Not too long ago, some of the toughest jobs on an automotive shopfloor were also the most physically demanding and the most risky. Workers handled heavy panels, worked in high-heat zones or carried out repetitive welding and painting tasks in environments where consistency often came at the cost of safety. Today, many of those roles look very different. Robots take on the hazardous, high-precision work, while the human worker stands a step back, monitoring systems, responding to alerts and stepping in when judgment is required. And as Vinkesh Gulati, chairperson of Automotive Skills Development Council (ASDC) puts it, the real story of the future of work in India’s auto industry lies in how labour is becoming safer, smarter and far more skilled than before. “Automation does not eliminate human roles, it elevates them and that shift from doing tasks to understanding systems is already underway,” he said.

At ASDC, he adds, this has meant a complete rethink of how workers are trained. The traditional model of role-based skilling is being replaced with capability-based learning. Workers are now expected to go beyond execution to interpretation which includes reading dashboards, responding to predictive maintenance alerts and making judgment calls in real time.

“The future shopfloor professional must understand not just what to do, but why systems behave the way they do,” Gulati explains. That’s why ASDC is embedding data literacy, sensor diagnostics and process intelligence into its training frameworks aligned closely with actual factory deployments.

For millions of workers in repetitive roles, this transition could have been disruptive. But Gulati insists inclusion is central to the transition. ASDC is rolling out short-cycle, vernacular-friendly training programmes designed to help workers move up the value chain without being left behind. “Assembly workers are being trained to monitor multiple stations, interpret alerts and take corrective action. The goal is not just productivity, it is long-term employability with dignity,” he said.

AI is not replacing roles as much as redefining them. Take quality inspection which was once heavily dependent on manual checks. Today, AI handles much of the detection but humans step in for exception management, training algorithms and validating edge cases. At the same time, entirely new roles are being created as the industry shifts toward electrification and software- defined vehicles. These include battery assembly specialists, BMS validation technicians, thermal safety experts, ADAS calibration engineers and OTA validation professionals. ASDC has developed qualification packs for many of these roles in partnership with industry. “Demand is outpacing supply highlighting the urgency of scaling structured skilling interventions,” Gulati notes. Despite all the noise around robotics, India’s automotive sector is still only about 25–30% automated today, especially when the broader supplier ecosystem is included. That figure is expected to rise to nearly 50% by the end of the decade. Automation, he said, will deepen in areas where precision, safety and consistency are critical like Body-in-white, assembly lines and internal logistics, where autonomous mobile robots are likely to become commonplace.

“The real change will be in how humans interact with automated systems, rather than a complete replacement of labour. Human involvement will remain critical in assembly, customization and quality oversight,” Gulati says. He added that leading companies are investing in internal mobility frameworks, mapping employees to adjacent roles and enabling structured retraining while maintaining job continuity. However, this approach is uneven. Smaller suppliers, often constrained by tight margins, find it harder to invest in long term workforce transformation.

Hiring is Changing

While macro uncertainties, be it geopolitical tensions in West Asia or rising logistics costs add caution to workforce planning, the industry isn’t freezing hiring. Instead, it’s becoming far more selective. “There is a clear preference for multi-skilled, job-ready professionals, particularly those with digital and systems understanding,” Gulati says. Hiring for traditional internal combustion engine (ICE) roles is slowing, while demand is accelerating in electronics, EV systems, software integration and supply chain digitisation, he adds. This is also where ASDC sees its role expanding in bridging the gap between industry expectations and workforce readiness through hands-on, certification-driven training, according to Gulati.

On the policy side, India’s new labour codes are beginning to reshape workforce structures by standardising wages, working hours and compliance frameworks. For companies, this means more predictable workforce management. For workers, it promises greater income stability and protection provided implementation remains consistent. “In a sector like automotive, this balance between flexibility and compliance discipline is essential for the next phase of growth,” Gulati says.

If AI is reshaping the present, electrification and software-defined vehicles are redefining the future. Over the next 10–15 years, demand for traditional powertrain skills will steadily decline. In their place, a new cluster of competencies is emerging: high-voltage safety, battery technology, thermal management, power electronics, embedded diagnostics and even vehicle cybersecurity. The disruption will be particularly sharp in the after-sales ecosystem, which is still heavily ICE-focused today.

ASDC is working to integrate EV-focused training into ITIs and state-level programmes, but Gulati acknowledges a fundamental challenge: “The pace of technological change is faster than formal systems can adapt.” Which is why continuous, industry-led skilling, not one-time training, will define the future of labour in India’s automotive sector, he said.