From classroom to career: Transformative power of robotics in higher education

Robotics and automation have been the subjects of science fiction for decades, but they are now emerging as a reality permeating various sectors, including education. In the realm of higher education, robotics plays a pivotal role in preparing students for the dynamic job market of the future.

The integration of robotics in academic curricula nurtures critical thinking and problem-solving abilities and enhances creativity. Robotics in higher education is a powerful catalyst for transforming students into well-rounded and adaptable professionals.

Here are some of the inputs shared by Kanupriya Verma, Chief Manager, HR, Addverb about the role of robotics in higher education.

ROBOTICS REVOLUTION IN EDUCATION

As Robotics finds application in varied industries and a host of different sectors, new start-ups are emerging in this domain, driving up the demand for talent. Robotics education offers a compelling solution by fostering a multidisciplinary approach that combines science, technology, engineering, and mathematics (STEM) principles.

Some of the basic skills that are required for developing a career in Robotics and automation are C++, Python, working knowledge of ROS, along React and JavaScript for front end. Apart from this, a good knowledge of Computer Vision and Machine Learning with a special focus on deep learning and reinforcement learning is essential to building a career in robotics.

INTERACTIVE LEARNING AND EXPERIENTIAL EDUCATION

The inclusion of robotics in higher education empowers students to engage in hands-on learning experiences. Robotics laboratories and workshops help students gain a detailed understanding of system engineering and provide a platform for students to design, build, and program robots, allowing them to apply theoretical knowledge to practical applications.

PREPARING STUDENTS FOR INDUSTRY 4.0

In the era of Industry 4.0, which relies heavily on automation and artificial intelligence, exposing students to robotics during their academic journey will better prepare them for the demands of the job market. Graduates with a solid foundation in robotics are more likely to adapt seamlessly to a technologically driven work environment.

CLOSE COLLABORATION WITH INDUSTRY

Creating a pipeline to meet upcoming demands for new skill sets is crucial as automation and robotics usage rapidly grow to meet the revolutionary demands of industries worldwide. Employers are increasingly seeking candidates who possess both technical knowledge and hands-on experience in robotics. When higher education institutions integrate robotics into their curriculum, they align themselves with industry demands.

This also gives an opportunity for industry and academia to collaborate to solve real-world problems that the industry is facing; this in turn provides students with the relevant skills, making them highly sought-after by prospective employers.