Medical Image Analysis
Deep learning for MRI, chest X-ray, and clinical imaging interpretation. Cardiac segmentation and respiratory disease detection.
PhD · IIT (BHU) Varanasi · Biomedical Engineering
Working at the intersection of machine learning, medical imaging,
explainable AI, and management-focused data science.
01 — About
I hold a PhD in Biomedical Engineering from IIT (BHU), Varanasi, where my research examined transfer learning for COVID-19 classification and weakly supervised cardiac MRI segmentation. My MTech is from NIT Kurukshetra, my BTech from GBTU Lucknow.
Today I serve as Assistant Professor, Big Data Analytics at Goa Institute of Management, designing and delivering analytics, AI, and healthcare-focused courses for the next generation of data-informed managers.
My work sits at the crossroads of responsible AI system design, clinical decision support, and management education — with a constant thread of translating rigorous research into real-world action.
PhD · Biomedical Engineering
IIT (BHU), Varanasi
Transfer learning · Cardiac MRI · COVID-19 AI
MTech · Biomedical Engineering
NIT Kurukshetra
Signal processing · Medical imaging
BTech · Electronics & Communication
GBTU, Lucknow
ECE foundations · Digital systems
"Bridging the gap between AI theory and healthcare impact — one algorithm, one classroom, one decision at a time."
02 — Research
Six interconnected domains shaping responsible, impactful AI systems.
Deep learning for MRI, chest X-ray, and clinical imaging interpretation. Cardiac segmentation and respiratory disease detection.
Designing transparent, robust AI systems that clinicians and managers can trust — with accountability and fairness baked in.
Connecting statistical learning and AI workflows to healthcare, business, and policy questions where real decisions are made.
Leveraging GenAI and analytics-enabled teaching methods to improve learning design, faculty development, and management education.
Executive and practitioner-facing training that converts analytics theory into tangible organizational decision value at scale.
Integrating cloud, reproducibility, CI/CD, and MLOps thinking into every data science project — from notebook to deployment.
03 — Experience
🎓 Academic Goa Institute of Management, Goa
Teaching healthcare analytics, AI-oriented management courses, MLOps, logical reasoning, AR/VR, sports analytics, and emerging technology modules for PGDM learners. Active in FDP and MDP delivery.
🎓 Academic ATLAS SkillTech University, Mumbai
Taught statistics, calculus, industrial analytics, and technology-oriented interdisciplinary courses. Contributed to curriculum design and student mentorship.
🏢 Industry uGDX / INSOFE, Hyderabad
Hands-on delivery of Python, SQL, machine learning, computer vision, cloud workflows, DevOps fundamentals, and big data tools to professional and graduate cohorts.
🔬 Research IIT (BHU), Varanasi
Doctoral research on transfer learning for COVID-19 chest X-ray classification and weakly supervised segmentation for cardiac MRI. Multiple journal and conference publications.
04 — Publications
Peer-reviewed journals, international conferences, and book chapters.
IETE Technical Review · Taylor & Francis
Novel cascaded deep learning architecture for weakly supervised cardiac MRI segmentation with minimal annotation overhead — advancing automated cardiac diagnostics.
Current Trends in Biotechnology and Pharmacy
Comprehensive review of emerging computational and AI-driven approaches to drug discovery, virtual screening, and ML-guided synthesis pathways.
Technology and Health Care · IOS Press
Transfer learning framework for robust COVID-19 detection from chest radiographs. High sensitivity and specificity across multiple pretrained architectures.
Cogent Engineering · Taylor & Francis
Systematic deep learning pipeline for multi-class chest X-ray classification, benchmarking VGG, DenseNet, and Inception architectures across pathology categories.
ICBME 2019 · Singapore
CNN-based detection of ischemic brain stroke from neuroimaging data, with clinical validation insights and real-time screening applicability.
BiTERM · IIT Delhi
Optimized QRS-complex detection algorithm improving arrhythmia identification accuracy under noisy ECG signal conditions.
Springer Singapore
Survey of computational neuroimaging tools and pipelines for vascular blockage detection, with emphasis on deep learning integration.
05 — Teaching
Bridging rigorous analytics education with real-world management relevance.
Teaching philosophy
"Every technical concept taught to a manager must arrive with a decision they can make, or it is not yet finished."
06 — Projects
Weakly supervised cascaded deep learning pipeline for automated cardiac structure segmentation from MRI sequences — reducing annotation burden for clinical deployment.
Transfer learning framework for multi-class respiratory disease detection from chest radiographs. Published in IOS Press Technology and Health Care.
CNN-based detection of ischemic stroke from neuroimaging data. Presented at ICBME 2019, Singapore.
Modified Pan-Tompkins QRS detection with improved sensitivity under noisy ECG conditions. Presented at BiTERM, IIT Delhi.
Designed FDP curricula integrating generative AI tools into pedagogy — helping faculty reimagine course delivery, assessment, and learner engagement.
End-to-end data engineering and analytics workflows for MDP participants covering Python, SQL, Spark, Docker, and cloud orchestration.
07 — Skills & Tools
08 — Contact
Whether you're looking to collaborate on research, invite me for a talk, discuss faculty opportunities, co-design an executive program, or explore applied AI consulting — I'd love to hear from you.