Total views : 447
Expectations of Industry from Technical Graduates:Implications for Curriculum and Instructional Processes
DOI:
Abstract
Industry is operating in an environment characterized by high performance work culture, intense competition, emphasis on quality, value addition, diversification of products and services, and automation as a result of globalization. Industry requires job ready graduates. It has been found that (a) the employability of technical graduates is low, (b) the requirements of skill set vary from sector to sector, © technical knowledge and skills are considered to be important but soft skills (communication skills, self discipline, teamwork, willingness to learn, flexibility, creativity etc.) are considered to be more important for employability, (d) technical graduates lack higher order cognitive skills such as ability to analyze, logical reasoning, ability to evaluate and create, and ability to solve problems, (e) knowledge of computers and mathematics are essential for an engineer to succeed, and (f) teaching-learning processes must focus on higher order thinking skills, problem solving and creativity and evaluation processes must change accordingly. Technical education needs total revamping and changes need to be introduced in the various sub-components of the system. The paper deals with the strategies that can be used to improve the quality of curriculum and instructional processes, and collaboration with industry.
Keywords
Technical Graduates, Industry, Curriculum and Instructional Processes.
Full Text:
| (PDF views: 58)References
- Manpower Group. '2013 Talent Shortage Survey: research Results', 2013. www.Manpower.com
- AICTE.'AICTE Approval Handbook', New Delhi: All India Council for Technical Education. 2013.
- Aspiring Minds Pvt. Ltd. 'National Employability Study IT/ITeS Sector: Key findings and Intervention Indicators', Aspiring Minds Assessment Pvt. Ltd. 2010.
- V K Gokuladas. 'Predictors of employability of engineering graduates in campus recruitment drives of Indian software services companies', International Journal of Selection & Assessment, 19(3)pp.313-319 2011. www.emeraldinsight.com/bibliographic databases.htm?id= 1952742
- V. K. Gokuladas. 'Technical and non-technical education and the employability of engineering graduates: an Indian case study', International Journal of Training and Development, 14(2). pp. 130-143,June 2010.
- Andreas Blom and Hiroshi Saeki. 'Employability and Skill Set of Newly Graduated Engineers in India',The World Bank South Asia Region Education Team. 2011.
- UK Commission for Employment and Skills 'Employability Skills Project: Review of Evidence on Best Practice in Teaching and Assessing Employability Skills', Policy Research Institute. 2008
- Penn State University. Electrical Engineering Curriculum Changes for 2012. http://www.ee.psu.edu/Undergraduate/2012EEc urriculumchange.pdf. 2014.
- K.C. Gonzalez. 'Changes in UTSA engineering curriculum improve student retention, grades, graduation rate', UTSA Today.2014. http://www.utsa.edu/todav/2014/01/iustintime.html
- Ernest G. Frankel. Changes in Engineering Education, MIT Faculty Newsletter , XX(5) , 2008. web.mit.edu/fiil/volume/205/frankel.Html
- Noubar Afeyan. 'The top 10 Emerging Technologies for 2014', The World Economic Forum Blog, forumblog.org/2014/02/top-tenemerging-technologies-2014.
- P. K. Tulsi and M. P. Poonia. 'Creating Enabling Environment in technical Institutions for Hands On , Minds On and Hearts On', Journal of Engineering and Technology Education, 6(2), 2012.
- APEC. 'Case study of an Institute of Technical Education (ITE) Singapore', Asia Pacific Economic Cooperation(APEC). 2010.
- P.K. Tulsi and M.P.Poonia. 'Participation of Industry in Curriculum Design and Instructional', Unpublished Paper. 2013
- ACCA. 'AICTE- CII Survey of Industry-Linked Technical Institutes', 2013. https://www.mvcii.in/KmResourceApplication/ 36287. AICTECIITISurvevl 3F.pdf
- F.Bosi, E. Mazzohcci, I. Jatro, F. Dal Corso, A. Piccolroaz, L. Desri, D. Bigoni, A. Cocquio, M. Cova, and S. Odorizzi. 'A Collaborative Project between Industry and Academia to Enhance Engineering Education at Graduate and PhD Level in Ceramics', International Journal of Engineering Education, 27(6), ppl362-1376. 2013.
DOI: