Why tech leadership must begin in the classroom

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In an age where Artificial Intelligence generates reports, robots perform surgeries, and algorithms shape the content people see, it might seem that the future of technology will depend entirely on engineering breakthroughs. Yet another truth is emerging: the most influential tech leaders will not only be skilled coders, engineers, or designers but also those who connect technology with human values, who understand not just how to build, but why, and for whom. This shift toward human-centric leadership is essential. Challenges such as climate change, data privacy, digital inclusion, and algorithmic bias cannot be addressed by technical expertise alone. They require ethical judgment, empathy, cultural awareness, and a systems-level understanding of society, with these foundations effectively nurtured in the classroom.

Essential skills

For years, technology education in India has produced graduates with strong technical skills but has prioritised technical mastery over societal impact. Students are rewarded for correct answers instead of for asking the right questions and projects are judged mainly on functionality rather than broader consequences. As a result, innovations sometimes overlook negative outcomes. If an AI tool performs accurately but reinforces social bias, its harm outweighs its success. If a supply chain system cuts costs but increases carbon emissions, the long-term damage surpasses short-term gains. Strengthening technical education requires embedding ethical foresight, user empathy, and cross-disciplinary thinking as essential skills rather than treating them as optional.

Classrooms must evolve from centres of instruction into spaces that cultivate leadership alongside technical knowledge. This includes embedding ethics in technical subjects and encouraging real-world, community-focused projects. For example, an electronics assignment to design solar-powered devices for rural schools is a technical challenge that also teaches students to consider affordability, durability, and user needs. Cross-disciplinary learning is equally vital. Computer Science students must engage with subjects like Ethics, Economics, or Social Sciences as with algorithms.

Collaborative skills

Leadership is not just about managing projects; it is also about working effectively with people. Activities that develop teamwork, problem-solving, and communication skills equip students to lead in diverse and multicultural settings. Success in education is often measured through grades, campus placements, and starting salaries. While important, these metrics do not fully capture what makes a great leader. Collaborative achievements, long-term societal impact, and the ability to work across disciplines, cultures, and geographies must also be recognised and rewarded.

Achieving this requires stronger collaboration between industry and academia. Tech companies can mentor students on projects addressing real community challenges, such as AI-based crop monitoring for small farmers, affordable fintech solutions, or assistive technologies for people with disabilities. These experiences demonstrate that technology is not only about efficiency or profit, but also about enhancing well-being and opportunity.

With the world’s largest youth population and a growing technology sector, India can influence the direction of global innovation. The National Education Policy (NEP) 2020 promotes interdisciplinary learning, critical thinking, and values-based education, but policies alone are not enough. Universities must create space for ethical debates, foster projects that connect science and humanities, and engage students with communities to develop real-world solutions. Such an approach benefits both society and business, as global markets increasingly value environmental and social responsibility. Global markets are placing greater emphasis on environmental and social responsibility. Future leaders who bring together empathy and foresight will not only navigate risks effectively but also identify opportunities that others might overlook.

The future of tech leadership depends not on technical skills alone, but on choices that prioritise people, the planet, and purpose. Educators, policymakers, and industry mentors must integrate ethics, sustainability, and values into learning so that responsible action starts in the classroom.

The writer is Professor in the Department of Artificial Intelligence and Machine Learning, School of Computing, Mohan Babu University, Tirupati.