BharatNotes What is Robotics and Automation?
Robotics is the engineering discipline that designs, builds and operates programmable machines able to sense their environment, process information and act physically. Automation is the wider application of technology — robots, programmable controllers, sensors and software — to carry out processes with little or no human input. The two converge in modern "intelligent automation", where robots embedded with artificial intelligence (AI) and machine learning adapt to changing conditions rather than merely repeating fixed motions. Such systems are central to Industry 4.0, the integration of cyber-physical systems, the Internet of Things and data analytics in manufacturing.
Key Features and Types
- Industrial robots — articulated arms for welding, assembly, painting and material handling, dominant in the automotive sector.
- Collaborative robots (cobots) — designed to work safely alongside humans without cages.
- Service and medical robots — surgical assistants, logistics and cleaning robots.
- Autonomous mobile robots and drones — used in warehousing, agriculture and surveillance.
- AI-enabled robots — combine perception, learning and decision-making for unstructured tasks.
A common benchmark of adoption is robot density — robots per 10,000 manufacturing workers — which standardises comparison across economies of different sizes.
Current Status in India
India is a rapidly expanding market but remains at a low automation base relative to global leaders.
| Indicator | Figure | Source / as-of |
|---|---|---|
| Annual industrial-robot installations (2024) | ~9,100 units, up ~7% | IFR World Robotics 2025 (released 25 Sep 2025) |
| Global rank, annual installations | 6th worldwide | IFR World Robotics 2025 |
| Strongest demand sector | Automotive, ~45% market share | IFR World Robotics 2025 |
| Robot density | far below the world leaders (South Korea ranks first globally) | IFR robot-density data, 2024-25 |
To accelerate adoption, MeitY released the draft National Strategy on Robotics (NSR) for public consultation in October 2023, aiming to make India a global robotics leader by 2030. It identifies four priority sectors — manufacturing, agriculture, healthcare and national security — and proposes a Robotics Innovation Unit (RIU) and Centres of Excellence to build domestic research and manufacturing capacity.
Significance and Challenges
Automation raises productivity, quality and safety, supports "Make in India" competitiveness, and is vital for sectors facing labour shortages or hazardous work. However, it raises concerns about job displacement in a labour-surplus economy, skilling gaps, high capital costs for MSMEs, and dependence on imported high-end robots and chips. Ethically, increasing machine autonomy raises questions of accountability, safety and human oversight.
UPSC Angle
For aspirants, link robotics to Industry 4.0, AI policy (including the IndiaAI Mission), the automation-employment debate, and manufacturing strategy. Be precise on the draft NSR's four priority sectors and the 2030 leadership goal, and remember India's sixth-place ranking in annual installations (IFR 2025) — a strong data point for both Prelims recall and Mains analysis of India's technology trajectory.
