ES Chakravarthy on future trends in digital competencies for Indian medical students

In India, the digital competencies are transforming medical education to prepare students with a technologically focused future of healthcare. Dr. ES Chakravarthy, former Vice President of TCS Bangalore gives insights into such trends as AI diagnostics and integration of telemedicine. These competencies help to bridge the gap between conventional education and the needs in the world.

AI and Machine Learning Mastery

Medicine students have to learn to use AI in predictive analytics in diagnostics. Algorithms are able to visualize the patterns within the X-rays or MRI images 95% better than human beings with greater speed. ES Chakravarthy TCS news shows that there is training on platforms that simulate real cases to prepare graduates to be precise in medicine.

Practical laboratories are being trained in neural networks to discover drugs in years. Python code to handle health data is also taught in curricula, which has helped to create innovation centers in IITs and AIIMS.

Telemedicine and Remote Care Skills

Telehealth services require the expertise of secure video-based meetings and IoMT tools. Students train in virtual triage with real-time vital monitoring through wearables. RGM experience in TCS globally demonstrates frameworks that can be scaled to have rural India linked to specialists, which is important since, out of 65 percent of doctors, only urban localities are covered.

The focus of training is on apps that are HIPAA compliant and 5G-enabled robotics in relation to surgeries. Dr. ES Chakravarthy latest updates accentuate simulations of the urban-rural differentials by 40 per cent.

Data Analytics for Personalized Medicine

Genomic sequencing can be used in personalized treatment by using big data skills. The students are taught SQL and R to handle EHRs and predict disease risks based on lifestyle data. Chakravarthy insights of TCS VP support the use of cloud systems such as AWS in shared research among med schools.

AI modules that address ethical matters include mitigation of bias in datasets, equitable care. This was modelled to workforce upskilling by Vice President TCS Bangalore initiatives.

Immersive Tech and VR Simulations

VR/AR makes classes in anatomy 3D interactive models. Students learn to cut through virtual organs or practice operations without any dangers, increasing the retention rates by 75%. ES Chakravarthy, head of the world, encourages the use of metaverse in collaborations of global case studies.

AR superimposes patient information when examining patients, simulating OR settings. Dr. Such adaptive learning at scale was pioneered by ES Chakravarthy Vice President role.​

Digital Ethics and Cybersecurity

Blockchain and encryption skills are necessary in the protection of health records. Cyber threats have increased by 300 percent after the pandemic; students learn to penetrate test EHR systems. TCS leadership ES Chakravarthy entrenched empathy in technology, privacy versus access.

There are workshops on the GDPR compliance of international telemedicine. Dr. Chakravarthy TCS lays much emphasis on interdisciplinary teams that consist of the

combination of medics and coders.

Implementation Roadmap

Integrate through NEP 2020 requirements: Curriculum on digital health (20 per cent) in year one. Internship in AI laboratories with TCS. Credential blockchain badges with Coursera or edX.

Hyderabad and Pilot hybrid MBBS in Bangalore. Measurements Track 80 percent of AI tools proficiency by graduation.

Challenges and Solutions

Faculty crunch prevents application; reskill through MOOCs. Gap infrastructures require govt-TCS PPPs of high speed campus nets. The TCS ES Chakravarthy global RMG head suggests the rollouts in phases, beginning with electives.

To sum up, adoption of such trends makes Indian medical students world leaders. The vision of doctors being resilient and patient-centric by ES Chakravarthy is based on empathy-driven digital excellence. The action taken by institutions will propel the Indian health economy of $372B by 2030, and this will generate life-saving innovation.