Artificial intelligence is rapidly transforming healthcare, from assisting doctors in diagnosing diseases to improving surgical precision and accelerating drug discovery. However, as technology becomes increasingly embedded in medicine, one question continues to shape discussions across the healthcare sector: can AI make healthcare better without replacing the human touch that defines medical practice?
This question formed the centrepiece of a panel discussion titled “Future Ready Doctors: Bridging Medical Education with AI, Clinical Skills & Real-World Healthcare Needs” at the Campus to Career (C2C) Summit 2026 held on 15–16 May in Bengaluru. Organised by the Higher Education Department, Government of Karnataka, in collaboration with KDEM and Elets Technomedia it brought together policymakers and academic leaders, the session explored how medical education must evolve to prepare future-ready doctors who can confidently work alongside artificial intelligence while remaining compassionate caregivers.
Dr. Pushpa Sarkar, Dean – School of Health Sciences, Dayananda Sagar University, Bengaluru
Opening the discussion, the moderator highlighted that healthcare is witnessing one of its most transformative phases, driven by the convergence of human intelligence and artificial intelligence. AI is already supporting radiology, disease prediction, drug discovery, precision medicine, and personalized treatment, enabling healthcare professionals to analyse vast amounts of medical data in seconds.
Yet, she reminded the audience that despite these technological advances, medicine remains fundamentally a human profession. “Medicine is fundamentally a human profession.” This statement set the tone for the entire discussion. While AI can improve efficiency and clinical accuracy, the responsibility of comforting patients, making ethical decisions, and building trust will always remain with healthcare professionals.
Throughout the session, she repeatedly questioned whether India’s current medical curriculum is evolving quickly enough to prepare graduates for the next generation of healthcare. She raised important issues surrounding AI literacy, curriculum reforms, digital ethics, rural healthcare, mental wellness, interdisciplinary education, and the future role of technology in hospitals.
She also stressed that AI education should not be viewed as an additional academic burden. Instead, technology should simplify learning while enabling students to become better clinicians.
Towards the conclusion, she emphasised that future doctors must develop multiple competencies beyond medical knowledge. “The future-ready doctor must not only be digitally capable, but socially responsive, clinically competent, emotionally intelligent and ethically grounded.” Her closing remarks reinforced that medical education should strike a careful balance between innovation and humanity, ensuring that technology enhances rather than overshadows patient care.
Mohammad Mohsin, Additional Chief Secretary, Department of Medical Education and Skill Development, Government of Karnataka
Speaking from the government’s perspective, Mohammad Moshin, explained that Karnataka has consistently remained at the forefront of medical education, producing thousands of undergraduate and postgraduate medical professionals every year. However, he noted that increasing the number of graduates alone is no longer enough.
Healthcare institutions, he argued, must now produce doctors who are technologically equipped while remaining committed to serving society, including remote and underserved communities.
Sharing examples from Karnataka’s initiatives, he spoke about the state’s investment in robotic surgery equipment, tele-radiology, AI-assisted diagnosis, and digital intensive care monitoring.
One of his strongest observations was that despite AI’s remarkable capabilities, it cannot replace the emotional connection between doctors and patients. “AI can help, but it cannot replace doctors.” Explaining this further, he noted that machines may deliver highly accurate diagnoses, but they cannot understand fear, anxiety, or suffering the way a physician can. “Machines don’t have empathy.” According to him, empathy remains one of the most important clinical skills and must continue to be emphasised alongside technological training.
He also highlighted Karnataka’s efforts to improve rural healthcare through AI-enabled telemedicine, portable diagnostic equipment, and Tele-ICU services. He explained how specialists based in Bengaluru are already monitoring intensive care units located hundreds of kilometres away, enabling timely interventions in districts with limited specialist availability.
The discussion also touched upon faculty readiness. He acknowledged that while students are quick to adopt new technologies, many educators require structured AI training before they can effectively teach the next generation of doctors.
Looking ahead, he announced that the Rajiv Gandhi University of Health Sciences is establishing an innovation and startup ecosystem at its upcoming Bheemanakuppe campus. The initiative aims to bring together healthcare professionals, researchers, startups, and technology companies to accelerate medical innovation.
On ethical concerns surrounding artificial intelligence, he agreed that formal guidelines are essential. “We have to define where to draw the limits.” His remarks reflected the growing need to regulate AI responsibly while ensuring that technology continues to strengthen healthcare delivery rather than undermine clinical judgement.
Dr. Basavanagowdappa. H, Vice Chancellor, JSS Academy of Higher Education & Research, Mysuru (a Deemed to be University), Mysuru
Dr. Basavangowdappa H, focused on perhaps the most significant challenge facing medical education today: curriculum reform.
He observed that although the National Medical Commission’s Competency-Based Medical Education (CBME) curriculum represents a major step forward, many institutions have yet to implement it effectively. According to him, artificial intelligence should no longer be treated as a supplementary topic but integrated seamlessly across medical education. “AI should assist, not replace clinical reasoning.” He explained that AI can analyse images, generate diagnostic possibilities, and process medical data far faster than humans. However, communication, ethical judgement, bedside examination, and clinical intuition remain uniquely human capabilities.
Another key point raised by him was that curriculum reform cannot succeed unless educators themselves become AI-literate. Rather than introducing AI directly to students, he argued that faculty members must first be trained to understand and effectively integrate these technologies into teaching. “Future doctors must combine clinical intelligence with digital intelligence.” He explained that tomorrow’s healthcare professionals must be comfortable interpreting health data, understanding AI-driven algorithms, and applying digital tools while still exercising independent medical judgement.
Dr. Basavangowdappa also advocated expanding medical education beyond traditional classroom teaching through simulation laboratories and AI-enabled skill centres. Students, he said, should repeatedly practise procedures in controlled environments before treating real patients.
Another area he explored was digital ethics. While AI offers enormous benefits, he cautioned that doctors must understand issues surrounding data privacy, algorithmic bias, and responsible technology use.
Turning to healthcare delivery, he stressed that telemedicine has become increasingly important for improving specialist access in rural India. AI-supported diagnostic systems, he argued, can help primary healthcare centres make faster clinical decisions while enabling specialists to guide treatment remotely.
He also emphasised the importance of interdisciplinary collaboration. Medical colleges, engineering institutions, and technology experts must work together if India hopes to develop innovative healthcare solutions that meet future needs.
Towards the end of the session, he raised concerns about burnout among students, teachers, and practising doctors, recommending dedicated wellness and counselling systems to support mental health across medical institutions.
Finally, he shared how JSS Academy of Higher Education & Research has already integrated AI across its pharmacy curriculum, creating a model that has attracted national attention for its structured approach to AI-enabled education.
Also Read: Building Industry-Ready Talent Through Higher Education
Combining Artificial Intelligence with Human Compassion
The discussion made one point abundantly clear: the future of healthcare will not be defined by artificial intelligence alone, but by how effectively doctors learn to work alongside it. While AI promises faster diagnosis, better clinical decision-making, and improved access to care, compassion, empathy, ethics, and clinical reasoning remain qualities that no machine can replicate. As institutions redesign medical education for the digital age, the real goal is to produce healthcare professionals who combine technological excellence with human values, ensuring that innovation strengthens, rather than replaces, the doctor-patient relationship. In doing so, initiatives like the Campus to Career Summit are helping shape a new generation of doctors prepared for both the hospitals of tomorrow and the needs of society.
