NASSCOM's projection is a hiring problem for industry and a curriculum problem for schools. The gap opens earlier than most people assume.
NASSCOM projects that India will need 250 million skilled technology workers by 2030. It is a number worth sitting with, because the students who will fill those roles are in Grade 6 today.
The uncomfortable part is that a traditional computer-science syllabus no longer closes the gap. Teaching students to use software is not the same as teaching them to build it, and the distance between those two things has grown considerably in the last decade.
Toys versus tools
There is a meaningful difference between a robotics kit that snaps together into a predetermined shape and one that requires genuine engineering. The first is engaging. The second is preparation.
Students in our programme write C++ and Python (not block-based approximations of them) and work with hardware used in industry
- Arduino Uno for embedded control
- ESP32 Wi-Fi modules for IoT projects
- 3D printers for design and manufacture
- Sensor arrays for computer vision and automation
By senior school, students are applying sensor integration, drone programming and 3D modelling to problems they have defined themselves.
Why the head start compounds
A student who has debugged a circuit at fourteen approaches an engineering degree differently from one who has only read about circuits. Not because they know more facts, but because they have already learned that systems fail in diagnosable ways. That confidence is difficult to acquire later and easy to acquire early.
The 2030 figure will be met by someone. The question for any school is whether its students are positioned to be part of it.