Advancements in Robotics and Artificial Intelligence have more recently begun changing the landscape of everyday life and day-to-day activities. Intelligent algorithms and mechanically precise machines automating and performing tasks have started to change the way industries operate and the way a particular individual lives their life. Young engineers in India have unprecedented opportunities within the fast-growing digital economy.

Understanding the potential, AICTE has placed Robotics and AI as foremost priorities in new emerging fields in engineering education. This signals new engineering education frameworks containing innovation, skills, and cross-discipline collaboration. By prioritising these fields, AICTE aims to prepare engineers to guide the nation into the automated and intelligent framework that modern AI and data analytics offer.

The NorthCap University (NCU), Gurugram, falls into this category as it’s been recognised for its commitment towards experiential learning, interdisciplinary collaborative projects, and industry engagement. NCU is proactively enhancing research and laboratory facilities to foster growth in its new advanced areas like automation, mechatronics, and intelligent systems. A comprehensive BTech course in Robotics & AI may still be in the future; however, the university introduces students to cutting edge technologies through various integration projects, workshops, and innovation modules designed for learning. NCU prepares students for both the industries of today and the new technologies of the future. 

The rapid growth of Robotics and AI in India is driven by several converging factors. To begin with, the need for automation is on the rise in manufacturing, health care, logistics, defense, and even agriculture.

Along with the government initiatives ‘Make in India’, ‘Digital India’, and ‘Atmanirbhar Bharat’, the Indian government is also advocating indigenous tech development and collaboration between academia and industry. One other factor is the availability of low-cost computing resources and the wide access to open source AI technology, which is streamlining the process of research and prototype development for students and start-ups. 

The industries are changing at a pace that leaves education reform in the dust. This is the reason why skill-based education is so important. For example, in AI-integrated machinery, recent engineering graduates are expected to design, build, and also incorporate the high-level intelligent decision making integration systems. AI and robotics are multidisciplinary, fusing mechanical design, electronics, and systems and data analytics together. This broad knowledge base equips engineers to create sophisticated systems with an ability to sense, reason, and act in real time to address issues in disaster management, precision agriculture, space exploration, elderly care, and many more.

Robotics and AI engineering opportunities in India continue to grow. Automation-focused intelligent technology in developed and developing economies is being integrated in order to achieve efficiency and obtain business sustainability. In automotive manufacturing, collaborative robots (or ‘cobots’) are becoming more prevalent and working in tandem with human employees. Enhanced precision and productivity are achieved with these systems. In the healthcare field, AI-enabled systems for diagnostic purposes, coupled with robotic surgical devices, incur fewer errors and achieve better results for patients. AI systems, equipped with drones, autonomous devices, and smart irrigation systems, assist farmers with data-driven decision-making tools for more productive farming. Automation in agriculture is a result of integrating AI technology. 

This is more than a rapid increase in the demand for engineering skills—it is also a demand for continual adjustment of these skills. Unsettling and transformative emerging technology, coupled with project-focused educational pedagogy, is being integrated into the engineering educational programmes. The NorthCap University provides Interdisciplinary courses and capstone projects through which students are exposed to AI activity control, simulation of robotic systems, and applied automation engineering. Students learn the importance of applying value to their work, particularly through innovation and research.

NCU also focuses on MoUs with industries. The University already has many Collaborations with Industries for the Advanced Robotics domains. Be it Mechanical Engineering, Computer Science, or Electronics Engineering, collaborations are crucial in building a sustainable ecosystem. NCU fosters critical thinking and industry-led internship opportunities, along with innovation and prototype generation.

AICTE’s emerging areas demonstrate a wider vision of preparing India’s youth with knowledge and skills for upcoming industries, especially in the manufacturing sectors. This will undergo revolutionary changes due to such technologies. As academically qualified engineers working to advance the four core areas of the Indian technological ecosystem, they play an important role in bridging the gap between human potential and machine intelligence.

Dr. Anmol Bhatia
Associate Professor
Department of MDE
The NorthCap University