coding theory, Distributed Storage Networks, Wireless Security, Cyber-Physical Systems |
 |
Research Area: Computer Vision, Multimedia Systems, Computational Intelligence. |
 |
Research Area: Machine Learning, Neuromorphic Engineering, VLSI Design, Optimization. |
 |
Research Area: Statistical Signal Processing, Image Processing, Group Theorotical Approach to Signal/Image Processing. |
 |
Research Area:Wireless Communication (Large MIMO Systems/Massive MIMO Systems), Communication Theory and Systemss,Information Theory, Statistical Signal Processing. |
 |
Research Area:Signal Processing, Wireless Communication, Wireless sensor networks, Optimisation, Machine learning |
 |
Research Area:Power Quality, FACTS Devices, Power System Protection, AI Application to Power System. |
 |
Research Area:Optical access networks, Fibre wireless converged networks. |
 |
Research Area: Filter Design, Low-Voltage and Low-Power Circuits, Delta-Sigma Modulators, Instrumentation Techniques. |
 |
Research Area:Power System Engineering, Intelligent Techniques for Control of Power System and Power Quality Studies, Renewable Energy. |
 |
Research Area:IoT, Cyber-physical systems, Next-generation wireless communication and networking, machine learning, reinforcement learning, radar, statistical signal processing |
 |
Research Area:Photonics, Integrated Optics, Microwave Photonics, Optical Communications, Nonlinear Optics, On-chip Lasers, Frequency Combs, Ultrafast Lasers, Photon-phonon Interactions. |
 |
Research Area: Applications of optimization theory, signal processing, machine learning, and graph methods in data analytics, communication, and networks |
 |
Research Area: Nonlinear & quantum optics, fiber & integrated photonics, light-matter interaction & atomic physics, all-optical devices & novel light sources, optical signal processing and communication |
DMS
 |
Research Area:Brand Management, Ethical Brand Positioning, Product Development and Consumer Based Business Strategy |
 |
Research Area:Supply Chain Management, Operations Management, Project Management, Total QualityManagement & Six Sigma, Strategic Technology Management, Quantitative modelling,Knowledge Management |
 |
Research Area:Artificial Intelligence and Machine Learning, Mobile Commerce, Design and User Experience of Mobile Apps, Public Policy and Governance of Emerging ICTs. |
 |
Research Area:Information and Communication Technologies & Development (ICTD) [Use of mobiles & other ICTs by Women microentrepreneurs in India], Information Technology Industry in India [Labour, R&D Centers of MNCs, Inter-firm linkages, Clusters & Sub-national Policy], ICTs & Government [Electronic Governance] . |
 |
Research Area: Operation & Supply Chain Management, Big Data applications in Operations, Industry 4.0, Block Chain Technology, and developing heuristics and metaheuristics approaches. |
CSE
Prof. Naveen Garg |
Research Area: Algorithms, Optimization |
 |
Research Area: High Speed Networks, Graph Theory, Algorithms. |
 |
Research Area: Computer Architecture, Operating Systems. |
 |
Research Area: Security and Privacy in Cyber-Physical Systems, Applied Cryptography, Adversarial Machine Learning |
CARE
 Prof. Ananjan Basu HOD - CARE |
Research Area: Microwave and millimeter wave Engineering. |
 |
Research Area: Signal Processing and Communications |
ADJUNCT FACULTY
 |
Research Area:Audio signal processing, Video signal processing, Communication channel estimation. |
 |
Research Area:Computer networks, Queueing systems, Wireless communications. |
 |
Research Area: Cyber security, Hardware security and trust, Adversarial machine learning, IoT and Smart Infrastructure Design and security. |
 |
Research Area:Cryptography, Theoretical cryptanalysis, HAsh functions, Authenticated/ Block Ciphers, Fault analysis attacks, Higher order boolean derivatives, Memory hard functions, Proof-of-work. |
 |
Research Area:Power line communications, Free space optical communications, Visible light communications. |
 |
Research Area:Digital Communications, Wireless and Optical communications, Optical Networks. |
Professor-of-Practice
 |
Research Area:Wireless Technology (4G-LTE/5G Access & Network), Millimeter Wave Technology based product for strategic communication and commercial network applications, Network Security and IOT based systems and solution. |
 |
Research Area:Software Sytems, Networks |
Joint Faculty
 |
Research Area:Applied probability, queueing theory, stochastic modeling and performance analysis of computer and communication systems. |
 |
Research Area:Photonic Switching, Optical Networks, Computer Communication Networks. |
 |
Research Area:Signal Processing for Quantum Communications, Quantum Sensing, Quantum Key Distribution, Wireless Communications, Machine Learning, Deep Learning for 6G Networks, Quantum Information Science. |
 |
Research Area: 1. Design/Simulation of semiconductor devices (Laser, Quantum emitter, etc.) 2. Molecular Beam Epitaxy growth 3. Cleanroom fabrication 4. Optoelectronic measurements of Gr. IV & III-V (GaAs, InP) based devices: (i) solid-state QD-based single/entangled photon emitter and (ii) Mid-infrared Quantum cascade laser-based THz emitter/frequency comb 5. Nonlinear optical properties of SiGe QDs. |
 |
Research Area: Vehicle-to-Everything (V2X) Communications, Connected and Automated Vehicles (CAVs) & Smart Mobility, Intelligent Transportation Systems (ITS), Wireless Communications for 5G/6G. |