Future Trends in Higher Education – Engineering

5 mins readUpdated on Jul 23, 2018 18:24 IST
By Dr. S R K Prasad 
Engineering education has gone through many decades of being one of the most sought after streams globally. In India, Engineering education up to a stage was extremely popular and it looks as though the trend for students pursuing Engineering is on the downside. The reason for this could be the mushroom growth of engineering colleges in the last two decades. There is no reason for students not wanting to pursue Engineering. This article aims at trying to understand how students can be motivated to pursue engineering as a study and move up in their careers.

 

"The philosophy of engineering" is a term used in western countries. What we understand by this term is that engineering is a philosophy which should be conceptually taught by teachers and understood from an application stand point. Most teachers in India try to teach from standard textbooks which may be outdated. Present day students are not interested in attending classes wherein the teacher repeats from the text book. So it is imperative for the teacher to have a clear understanding with conceptual clarity of the subject and put it across to the student in the simplest possible way. Also, the content of course should be geared towards applications of specific knowledge towards problem solving in industry, society, government and to help the society at large.

In the future, an extensive remodelling of present thinking towards engineering education is absolutely necessary. It is also very important to integrate engineering education with sustainability. There are no barriers or compartments when it comes to application of technology. The convergence of various technologies to produce one product which is useful to the society is the way towards the future.

The future could also be looked at in terms of breaking down the barriers of various disciplines in engineering to move towards "streams". Streams can be looked at as specific areas that would confront mankind in the next couple of decades. For example, water can be considered as a stream. This is because water is envisaged to be in acute shortage in the years to come and it is popular belief that nations would fight wars for water. So it would be quite beneficial for higher education institutions to start a Bachelors or Masters Programme in Water.

In this programme, many concepts of various engineering disciplines would be taught and applied. At the end of the degree course, the student would be a specialist in solving any problem relating to water.

The world is moving towards looking for specialists and the day of the generalist has come to an end. With the advent of new technologies like AI, Machine Learning, IoT, Big Data, Robotics, it is imperative that students in engineering are trained in understanding and solving problems which the industry may face using future technologies.

The job market in the future is going to take a beating, and it is published that 37 crore jobs will be lost in the Tech sector globally. So, the engineering colleges have to gear up to face this challenge. They have to act with a view to improve quality and become globally competitive. They have to focus on knowledge based education and not on education for the sake of just trying to impress people that they are also educators. A severe emphasis should be laid on the breadth of the subject and integrated across academic disciplines. In short, student should be taught how to learn. The 21st century engineering education would revolve around analyzing a specific problem and using knowledge to seek solutions to solve this problem. In order to do this, the student should have a high level in mathematics, logic and concept. Apart from these skills, the student should also be prepared for jobs that don’t exist, they need to use technologies that haven't been invented to solve problems we don’t even known yet. In order to reach this level of thinking, teachers should be highly innovative in thinking and move towards inventing new concepts and technologies.

There would be an increase in global student mobility nowadays. Internationalisation and globalisation is giving opportunities to students to either study or work abroad or in their own countries.

Statistics show that 3.3 million students studying abroad will be raised to 5.8 million by 2025. When students from various cultural backgrounds mix and interact with each other, they will be able to come up with new ideas as to how they can improve their intellect and innovative capabilities. It is also interesting to note that it is not always necessary for a student of engineering to get in to a traditional engineering job or tech job. For example, Zumba Dance is becoming very popular globally in fitness centres. This dance could be improved and perfected by using some of the engineering concepts and new technologies. So, a Zumba teacher could also be an engineer and at the same time benefit the society by inventing new techniques in Zumba dancing which could be propagated globally.

  The future of engineering education could rest on 4-Cs – Critical thinking, Collaborating, Communicating, and Creativity.  

The human community depends upon the diversity of talents not a singular conception of ability. Collaborative learning is one of the keys to improve student capability and increase conceptual ability. Through the practice of learning to collaborate with others, students will implicitly learn to collaborate with themselves. This is a fundamental skill as students transition into the next stage where they creatively expand on the subject by individually modifying what they have created with their group. Quality assurance will continue to be a high priority. The trend driven by international mobility of students and scholars is towards internationally referenced standards and mutual recognition. Aspects of measuring and monitoring quality remain problematic. So, a mechanism needs to be formed for certifying and integrating national quality assurance schemes on an international level.

In short, conceptual clarity, creativity, innovation and collaboration are some of the key factors which need to be looked at to improve the quality of higher education in engineering in the future.

About the Author:

Dr. S R K Prasad is Director, Correspondent and Chairman of Governing Council,  Coimbatore Institute of Technology. He has published several articles in professional journals.

Dr. Prasad has won several honours including Rashtriya Rattan Award (2010); Vikas Jyoti Gold Medal & Award, International Socrates Award (2011); Hind Rattan Award and The Name in Science (2012); The Peak of Success Award (2013); and World Leader in Education Award (2018) by WORLDCOB among the more recent ones.

His educational qualifications include BTech – Chemical Engineering, PGDOR from Madras University; MSc, Advanced Chemical Engineering from Imperial College, England; DSC from City University, LA, US.

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