Coding and the future of student learning

In the 1990s, many Indian families began prioritising English-medium education as a pathway to better opportunities. English proficiency became closely linked to access to higher education, global employment, and the expanding IT sector. Over time, it evolved into a core skill that supported India’s growth in technology and services, particularly during the early 2000s.

Today, a comparable shift appears to be taking shape. Coding and computational thinking are increasingly seen as important skills in a technology-driven environment. Unlike English, however, coding does not replace existing subjects such as language or mathematics. Instead, it builds on both. Writing code requires clarity of expression, logical sequencing, and structured reasoning—skills rooted in both linguistic and mathematical understanding.

The growing role of artificial intelligence adds another dimension to this shift. Interacting effectively with AI systems involves more than basic usage. It requires the ability to frame questions, interpret responses, and evaluate outputs critically. These tasks draw on a combination of analytical thinking, contextual awareness, and problem-solving abilities.

Educators and researchers suggest that familiarity with how digital systems function can help students engage more meaningfully with technology. Rather than viewing digital tools as fixed systems, students who learn coding may develop a clearer understanding of how such systems are built and how they operate. This understanding can also support informed decision-making in environments where automated processes are increasingly common.

At the same time, access to such skills remains uneven. Students from different regions and educational backgrounds may have varying levels of exposure to coding and related technologies. Addressing these gaps is often highlighted as an important step in ensuring broader participation in emerging fields.

There is also a growing emphasis on integrating coding with other areas of learning. Rather than treating it as a standalone subject, schools and institutions are exploring ways to connect it with science, mathematics, and real-world applications. This interdisciplinary approach reflects the evolving nature of work, where problem-solving often spans multiple domains.

India’s demographic profile, with a large young population and increasing digital access, places it in a unique position. Many students today are already familiar with technology through everyday use, which may support the development of more advanced skills over time. However, the transition from using technology to understanding and creating it remains a key area of focus.

The discussion around coding as a foundational skill is part of a broader conversation about how education systems adapt to change. While the long-term impact of current technological shifts is still unfolding, there is growing recognition that adaptability, critical thinking, and practical knowledge will play an important role in future learning pathways.

As with earlier transitions in education, the emphasis is gradually moving toward skills that enable participation in evolving systems. Whether coding becomes as widespread as earlier foundational skills will depend on how access, training, and integration develop in the years ahead. The author is Co-founder at Codingal.

ABOUT THE AUTHOR

Satyam Baranwal

Satyam Baranwal