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Challenges 
and 
Opportunities in value 
based 
Technical Education 
and AcVcirneudthiat aSrtikiaonnth 
Associate Professor 
Dept. of E & EE 
KSSEM, Bangalore
Opening remark 
India’s higher technical education system is 
on the threshold of major institutional 
reforms. 
It is the right time to envision a bright future 
and create the desired eco-system to develop 
Technological Universities of 21st 
Century in India. 
1
Contents 
Introduction 
Features of Traditional Engineering 
Education 
Weaknesses in Today’s Engg. Graduates 
Future Technological Challenges 
Features of Successful Engineering 
Education Programs 
Conclusion 
2
History of Technical Education 
 From prehistoric times, engineers have always led 
humanity for a better life. 
 Till 1800s, engineering education was learned by 
apprenticeship (emphasis on hands-on experience). 
 After 1800s, universities and colleges in Europe and 
US, started granting formal engineering degrees. 
 In 1932, ABET established: The beginning of an era of 
accreditation. 
3
Features of Traditional Education System 
More focused on abstract themes 
Instructor centered learning 
Depth in specialized fields 
Very little use of computers, Multimedia, 
Internet 
More focused on individual efforts 
4
Current Weaknesses in Today’s 
Engg. Graduates 
• Weakness in understanding manufacturing 
processes 
• Mostly analysts in specific areas 
• Narrow view of engineering 
• No understanding of quality process 
• Weak communication skills 
• Lack of design capabilities 
• Weak teamwork & project management skills 
5
Technical Education in India 
Technical education is imparted at three 
different levels in India. 
 Industrial training institutes (ITI), which runs 
trade courses for skilled workers. 
Polytechnics, that run diplomas to produce 
middle level (supervisory level), technicians. 
Engineering colleges and IITs, conducting 
under graduate programs. 
6
Technical Education in India 
 We find a glaring disparity between leading technological 
institutions such as the IITs, State Technological universities 
and other engineering colleges in the country. 
 The main difference is in respect of the very nature of 
activity pursued in these institutions. 
 The IITs are institutions of higher learning engaged in 
teaching, research and extension activities to empower the 
nation with world class human resources, cutting edge R&D 
and Product Innovations. 
7
Drawbacks of the current system 
Recruitment procedure for staff 
Selection of the students 
Curriculum 
Tie up with the industry 
Teachers knowledge enhancement with the 
technology 
Funds from the government or management 
for incorporating new technologies. 
8
Future Technological Challenges 
• Engineering institutes (mainly private) are becoming 
profit-making bodies. Technical education is perceived 
as business opportunity. 
• Diverting youth to technical education. 
• Severe shortage of qualified & competent faculty 
especially in IT field. 
• Due to IT revolution, there is increase in capacity 
of IT related branches & hence other disciplines 
are being suffered. 
9
Future Technological Challenges 
• Lack of interest among graduating engineers to pursue 
teaching career. 
• In present scenario, quality of education needs to be 
addressed urgently. 
• The major challenge is quality of course. Courses 
should be worldwide accepted 
• Competitions from foreign universities. 
• Tendency of research scholars to prefer computer 
based research over experiment research. 
• Quality of software and its security problem. 
• Promotion of Industry-Institute Interaction. 
10
Engineering SSkkiillllss EEsssseennttiiaall ffoorr 
CCoommppeettiittiivvee GGrraadduuaatteess 
• Strong technical capability 
• Skills in communication and persuasion 
• Ability to lead and work effectively as a 
member of a team 
• Understanding of the non-technical forces 
that profoundly influence engineering 
decisions 
• Commitment to lifelong learning 
• Skills in design and project management 
• Multidisciplinary 
11
Conclusion 
• Educational quality control is the cornerstone 
for successful engineering program 
• Such quality control takes place through 
accreditation 
• Accreditation reflects a professional judgment 
that certain students are met 
12
I would like to thank the 
Management(ISTE and Kammavari 
Sangham, Organizers and Staff of 
KSIT, for Providing this 
opportunity for Discussion
T h a n k y o u

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Challenges and Opportunities in VB Technical education- vinutha srikanth

  • 1. Challenges and Opportunities in value based Technical Education and AcVcirneudthiat aSrtikiaonnth Associate Professor Dept. of E & EE KSSEM, Bangalore
  • 2. Opening remark India’s higher technical education system is on the threshold of major institutional reforms. It is the right time to envision a bright future and create the desired eco-system to develop Technological Universities of 21st Century in India. 1
  • 3. Contents Introduction Features of Traditional Engineering Education Weaknesses in Today’s Engg. Graduates Future Technological Challenges Features of Successful Engineering Education Programs Conclusion 2
  • 4. History of Technical Education  From prehistoric times, engineers have always led humanity for a better life.  Till 1800s, engineering education was learned by apprenticeship (emphasis on hands-on experience).  After 1800s, universities and colleges in Europe and US, started granting formal engineering degrees.  In 1932, ABET established: The beginning of an era of accreditation. 3
  • 5. Features of Traditional Education System More focused on abstract themes Instructor centered learning Depth in specialized fields Very little use of computers, Multimedia, Internet More focused on individual efforts 4
  • 6. Current Weaknesses in Today’s Engg. Graduates • Weakness in understanding manufacturing processes • Mostly analysts in specific areas • Narrow view of engineering • No understanding of quality process • Weak communication skills • Lack of design capabilities • Weak teamwork & project management skills 5
  • 7. Technical Education in India Technical education is imparted at three different levels in India.  Industrial training institutes (ITI), which runs trade courses for skilled workers. Polytechnics, that run diplomas to produce middle level (supervisory level), technicians. Engineering colleges and IITs, conducting under graduate programs. 6
  • 8. Technical Education in India  We find a glaring disparity between leading technological institutions such as the IITs, State Technological universities and other engineering colleges in the country.  The main difference is in respect of the very nature of activity pursued in these institutions.  The IITs are institutions of higher learning engaged in teaching, research and extension activities to empower the nation with world class human resources, cutting edge R&D and Product Innovations. 7
  • 9. Drawbacks of the current system Recruitment procedure for staff Selection of the students Curriculum Tie up with the industry Teachers knowledge enhancement with the technology Funds from the government or management for incorporating new technologies. 8
  • 10. Future Technological Challenges • Engineering institutes (mainly private) are becoming profit-making bodies. Technical education is perceived as business opportunity. • Diverting youth to technical education. • Severe shortage of qualified & competent faculty especially in IT field. • Due to IT revolution, there is increase in capacity of IT related branches & hence other disciplines are being suffered. 9
  • 11. Future Technological Challenges • Lack of interest among graduating engineers to pursue teaching career. • In present scenario, quality of education needs to be addressed urgently. • The major challenge is quality of course. Courses should be worldwide accepted • Competitions from foreign universities. • Tendency of research scholars to prefer computer based research over experiment research. • Quality of software and its security problem. • Promotion of Industry-Institute Interaction. 10
  • 12. Engineering SSkkiillllss EEsssseennttiiaall ffoorr CCoommppeettiittiivvee GGrraadduuaatteess • Strong technical capability • Skills in communication and persuasion • Ability to lead and work effectively as a member of a team • Understanding of the non-technical forces that profoundly influence engineering decisions • Commitment to lifelong learning • Skills in design and project management • Multidisciplinary 11
  • 13. Conclusion • Educational quality control is the cornerstone for successful engineering program • Such quality control takes place through accreditation • Accreditation reflects a professional judgment that certain students are met 12
  • 14. I would like to thank the Management(ISTE and Kammavari Sangham, Organizers and Staff of KSIT, for Providing this opportunity for Discussion
  • 15. T h a n k y o u

Notes de l'éditeur

  1. Opening remark
  2. Explain briefly the contents and then proceed
  3. A brief history