Strategies for Promoting Globally Competitive Engineering Education in India
DOI:
https://doi.org/10.16920/jeet/2021/v35i1/142970Keywords:
Competitive Engineering Education, Flexible Curriculum, Blended Programs, Sponsored Research and Development Projects.Abstract
In the last ten years, there is a growing chorus of discontent about what is not happing in the engineering education in India. Around 5 % of the engineering graduates are possessing required industry -relevant skills and competencies. All over the world major efforts are being undertaken to transforming the engineering education. Based on the research, it is suggested to improve the performance of the faculty members, their abilities to undertake the globalization of engineering education and digitalization. Further there is a need for improving the faculty development through flexible and blended programs under NITTTRs, NITs, State Technical Universities, modernization of curricula and instructional design and collaboration with the industry and government. The colleges are to network with well performing global universities and collaborate in research and development. There is an urgent need for Institute-Industry-Government Partnership for improving the curriculum, research methods and product innovation. The institutes can review their curriculum through Faculty-Alumni- Industry-Representatives of Entrepreneurs (FAIR) Committee once in a year and make improvements. The engineering students are to be exposed to the problems of the industries and they are to be coached to solve them. Their research work, dissertations have to be industry relevant. Further, the engineering institutes have to plan innovative products as a part of the capstone projects. Ultimately the Indian engineering education has to develop industry relevant competency model which will focus industry relevant skills and competencies.Downloads
Downloads
Published
How to Cite
Issue
Section
References
Ahmed Cherif Megri (2011) Teaching high-rise plumbing design for engineers, ASEE Annual Conference, 2 0 1 1 . www.asce.org/public/conferences/1/papers/27 39/download.
American Association of Engineering Societies (2016) Engineering Competency Model, https://altogether.swc.org/2016/07/aaesreceives-top-acac-honors-engineer/competency-model
Anton Van Beek (2016) Advanced Engineering Design-Design for Reliability, http://www.ktuigbouw.n1/solutionmanual.pdf
Albert Kamp (2016) Engineering Education in a Rapidly Changing World, Tu Delft University of Technology: Center for Education
Bohemia Erik (2004) Online-based teaching can facilitate skills development for today's global manufacturing environment. In/: Innovation 2014: World Innovations in Engineering Educational Research iNEER, ISBN 9780974125213.
David Beanland and Roger Hadgraft (2013) Engineering Education: Transformation and Innovation, Malborne Victori a: RMIT University Press
Dhanjoo N Ghista (2002) Engineering Education Vision (2020), Special Lecture at the Second World Congress, 22-25, July 2002, w w w .ozarkmtnndesigns.com/Ghista/documents/Visi on2020.pdf
Engineering and Construction Trends-Strategy, www.strategy and.pwc.com/trend/2017-engineering-and-construction trends.
Engineering Students Part of International Exchange Program, Kuching Sarawak, Malaysia www.unr. edu/ .../news/2012/international-engineering
Engineering UK (2017) Synopsis and Recommendation, www.enguk_report_2017_ synopsis.pdf
Erik Hallebrand and Wilhelm Jakobsson (2016) Structural Design of High-Rise Buildings, www.byggmek.lth.se/fileamin/byggnadsmekas ik/publication/trsm5000/web5213.pdf
Graham J. Daviss, Geoff E Kirk and David A. Nethercot (2007) Educating Engineers for the 21st Century, London: The Royal Academy of Engineering
Global IoT in Engineering Market 2019, Huge Growth in Education Services Technology, Interactive E-Learning Trends, Size and Investment Opportunities by 2024. www.sproutnews.com/global-iot-in-educationmarket2019-huge-growth-in-educationservicestechnology-e-learning
Guidebook- Education Commission of the States, www.ecs.org/clearinghouse/01/48/ 11048.pdf
Jianrong Tan, Feng Gao, Chiangle Xiang (2017) Advances in Mechanical Design, Proceedings of the 2017 International Conference on Mechanical Design. Springer
Leslie. C (2016) Engineering Competency Model, ASEE Annual Conference& Exposition, New Orleans, Lousiana.10.18260/p26627, www.peer.asee.org/engineering_competencymodel
Luo Y et al. (2015) Chemical Engineering Academia-Industry Alignment: Expectations about new graduates, American Institute of Chemical Engineers (AIChE), National Science Foundation, www.aiche.org/sites/default/files/ docs/conferences/2015che-academicindustryal ignmentstudy-comprese.pdf
Marco Cercaria (2018) Advances in the Mechanical Design of Robots, DOI:10.3390/inventions3010070
Michael Bassis (2015) A Primer on the Transformation of Higher Education in America, National Institute of Learning Outcomes Assessment
National Centre for Learning and Civic Engagement (2014) Six proven practices for effective civic learning, American Association of Engineering Societies
Rupali Kavilkar and Shweta Patil (2014) Study of High-Rise Residential Buildings in Indian Cities, IACSIT International Journal of Engineering and Technology, 6(1) 86-89. DOI:10.7763/IJET.2014.V6.671
Sang-Youb-Lee et al. (2008) Development of Engineering Check Model for Case-based Evaluation of PlantE PC Project, www.researchgate.net/publication/264020912
Shannon Leoney and Shari Garmise (2016) Collaboration to Advance Innovation in Higher Education, Coalition of Urban Serving Universities- Revolutionizing the Role of the University
These are the biggest skills that new graduates lack, www.fastcompany.com/3059940
ThisIsReno (2012) University Engineering Students Part of International Exchange Program in China, www.thisisreno.com/ 2012/ university-engineering
Why are engineering firms struggling to recruit graduates?(2014) www.theengineer.co.uk/whyareengineeringfirms
Brief CV of the Author
Thanikachalam Vedhathiri B.E. (Civil Engineering, 1968, Univ. of Madras), M. Tech. (Soil Mechanics and Foundation Eng. 1970, IIT Madras), Ph.D. (Filter Design for Earth and Rockfill Dams, 1975, Univ. of Madras), M.S. (Instructional System Technology, 1988, Indiana University, Bloomington, USA), FIGS, FIE, FFIUCEE, Former Senior Researcher under Fulbright Scheme of US Government; Guided 18 scholars for their interdisciplinary research for PhD in Engineering Education; published around 200 papers, textbooks, drawing and laboratory manuals, and educational video programs; Founded professor of M. Tech.(HRD) program, diverse global faculty development programs under IDA, and Govt of India's bilateral programs. Former Program Executive for Continuing Education, Former Nodal Officer for World Bank assisted Projects in Technician Education.
Access to login into the old portal (Manuscript Communicator) for Peer Review-

