Where Traditional Wisdom Meets Modern Evidence.

Advance your AYUSH expertise with integrative diagnostics, systems medicine, clinical innovation, and future-ready therapeutic models designed for the next generation of healers.

Your Learning Journey at a Glance

What you may have learned:

➤ You have trained deeply in Ayurvedic fundamentals, samprapti, chikitsa, dravyaguna, and classical diagnostic protocols including nadi, prakriti, and guna-based assessments.

What you may not know:

➤ Modern multi-omic biomarkers, AI-integrated diagnosis, bioinformatic dosha-mapping, and laboratory-correlated Ayurvedic analytics.

What you will learn:

➤ You will merge classical Ayurveda with translational science, correlate doshas with molecular pathways, apply AI to nadi and HRV analytics, use bioinformatics for disease prediction, and practice high-precision end-stage integrative care.

Basic Certification in PRISM

The Basic Certification builds dual fluency in biomedical science and VPK-based systems thinking for AYUSH graduates. The course integrates Ayurveda, Homeopathy, Siddha, Unani, and Yoga-based diagnostics with modern pathology and physiology. Students learn how to interpret PRISM diagnostic dashboards, correlate dosha metrics with biochemical markers, and design safe, responsible integrative plans that work alongside rather than against standard medical care. The focus is on scientific validation, structured protocols, and building confidence in cross-disciplinary communication.

Who should join: BAMS / BHMS / BSMS / BUMS / BNYS graduates and interns who want to upskill in evidence-based integrative medicine, improve patient outcomes in chronic/geriatric care, and collaborate with modern medical teams without compromising their AYUSH identity or philosophy.

Outcomes
Communicate AYUSH insights scientifically with clinicians and researchers
Interpret PRISM dosha metrics and link them with biomedical reports
Design safe, patient-centric integrative protocols that complement standard care

Advanced Certification in PRISM

The Advanced Certification transitions learners from understanding to real-world clinical and R&D application. Students work on live case-based conferences, algorithm-guided treatment plans, panchakarma/rasayana/yoga integration strategies, and PRISM-supported interventions for chronic disease. The program also incorporates translational AYUSH research models, integrative formulation design, and health-tech innovation for objective validation of AYUSH principles.

Who should join: AYUSH graduates who have completed the Basic certification and want to specialize in clinical integrative practice, research and publication, formulation innovation, digital biomarker development, or leadership roles in PRISM-based clinics and translational research centres.

Outcomes
Become an industry-ready integrative clinician / researcher with PRISM specialization
Build and defend case-supported AYUSH + biomedical treatment plans using dosha metrics
Develop prototype formulations / therapy modules supported by outcome-based evidence

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Academic & Clinical Disciplines Covered in I-PRISM

Explores human physiology in both modern biomedical and traditional AYUSH perspectives (doshas, dhatus, prana, nadis, chakras, humoral theory). Focuses on how organ systems communicate and how mind, breath, posture and emotions influence physiology.
Learning Objectives
Understand organ systems as a single interconnected regulatory network
Relate traditional concepts (prakriti, prana, humors) to biomedical physiology
Develop physiological reasoning behind yoga, herbs, naturopathy and homeopathy interventions
Outcomes
Ability to explain AYUSH therapies using measurable physiology
Increased credibility while communicating with modern medical teams

Bridges traditional therapies with molecular mechanisms. Focuses on genomics, epigenetics, cytokines, molecular pathways, microbiome and omics-based precision medicine, and correlates them with traditional classifications (example: prakriti ↔ gene expression).
Learning Objectives
Understand molecular biomarkers behind healing & degeneration
Decode molecular effects of herbs, homeopathic remedies, therapies and detox
Learn omics-based interpretation of lifestyle and constitution
Outcomes
Capacity to publish biomedical research validating AYUSH therapies
Eligibility for PhD roles in molecular biology, nutraceutical science or Ayurgenomics
Ability to design personalized treatment protocols based on molecular markers

Combines modern pathology, infection science, inflammation biology and immune regulation with traditional disease concepts (ama, miasm, humoral imbalance, prakriti vulnerability).
Learning Objectives
Understand pathology progression in terms of immunity and tissue degeneration
Interpret lab reports, diagnostics and immunological markers
Identify red-flag conditions requiring referral
Outcomes
Safer clinical practice with improved decision-making
Better accuracy in managing chronic and autoimmune diseases
Confidence working in hospitals and integrative clinical teams

Scientific exploration of herbal constituents, pharmacodynamics, pharmacokinetics, herb–drug interactions, dose optimization and standardization.
Learning Objectives
Learn identification, extraction and analysis of active plant compounds
Understand effect of herbs/minerals/remedies on receptors, enzymes and inflammatory pathways
Avoid drug–herb adverse interactions in hybrid treatment
Outcomes
Ability to collaborate with pharma, nutraceutical and R&D labs
Potential for developing proprietary herbal formulations
Eligibility for clinical research roles in integrative pharmacology

Integrates rasayana / rejuvenation therapies in AYUSH with modern regenerative tools including stem cells, PRP, biomaterials, hyperbaric oxygen and tissue engineering.
Learning Objectives
Understand tissue repair biology and cell regeneration mechanisms
Learn scientific basis of rejuvenation herbs and therapies
Gain exposure to regenerative equipment and protocols
Outcomes
Ability to participate in regenerative clinics and health tourism projects
Increased treatment capabilities in arthritis, aging, sports injury and recovery
Pathway for PhD / research in regenerative sciences

Integrates psychology, yoga, mindfulness, counseling and PNI (psychoneuroimmunology) to understand how emotions and stress influence physical disease.
Learning Objectives
Learn neural & hormonal pathways linking trauma, stress and disease
Develop structured mind–body healing practices for patients
Gain skills in therapeutic communication
Outcomes
Enhanced success rate in chronic and lifestyle disorders
Ability to design stress-relief and emotional detox protocols
Clinical confidence in addressing psychosomatic conditions

Explores telemedicine, mobile health, biofeedback devices, sensor-based monitoring, and AI-supported clinical reasoning for integrative medicine.
Learning Objectives
Learn digital phenotyping and wellness analytics
Use AI to map symptoms, constitution, vitals and therapy response
Understand digital platforms for preventive and chronic care
Outcomes
Readiness for digital therapeutic startups and app-based healing platforms
Ability to use data to validate AYUSH therapies at scale
Strengthened global career opportunities

Applies constitution-based lifestyle, diet, circadian health, seasonal regimens (Ritucharya), yoga schedules, detox, sleep regulation and early disease prediction to prevent chronic disorders.
Learning Objectives
Map lifestyle triggers to inflammatory & metabolic disease
Design personalized lifestyle prescriptions based on constitution/prakriti
Learn longitudinal tracking of patient wellness
Outcomes
Ability to run preventive and wellness clinics
Higher treatment retention due to measurable long-term patient benefits
Opens career roles in lifestyle counseling, corporate wellness & public health

Trains students to merge traditional examination (pulse, tongue, nail, constitution, energy mapping) with modern diagnostics (labs, imaging, vitals, sensors).
Learning Objectives
Learn clinically safe interpretation of diagnostics
Integrate findings from both systems without contradiction
Use non-invasive sensors and biofeedback tools to improve case accuracy
Outcomes
Ability to run integrative diagnostic departments
Greater accuracy in differential diagnosis and case follow-up
Reduced treatment failures due to early hidden-disease detection

Study of energy-based and physics-based therapies like laser, PEMF, ultrasound, vibration therapy, infrared, cryotherapy, and how they combine with AYUSH.
Learning Objectives
Learn mechanism of action of infrastructure- and device-assisted therapies
Understand synergy between physical forces and herbal/detox protocols
Participate in therapeutic device prototyping with engineers
Outcomes
AYUSH graduates can work in med-tech innovation and device R&D
Ability to integrate devices scientifically to improve treatment outcomes
Potential for patents, product development and rehabilitation technology

Real-world exposure to hospital departments, rehabilitation, physiotherapy, surgery referral, chronic disease management and emergency protocols.
Learning Objectives
Learn safe and ethical integrative practice with multi-disciplinary teams
Understand boundaries and collaboration rules with MBBS/MD departments
Experience real case flow, documentation and patient education
Outcomes
Job-ready confidence for modern hospitals & wellness centers
Clear decision-making on when to treat and when to refer
Increased treatment safety and global employment readiness

Focus on clinical research methodology, publishing, meta-analysis, research ethics, trial design, case-recording and statistical validation of AYUSH treatments.
Learning Objectives
Learn publication-grade research skills
Master clinical documentation and reporting
Evaluate evidence levels and design integrative clinical studies
Outcomes
Eligibility for PhD and research fellowships nationally and internationally
Ability to scientifically validate and commercialize new therapies/products
Transformation into an “innovator-physician” rather than traditional practitioner

Application Process

Stage – 1

Eligibility & Application

Applicants must hold a recognized AYUSH degree with internship completion and valid council registration, along with AIAPGET (or equivalent) score, CV, SOP, and references.

Stage – 2

Score Normalization

Academic Index is derived from entrance score percentile and graduation marks to ensure a fair merit baseline across varied state/national systems.

Stage – 3

ISAT Examination

AYUSH-focused ISAT assesses foundational classical concepts (dosha/dhatu/miasm/mizaj) combined with basic biomedical diagnostics and safety reasoning.

stage – 4

Shortlisting

Candidates are shortlisted for interview based on CPIS, combining academic strength and aptitude performance.

stage – 5

Interview

Evaluates depth of traditional knowledge, scientific adaptability, ethical referral behavior, and integrative collaboration mindset.

stage – 6

Final Selection

Final ranking is calculated using weighted scores from academics, ISAT, and interview outcomes; offers issued to qualified applicants.

stage -7

Enrollment & Bridging

Bridging sessions align candidates with modern clinical science and digital health tools to support interdisciplinary training.

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