Why Industry Exposure is Important in Engineering

Purpose of Industrial Exposure in Engineering

There are 2 important E’s in Engineering – Education and Exposure. These two complement each other, making an engineer well-trained and successful. While we know the importance of education as it lays down the basic foundation of our career, industry exposure takes it a step forward.

Firstly, in a rapidly evolving field like engineering, technology changes with continuous advancement. Jobs in the IT industry demand trained and up-to-date individuals that keep track of industry changes. Secondly, our education system excessively focuses on grades and theoretical knowledge. As a result, many students lack hands-on experience and cannot implement theoretical knowledge in the real world. Industry exposure aims to bridge this gap. Through corporate site visits, internships, and guest sessions, industry exposure imparts students a much-needed glimpse of work life and how they can apply the theoretical skills that they learned in college. In short, industrial exposure makes the students job-ready or business-ready. 

Benefits of Industrial Exposure in Engineering

The goal of industrial exposure is to introduce engineering students to actual workplace scenarios. It helps students develop holistically by educating them about the market’s current trends, the industry’s future prospects, and the most recent technological advancements. Here are 5 reasons why industry exposure is necessary for every engineering student:

  • Improving Skills
    Industrial exposure equips the students with the technical and soft skills essential for a successful career in engineering. They learn to improve their communication skills and understand how communication takes place across verticals. It enables students to identify, articulate, model, and solve problems. While hard technical skills dictate an engineer’s career, soft skills play an important role, too. Students enhance their leadership, management and communication skills through industrial training.
  • Understanding Industrial Requirements
    There is a difference between academic standards in engineering colleges versus the actual industry. Such a gap can be intimidating, and industrial training simply helps bridge the said gap by equipping students with an understanding of industrial requirements. It is through industrial exposure that students comprehend the concept of sustainability and cost-effective designs and solution development.
  • Passion of Learning
    One can go places in life simply with the passion of learning, the fire that ignites itself. One of engineers’ primary characteristics is the never-ending yearning for knowledge. With such an enthusiasm for learning, students sign up for overall self-development during industrial training. It allows them to learn new things and experience a variety of situations, one at a time.
  • Get a Certificate of Completion
    After picking up a variety of technical, analytical, design, coding and soft skills, students get a certificate at the end of their training. The company’s work certificate highlights the abilities that the student portrayed during their time at the company. This completion certificate is incredibly useful when candidates seek jobs and employment opportunities. It certifies that the candidate is proficient and has the required skillset to excel in a particular job profile.

 It is proof that the student has successfully completed his/her training and is an able candidate to take up a permanent profile after graduation.

  • Increase Value for Your Resume
    A resume is a place for you to exhibit your best version, and industrial training helps you with the same by highlighting your experience in a particular field and company. This industry exposure gives you an edge over your fellow candidates and increases the value of your resume while giving you the confidence to ace any job interview.
  • Practical Work Experience in Real Life
    Alongside their syllabus, students get an opportunity to apply theoretical knowledge and work on live projects. They pick up the practical side and the etiquettes essential to growing in a professional environment. Together with hands-on experience, students have the chance to work with other professionals and gain insights into the operations.

Evidently, industrial exposure is beneficial for engineering students. Many colleges offer industrial training as part of their curriculum. One of the best engineering colleges in Bangalore, CMRU offers an industry 4.0 compliant academic curriculum along with excellent internship and placement opportunities in top companies.

To know more about the B.Tech Computer Science Engineering course at CMRU and the associated facilities provided to students, click here!


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