Ongoing Researches

• Pharmacology and Toxicological studies
• Phytopharmacology
• Anticancer drug evaluation
• Computational Biology

My research focus lies at the intersection of advanced photonics, VLSI design, and biosensing technologies. Specific areas include:

VLSI & Circuit Design: Linearity analysis of CSR-VCO for RF applications and low-power approximate adders for DSP.

Nanotechnology: Impact of asymmetric salt concentration on nanopore properties and particle translocation.

IoT & Automation: Development of smart monitoring systems and industrial robotics.

Photonics & Bio-sensing: Design of Photonic Crystal Fibers (SPR-PCF) for medical diagnostics (e.g., prostate cancer detection).

 Microbiology, Cancer Biology, Machine Learning

Toxicology, Drug Metabolism, Pharmacokinetics, Neuropharmacology, Natural Product-Based Drug Discovery 

Disease Biology, Molecular Genomics

Future Internet Architecture, Distributed System and Data Communication, Internet Protocols, Embedded Systems

• Pharmacological & Toxicological Studies
• Clinical Trial
• Public Health related Survey

Biostatistics

Clinical Trial

Data Sciences

Artificial Intelligence 

 Machine Learning
 Deep Learning
Image processing

Medical AI Systems

Deep Biometric Recognition, Generation, and Analysis

Explainable AI

Image Processing

• Pharmacogenomics
• Pharmacogenetics
• In-vitro phytochemical screening
• In-vivo and in-vitro quality evaluation and comparison
• Public health

• Environmental Statistics
• Agricultural Statistics
• Applied Statistics
• Machine Learning

• Natural Language Processing
• Recommender Systems
• Speech Recognition

Software testing, Software defect prediction,  Machine learning and Deep learning Applications

• Healthcare Informatics
• Deep Neural Networks
• Machine Learning
• Memristive and Neuromorphic System