Why is Innovation Important in Engineering Education?

Feb 22, 2023

Innovation has become an important part of engineering education, given the fact that we are living in a constantly changing and evolving world. As technology advances, engineering students must be prepared and fully equipped to face the challenges of their profession, with creativity and resourcefulness.

Specialising skills and expertise are essential while building a career in engineering, whether it's resources engineering, sustainable materials, or revolutionary recycling.

Here is why Innovation is crucial in Engineering Education:

Engineers are primarily inventors of the future :
Innovation and entrepreneurship are critical drivers in today's engineering world, and the push for recycled alternatives, services and technologies is more intense now, than ever before. Everyone is looking for sustainable solutions to pressing environmental challenges, from global businesses to small businesses, national governments to local governments.

There has been an increase in the development of sustainable, innovative solutions in recent years, ranging from e-mobility and new battery technology for greener, more sustainable cities, to alternative energy sources and robotics for sustainable mining technology. Modern existence would not be feasible without innovation in these fields.
Enhances living standards, worldwide :
Innovation can provide enormous value to almost everything; it does not always have to be monetary, which is why it is vital in engineering. Innovation has the potential to increase market acceptance of raw materials solutions and create a larger platform for a greener future. By introducing innovative solutions that make our lives easier - from improved transportation to communication technologies - we can improve living standards, on a global scale. From developing renewable energy sources to creating more efficient transportation systems, innovation has helped improve life for people, everywhere. It has also helped to open up countless economic opportunities, providing more jobs and higher wages.
Engineers can become T-shaped industry professionals :
Master's programmes, such as those offered by autonomous colleges in Bangalore like MVJCE, contain specific innovation and entrepreneurship courses that are designed to prepare the next generation of engineers to become T-shape professionals and raw materials experts. A T-shaped professional possesses the desire and capacity to connect dots across various disciplines and specialised knowledge and skills in a single field. T-shaped engineers have a strong foundation in their primary profession, and are well-versed in a variety of adjacent topics too. As a T-shaped engineer, you have a specific area of expertise, but you can collaborate with other members of other teams, throughout your engineering career.

The advantages of a T-shaped engineer

There are numerous advantages to becoming a multi-skilled engineer:

Be a diverse developer: T-shaped engineers specialise in one area, typically front-end, back-end, DevOps, or a technology platform such as the MERN/MEAN/MEVN stack. However, they are also at ease, performing tasks outside of their area.
Take on extra responsibilities: A T-shaped engineer can help with every aspect of a project. This can imply a smaller team with more accountability for each member, as they respond to a broader range of skill requirements.
Mentorship programs : Mentorship programs should include career guidance, counseling, interactive sessions, and networking programs to help the students to succeed academically and professionally in the future.
Understand the tasks of different developers: Understanding the tasks of other engineers allows you to ask for what you need, understand the complexities of their tasks, and know what to expect from them.

Wrapping up

In conclusion, every student should inculcate the aptitude for innovation. The best engineering colleges like MVJCE encourage the innovative spirit among their students. Not only does MVJCE ensure that the engineering curriculum meets the standards of the industry, but it also encourages students to explore their creative potential and develop problem-solving skills.

At MVJ College of Engineering, we are devoted to creating an environment that is conducive to innovation and entrepreneurship among our students. We provide our students with the knowledge, skills, and resources that are necessary for them to succeed in their entrepreneurial ventures. Through our curriculum and hands-on training, our students are exposed to a variety of topics such as technology, finance, and business management, which help them understand better, the business side of innovation.