Anaesthesiologist. Educator. Innovator. Trained at AIIMS & the NHS — now building the future of perioperative care at the intersection of medicine, AI, and the maker movement.
Dr. Subramanyam S Mahankali is an alumnus of the All India Institute of Medical Sciences (AIIMS), New Delhi, where he completed his MD in Anaesthesiology and served as Senior Resident — one of India's most prestigious clinical pathways. He also holds a DNB in Anaesthesia from the National Board of Examinations.
In 2002, sponsored by the Royal College of Anaesthetists, London, he undertook structured specialist training across leading NHS institutions — Royal Victoria Hospital (Belfast), Queen's Medical Centre, and Nottingham University Hospitals. He was awarded the FRCA in 2004 and a Certificate of Completion of Training (CCT) with entry onto the GMC Specialist Register. He subsequently served as Consultant Anaesthetist at Sherwood Forest Hospitals NHS Foundation Trust, UK.
On returning to India, he held senior positions at Sri Jayadeva Institute of Cardiovascular Sciences, Columbia Asia Referral Hospital, and Aster RV Hospital, Bengaluru. He currently serves as Director of Anaesthesia Services at KIMS Hospitals, Bengaluru, leading two advanced centres at Mahadevapura and Electronic City.
He is the Founder President of AOTTA (Association of TCI-TIVA Anaesthesiologists of India), Secretary & Board of Studies Member at AORA, and serves on the editorial boards of four journals including the Journal of Anaesthesiology & Clinical Pharmacology and the Trust Digital Health Newsletter.
Holding a postgraduate certification in Digital Health from IIM Raipur (2025) — among the first in India — he actively builds AI-assisted clinical tools, 3D-printed prototypes, and digital education platforms. This site is his open lab.
| MBBS | Bangalore Medical College | 1995 |
| MD (Anaesth) | AIIMS, New Delhi | 2000 |
| DNB (Anaesth) | National Board of Examinations | 2000 |
| FRCA | Royal College of Anaesthesia, London | 2004 |
| CCT (Anaesth) | PMETB, London · GMC Specialist Register | 2008 |
| PGDCDH | IIM Raipur — Digital Health Professional | 2025 |
Clinical Anaesthetic Research Fellow (1 year) under Prof. Ravi Mahajan — Chief Editor, British Journal of Anaesthesia, at Queens Medical Centre, Nottingham. Research in haemodynamics, IJV anatomy, and cerebral perfusion.
Everything I'm building to make target-controlled infusion intuitive — a structured, hands-on course and the live simulators behind it. For postgraduates, AOTTA workshops and TIVA masterclasses.
Six guided levels — from the three-compartment model to running a full intravenous anaesthetic. Read the aim, run the simulator, predict what happens, then check yourself. Progress saves on your device.
Launch PathwayThe interactive three-compartment model — set a target, switch between Marsh, Schnider and Eleveld, and watch plasma and effect-site concentrations track in real time, with a BIS layer and compare mode.
Open SimulatorPush the same induction dose at different speeds and watch the plasma peak (side-effects) diverge from the effect-site peak (hypnosis). The lesson in one line: speed buys plasma risk, not depth.
The original animated suite — side-by-side model comparison, compartment-volume visualisations and a fully referenced bibliography, with clean shortcut links for talks.
Open the SuiteFrom the wards of AIIMS to the NHS, and from the OR to the lecture hall — a quarter century of contributions to Indian and global anaesthesiology.
A living gallery of AI tools, clinical apps, digital education resources, and maker projects — built with Claude and deployed to the world.
A Claude-powered target-controlled infusion assistant calculating propofol and remifentanil targets using Marsh and Schnider pharmacokinetic models — designed for the precision anaesthesiologist. Built on Claude Artifacts.
View Project3D-printed anatomical models for ultrasound-guided regional anaesthesia training — used in AORA national workshops.
View ProjectAn interactive visualisation of how the stomach handles different foods and fluids — water, 12.5% maltodextrin, 12.5% dextrose and a standard solid meal. A teaching companion to modern pre-operative fasting guidelines.
Launch SimulatorAn interactive patient-facing guide to the surgical options for hysterectomy, built for the consulting room — with a present mode for counselling, a printable handout, and an English / ಕನ್ನಡ toggle. Hosted for Janani Clinic.
Open GuideLLM-assisted generation of institution-specific anaesthesia protocols for liver and kidney transplant management.
View ProjectExploring how additive manufacturing transforms medical education, simulation, and perioperative care.
20+ publications spanning textbook chapters, original research, case reports, editorials, and national guideline authorship — from AIIMS to the British Journal of Anaesthesia collaborations.
50+ invited talks and workshop faculty roles at national and international conferences — from ISACON and AORA to AIIMS and Euroanaesthesia.
Essays on anaesthesiology, AI in medicine, digital health, 3D printing, and the maker mindset.
The most-quoted number about AI and anaesthesia is one of two honest numbers — and not the more useful one. The 4-versus-6 paradox, and what to do about it starting next month.
Despite strong evidence, TCI remains underutilised in Indian anaesthesia practice. A data-driven call to action for precision anaesthesia adoption.
How a consumer FDM printer, a free CT dataset, and two evenings produced a training tool that residents prefer over textbooks.
Available for speaking engagements, workshop faculty roles, research collaborations, editorial contributions, and consultations on digital health and AI in perioperative care.
Whether you are a colleague, a medical educator, an AI or digital health technologist, or a maker exploring clinical applications — I would love to hear from you.