I have never pursued research for the sake of publication alone; rather, I've viewed it as a means to solve real-world problems, build capacity, and contribute to national development.
From early signal processing models to cutting-edge work in AI and cyber-physical systems, my approach has remained consistent depth over noise, clarity over complexity, and impact over volume. I believe in balancing theoretical elegance with engineering pragmatism, ensuring that each model, algorithm, or framework I develop can one day inform practice, policy, or pedagogy.
Collaboration has also been a cornerstone of my research philosophy. Interdisciplinary engagement not isolation leads to meaningful breakthroughs. I have actively worked across domains and mentored scholars from diverse fields, encouraging them to pursue rigorous, socially relevant, and ethically grounded research.
Above all, I see research as a continuum of learning a space where the pursuit of knowledge meets the responsibility to uplift. It is this blend of curiosity, purpose, and humility that continues to guide every inquiry I undertake.
| TITLES OF PROJECT | PERIOD | GRANTING AGENCY |
|---|---|---|
| Digital Adaptive Systems | 1984-86 | Sc. & Engg. Res. Council, UK |
| Development of Adaptive Algorithms in Telematics | 1990-92 | MHRD |
| Use of ANN based Compression & reconstruction Technique in LAN for Efficient Data Transmission | 1993-94 | MHRD |
| Development of ANN based technique for pronunciation and recognition of Oriya character | 1993-94 | MHRD |
| Application on Intelligent Algorithms for Industrial Sensors | 1994-96 | AICTE |
| Signal Compression using Discrete Wavelet Transform | 1996-97 | AICTE |
| Intelligent Techniques for Telecommunication | 1996-97 | AICTE |
| Development of Adaptive Neural Filter for Image Enhancement | 1997-98 | UGC |
| Development of Intelligent Pressure Sensors for Dynamic Environment | 2001-03 | ISRO |
| Development of Efficient Algorithm for Blind Source Separation and Its application to Sound Signals | 2003-04 | MHRD |
| Development of ANN based Propagation Models for Mobile Communication | 2004-05 | DRDO |
| Development of Smart Sensors for Accurate Pressure Measurement using Soft Computing Techniques | 2005-06 | MHRD |
| A biologically Inspired Approach to Distributed Sensor Signal Processing | 2007-11 | British Council, UK |
| Robust nonlinear channel equalization and identification using Bio-inspired techniques | 2009-11 | DST, Govt. of India |
| Aeronautic Telemetry Channel Estimation and Equalization | 2016-2017 | Integrated Test Range, DRDO |
| Real Time Implementation of Image Fusion Algorithms for IR and CCD video | 2016-2018 | Integrated Test Range, DRDO |
| Modeling and simulation using ML and DL Techniques | 2018-2020 | PXE, DRDO |
| NEP-2020, Implementation using AL-ML Techniques | 2023 | Indian Council of Social Science Research, Ministry of Education, Govt. of India 2023 |
| Development and Implementation of Dynamic Spectrum Allocation Technique in Cognitive Radio Network for IoT Applications | 2021-2023 | Science and Engineering Research Board (SERB) |
| Artificial Intelligence based Smart Impact Assessment Scheme of Vigyan Jyoti Program for the state of Odisha and Jharkhand | 2024 (Accepted) | Department of Science & Technology |