NIDHI-PRAYAS Funded Incubated at MaDeIT

Bridging the Gap Between Simulation and Survival.

A clinically driven deep-tech company developing evidence-based medical devices, simulation platforms, and digital therapeutics for the future of healthcare.

Translational Science Meets Clinical Need

Astrix Medtech is a deep-tech company developing medical devices and digital solutions at the intersection of diagnostics, clinical simulation, and digital therapeutics. Grounded in clinical insight, translational research, and regulatory science, Astrix builds point-of-care diagnostics, simulation-based procedural training platforms, and AI-enabled companion applications.

Supported by the NIDHI-PRAYAS Programme and incubated at MaDeIT (IIIT-DM Kancheepuram), Astrix addresses critical gaps in clinical care with evidence-based solutions designed for scalable global deployment.

Vision

To redefine healthcare accessibility and procedural safety through scalable, clinically validated deep-tech innovations engineered in India for the world.

Mission

To deliver evidence-based medical devices and simulation technologies that empower healthcare professionals and improve patient outcomes globally.

Clinical-First Innovation

Every product is designed starting from the clinical problem, ensuring real-world utility, integration, and measurable impact in healthcare delivery.

SMART

Simulation-based Management of Airway Training

A next-generation airway management simulator designed to transform procedural training through objective assessment, real-time feedback, scalable simulation, and evidence-based educational engineering.

Reimagining Procedural Education

SMART is an advanced airway management simulation platform developed to address one of the most critical gaps in procedural medical education — the lack of affordable, scalable, feedback-driven airway training systems capable of objectively evaluating trainee performance.

Traditional airway simulators often rely heavily on instructor observation, subjective assessment, and expensive proprietary systems that are difficult to deploy across institutions at scale. SMART reimagines airway training through sensor-enabled procedural analytics, real-time feedback systems, and integrated educational technology designed specifically for modern simulation-based healthcare education.

The platform combines translational clinical engineering, simulation pedagogy, procedural analytics, and scalable hardware architecture to create a training ecosystem capable of supporting medical colleges, nursing institutions, emergency medicine programs, simulation centers, and healthcare workforce development initiatives.

Current Limitations

The Clinical Problem

Airway management remains one of the most critical lifesaving procedural skills in emergency medicine, anesthesia, intensive care, trauma care, and prehospital medicine. Despite its importance, procedural competency is often difficult to standardize due to variability in instructor assessment, limited access to advanced simulators, and insufficient opportunities for repetitive deliberate practice.

Existing airway training systems are frequently prohibitively expensive for widespread institutional deployment, dependent on instructor availability, incapable of providing objective procedural analytics, unable to quantify trainee performance metrics, difficult to integrate into scalable educational ecosystems, and limited in accessibility for low-resource institutions.

The consequences of inadequate airway training include procedural delays, increased complication rates, reduced trainee confidence, and compromised patient safety.

The SMART Solution & Science

SMART is a multi-modal, sensor-enabled airway management simulator designed to bridge the gap between procedural training and measurable competency assessment.

SMART integrates real-time procedural feedback systems, quantitative performance scoring, sensor-based airway instrumentation tracking, LMS integration, and digital trainee analytics. It enables repetitive instructor-independent practice with objective evaluation metrics, procedural timing analysis, and competency benchmarking within scalable educational deployment models.

The Science: Built on sensor-based procedural assessment systems and multi-modal evaluation architecture. It utilizes embedded electronics for procedural tracking, real-time trainee guidance algorithms, and procedural analytics scoring systems. Grounded in translational clinical engineering methodologies, simulation pedagogy principles, and competency-based medical education integration.

98%
Procedural Competency Score

Platform Features

Real-Time Feedback

Immediate procedural guidance during airway insertion and manipulation.

Objective Scoring

Quantitative assessment metrics for precise competency evaluation.

LMS Integration

Seamless integration with institutional learning management systems.

Self-Paced Learning

Enables repetitive independent practice without continuous instructor supervision.

Low-Cost Scalability

Designed for broader accessibility across medical institutions globally.

Clinical Validation

Built closely with clinical experts and simulation educator input.

Instructor Dashboard

Centralized platform for trainee monitoring and comprehensive analytics.

Procedural Analytics

Performance tracking, precise timing metrics, and competency benchmarking.

Modular Architecture

Expandable hardware and software ecosystem for future developments.

Simulation-Based Assessment

Actively supports competency-driven educational frameworks.

Validation & Roadmap

Our phased development strategy includes proof-of-concept development, prototype refinement, and direct simulation educator feedback integration. We are focused on iterative engineering validation and institutional pilot deployment to reach our TRL-6 to TRL-7 advancement goals.

The roadmap features future AI-assisted procedural analytics, cloud-based educational dashboards, multicenter validation studies, and a scalable manufacturing strategy. The long-term vision includes a comprehensive procedural simulation ecosystem for specialties beyond airway management.

Expected Clinical & Educational Impact

SMART aims to drive improved patient safety outcomes, enhance trainee confidence, and standardize procedural assessment. It provides scalable simulation-based healthcare education, improved competency tracking, and reduced dependence on subjective evaluation.

By democratizing access to advanced simulation technologies, SMART increases accessibility for institutions with limited simulation infrastructure, supporting workforce training scalability and competency-based medical education frameworks globally.

Executive Summary

“SMART is a next-generation airway management simulation platform developed to improve procedural competency through objective assessment, real-time feedback, and scalable educational technology. Designed to address the limitations of traditional airway simulators, SMART integrates sensor-enabled procedural analytics, quantitative scoring systems, and digital learning integration to support competency-based medical education. The platform combines translational clinical engineering, simulation pedagogy, embedded electronics, and procedural analytics to create an affordable and scalable training ecosystem for medical colleges, nursing institutions, emergency medicine programs, and simulation centers.”

Science & Regulatory Excellence

Astrix Medtech is built on a foundation of translational medicine, FDA regulatory expertise, IND submissions, clinical validation, evidence-based engineering, and deep experience in gene therapy and biologics.

GCP
GLP
GMP
IND / IDE
Clinical Trials
Regulatory Strategy
Translational Medicine

Why Astrix is Different

Clinically driven innovation
Regulatory-first development
Evidence-based engineering
Affordable scalable simulation
Translational medical science
India-origin global healthcare technology

Our Team

SV

Dr. Shiv Kumar Viswanathan

Founder & Lead Scientist

Physician Assistant–trained clinical scientist, translational medicine specialist, and regulatory consultant.

Dr. Shiv Kumar Viswanathan is a Physician Assistant–trained clinical scientist, translational medicine specialist, and regulatory consultant with experience spanning cardiovascular genetics, molecular biology, gene therapy, regulatory affairs, clinical research, and healthcare innovation.

He began his clinical training at Madras Medical Mission under cardiology and cardiac surgery specialists before working in Pediatric Intensive Care under Dr. Devi Shetty. His early clinical experience contributed to his interest in translational medicine and healthcare innovation.

Dr. Viswanathan earned his Ph.D. in Molecular and Developmental Biology from the University of Cincinnati, where his research focused on the molecular development of the sinoatrial node. His postdoctoral work in Hypertrophic Cardiomyopathy identified South Asian–specific genetic mutations associated with inherited cardiac disease and contributed to low-cost precision genetic diagnostics.

His work has received recognition through American Heart Association fellowships and awards in genomic and precision medicine.

Professionally, he has contributed to FDA regulatory programs involving gene therapy products targeting X-SCID, sickle cell disease, and β-thalassemia, supporting IND submissions through work in translational safety, assay development, regulatory operations, and clinical trial strategy.

He currently advises biotechnology and medical technology companies on FDA regulatory pathways, translational medicine strategy, and clinical development. At Astrix Medtech, he leads scientific strategy, regulatory planning, and innovation development.

Physician Assistant training Translational medicine FDA regulatory consulting Gene therapy IND applications Cardiovascular genetics University of Cincinnati research Biotech consulting Medical innovation
DP

Dr. Dinker Pai

Simulation Specialist

Healthcare educator, simulation specialist, and general surgeon with leadership experience in SBHE.

Dr. Dinker Pai is a healthcare educator, simulation specialist, and general surgeon with leadership experience in Simulation-Based Healthcare Education (SBHE). He currently serves as Professor of Surgery and Director of the Medical Simulation Centre at Mahatma Gandhi Medical College and Research Institute, Puducherry.

Dr. Pai is certified as a Healthcare Simulation Educator (CHSE) by the Society for Simulation in Healthcare (USA) and has completed simulation training programs including Monash University’s NHET-SIM certification and the Bristol Boston Simulation Masterclass.

His expertise includes simulation pedagogy, crisis resource management, faculty development, curriculum design, simulation center operations, interdisciplinary emergency response training, and patient safety.

Dr. Pai serves as Vice President of the Pan Asia Simulation Society in Healthcare and has contributed to faculty training initiatives, simulation curriculum development, and healthcare education programs across Asia.

He has authored textbook chapters and peer-reviewed publications in healthcare simulation.

At Astrix Medtech, Dr. Pai contributes to simulation pedagogy, educational validation, procedural training frameworks, and clinical simulation strategy.

Healthcare simulation leadership Simulation pedagogy CHSE certification Crisis resource management International simulation education Patient safety advocacy
BK

Bhuvana Shiv Kumar

Operations & Analytics

Operations, analytics, and healthcare systems professional experienced in process optimization.

Bhuvana Shiv Kumar is an operations, analytics, and healthcare systems professional with experience spanning healthcare technology, scientific research, business operations, and process optimization.

She has served as Senior Operations & Data Specialist at Functional Formularies in the United States, with experience in operational strategy, workflow optimization, analytics, and systems management within regulated and data-driven environments.

SAS certified and experienced in analytics, management systems, scientific coordination, and operational development, she has worked across healthcare operations, research support, business intelligence, and process improvement.

Her areas of work include data systems management, process development, reporting systems, workflow optimization, and cross-functional coordination.

At Astrix Medtech, she contributes to operational strategy, systems coordination, analytics integration, and organizational development.

Operations and analytics Healthcare data systems SAS certification Workflow optimization Research and business operations Process development

Get In Touch

Partner with us to transform simulation-based healthcare education and translational medtech.

Contact Information

Address

Astrix Medtech LLP
Flat No. 6, Vijay Apartments
No. 43, Second Main Road
Gandhi Nagar, Adyar
Chennai – 600020
Tamil Nadu, India

Phone

+91 6374789514

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