Introduction

Engineering has always been the go-to career for students who are into the technical and rational side of the study. Every year thousands of students in India become engineers, and the trend is only increasing rapidly. However, not all engineers are highly skilled and many of them lack real soft and tech skills needed to survive in the industry. One of the primary reasons many students differ on the skillset is because of the lack of training and industry exposure. Industrial exposure is a strategy where an engineering student is put through real-life work situations and this is lacking the most in a student’s academic curriculum. Here are our reasons why Industry Exposure is a must for every engineering student!

Hands-on Real Life Work Situations

As engineering students only get a deeper insight into their syllabus, it is important for them to work on live projects. An engineering student must learn the practical side of things and the etiquette in a professional environment. Industry exposure will allow students to apply their technical knowledge to real-life situations and problems. The industrial training finally allows students to be coached by their mentors while on industrial training.

Develop Skills

Industrial exposure allows engineering students to develop several necessary skills for a successful engineering career. It allows engineering students to understand communication across verticals and improve their understanding of effective communication. With the right industrial exposure, a student will be able to identify, formulate, and model problems. Through industrial training, an engineering graduate would be able to develop his/her communication, management, and leadership skills. Hardcore technical expertise is important for engineering graduates, but soft skills are equally important in a professional environment.

Improved Job Prospects

Any engineering student with accurate industrial exposure in the form of training or internship will have higher chances of getting a job. Freshers that have hands-on industrial experience have a better understanding of their abilities. The chances of getting recruited by the best companies are more when an engineering graduate knows how to apply theoretical knowledge in real situations.

Understanding of Industrial Standards

The gap between the academic curriculum in engineering colleges and the real conditions in the industry is evident. When an engineering graduate opts for industrial training, he/she is not only bridging the industrial gap, but he/she is also equipping himself/herself with industrial standards. The understanding of sustainability and cost-effectiveness in the design and development of products and research is important for engineering graduates.

Passion for Learning

People who strive to be better than they were yesterday are passionate about learning. One of the major characteristics of an engineer is the never-ending thirst for knowledge. Industrial exposure is all about learning something new. Students who are passionate about learning and self-development must get industrial exposure.

Conclusion

Some engineering students already have access to valuable experiences like industry mentoring and entrepreneurship programs at their universities, but this isn’t the case for all engineering students. So many young people are spending longer in formal education, many of them do not even get a connection with the world of work until their 20s.