Retinal fibrosis & visual distortion
Independent AI-based computational simulation and exploratory research related to retinal fibrosis-associated visual distortion.

Connecting frontline clinical experience with intelligent healthcare systems, diagnostic technology, and the design of better models of care.
I am a practising radiologist with more than a decade of continuous clinical experience. Beyond clinical work, I independently develop healthcare AI concepts and research models across diagnostic imaging, hospital systems, chronic disease prevention and longevity.
My approach combines firsthand understanding of clinical operations with curiosity about technology, human behaviour and how healthcare services can work better.
I combine frontline radiology practice with independent AI development. That allows me to assess both what a technology can do and whether clinicians can actually use it.
THE VALUE: Clinical priorities translated into smarter AI choices, usable products and practical implementation plans.
My experience spans clinical care, diagnostic operations, technology and patient needs. I can examine new services through medical, operational and business lenses rather than treating each as a separate problem.
THE VALUE: New healthcare opportunities assessed for patient value, operational feasibility and commercial potential.
My independent work in ultrasound AI, CT reporting systems, vision science and metabolic health brings together questions that rarely sit within one department.
THE VALUE: Clinically grounded ideas and early-stage technologies developed with a broader view of healthcare needs.
A decade of continuous diagnostic practice has taught me where everyday clinical work becomes inefficient—and why new systems succeed only when people can use them.
THE VALUE: Better-designed workflows, more reliable processes and technology that fits real clinical practice.
Open to strategic partnerships, clinical innovation projects, healthcare growth initiatives, and advisory or leadership opportunities.
Proprietary exploratory work on intelligent examination guidance, acquisition workflows and clinician-centred ultrasound systems.
Independent development of AI-assisted thoracic CT reporting architecture, structured interpretation workflows and intelligent quality checks.
Exploring AI-native clinical documentation, decision-support workflows and integrated hospital process systems.
Independent, personally pursued research and proprietary development concepts. Selected technical methods and architectures are not publicly disclosed. Development stages vary; clinical validation and institutional deployment are not claimed.
Independent AI-based computational simulation and exploratory research related to retinal fibrosis-associated visual distortion.
Independent simulation work exploring metabolic health, insulin resistance and lifestyle-related physiological change.
Developing detailed, evidence-informed models for lifestyle intervention in chronic diseases, cardiometabolic health and healthy longevity, with an emphasis on measurable outcomes and sustained behaviour change.
Research descriptions refer to ongoing independent exploration; they do not imply published, peer-reviewed or clinically validated results.
Shikrapur, Pune · Approximately 10 years
Wagholi, Pune · Approximately 10 years
Inamdar Multispeciality Hospital · Motherhood Hospital · IMAX Hospital · Sassoon General Hospitals, Pune
Diagnostic interpretation and reporting for multiple healthcare and imaging organisations.
Interested in conversations with healthcare groups, clinical leaders, innovation teams and research collaborators working at the intersection of medicine, technology and care delivery.
Explore collaboration — Email me ↗drakshaybhalsing@gmail.com · Pune, India