I work at the intersection of biomedical engineering, AI, biomechanics, and medical imaging, developing intelligent systems for Medical Device development, clinical diagnostics, and assistive healthcare. My research focuses on translating machine learning innovations into practical tools that enhance decision-making and improve patient outcomes.
Working at the intersection of biomedical engineering, AI, biomechanics, and medical imaging, focusing on intelligent diagnostic systems, assistive technologies, and clinically meaningful imaging solutions. My interests include brain tumor segmentation, non-invasive vital-sign monitoring, optical and digital sensing, and affordable, standards-aligned medical devices. I aim to create engineering innovations that enhance clinical decision-making, accessibility, and patient safety—through AI-driven imaging workflows, translational prototypes, and mentoring high-impact teams. Ultimately, I strive to advance equitable, reliable healthcare technologies that can be deployed in real-world settings and help shape future standards and policy.
Selected projects illustrating recent research and technical work.
Automated detection, segmentation, and characterization of brain tumors from multimodal MRI using advanced deep learning architectures. It aims to improve diagnostic accuracy and support clinical decision-making by enabling robust, efficient, and clinically deployable neuroimaging analysis..
Design and development of a non-invasive system for real-time measurement and monitoring of respiratory carbon dioxide (CO₂) levels. It enables accurate assessment of ventilation status for clinical and critical-care applications, supporting early detection of respiratory abnormalities and improved patient safety..
Precise joint-angle measurement system for assessing human limb movement in clinical and rehabilitation settings. It enables accurate monitoring of range of motion to support physiotherapy evaluation, progress tracking, and biomechanical analysis..
Selected journal articles and conference papers.
Filed, published, and granted intellectual property contributions.
| Title | Status | Application / Patent No. | Date of Application / Grant |
Photograph | Description | TRL |
|---|---|---|---|---|---|---|
| System for Respiratory CO2 Measurement & Monitoring | Granted – Indian Patent | Patent No. 394921 | 19-04-2022 |
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System for continuous measurement and monitoring of respiratory carbon dioxide levels for clinical and critical-care applications. | 9 |
| PRAN – Protective Respiratory Auxiliary Node | Granted – Indian Patent | Patent No. 397604 | 25-05-2022 |
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Auxiliary respiratory support and monitoring device designed to enhance safety and protection during respiratory therapy and emergency care. | 6 |
| NIVARAN – Non Invasive Vital Sign & Respiratory Analyzer | Granted – Indian Patent | Patent No. 528219 | 15-03-2024 |
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Non-invasive system for integrated monitoring of vital signs and respiratory parameters to support bedside and point-of-care decision making. | 5 |
| Early Diagnosis of Rheumatoid Arthritis: Non-Invasively | Granted – Indian Patent | Patent No. 555588 | 29-11-2024 |
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Method and system for early, non-invasive diagnosis of rheumatoid arthritis using quantitative measurements and imaging-based analysis. | 4 |
| System and Method for Brain Tumor Classification and Segmentation Using Deep Learning on Embedded Platform | Granted – Indian Patent | Patent No. 566661 | 26-05-2025 |
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Deep-learning–based system for automated brain tumor classification and segmentation, optimized for deployment on embedded hardware for accessible neuroimaging workflows. | 5 |
| Adaptive Load-Responsive Crutch for Multi-Terrain Mobility | Indian Design Application | Design Application No. 467508-001 | 28-07-2025 |
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Ergonomic design and advanced materials enable superior stability, comfort, and safe mobility across uneven surfaces and stairs compared to conventional crutches.. | 6 |
| Adaptive Load-Responsive Crutch for Multi-Terrain Mobility | Indian Patent Application | Patent Application No. 202521071199 | 26-07-2025 |
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Dynamically responsive assistive device that uses biomechanically engineered curve suspensions and a terrain- adaptive foot to absorb impact, restore energy, and distribute load efficiently. | 5 |
TRL: Technology Readiness Level (1–9).
Recognitions, fellowships, and competitive grants.
Technical, research, and domain-specific skills.
Academic, professional, and community service activities.
Moments from conferences, workshops, lab activities, and awards.
Interested in collaboration, supervision, or consulting? Feel free to reach out.
