the effort has been made to discuss about the gaps in skills of engineering graduates in consultation with industries. Various sectors of industries have been invited at NITTTR Chandigarh during ICT based teacher training programs to identify the gaps between the expectations of industries from technical graduates and input provided by engineering colleges as per curriculum.
4. 8
96
85 86 88
25
0
10
20
30
40
50
60
70
80
90
100
India Korea Japan Germany Canada Mexico
Vocational Skills in India
Compares Unfavorably to
other countries.
India Receives only 8%
formal Vocational Training
which is very less.
%
5. Major Conclusions
Lack fundamental knowledge of terminology, concepts,
principles etc. in their own disciplines
Lack knowledge of current developments in their
disciplines and technology
Lack practical skills
Unable to read engineering drawings
Lack analytical ability, willingness to learn,
managerial skills and creativity
6. Contd.
Lack positive attitude and have become more
materialistic
Prefer to look for white collar jobs and Prefer to work in
IT or ITeS sector and do not continue in the core
engineering branches
Commitment
Stability
10. 10
• Communication (verbal & written) 4.69
• Honesty/Integrity 4.59
• Teamwork skills 4.54
• Interpersonal skills 4.50
• Strong work ethics 4.46
• Motivation & initiative 4.42
• Flexibility/adaptability 4.41
• Analytical skills 4.36
• Computer skills 4.21
• Organisational skills 4.05
• Detail oriented 4.00
• Leadership skills 3.97
• Self confidence 3.95
• Friendly/outgoing personality 3.85
• Well mannered / polite 3.82
• Tactfulness 3.75
• GPA (3.0 or better) 3.68
• Creativity 3.59
• Sense of humour 3.25
• Entrepreneurial skills/risk taker 3.23
EXAM RESULT
IS NOT THE MOST IMPORTANT
11.
12.
13. Suggestions Regarding
Changes Required
Changes need to be introduced from time to time in the
curricula for enhancing its relevance
Industry personnel should be involved in curriculum
design
Seminar, group discussion, brainstorming, collaborative
project work, and case study should be used to develop
higher order cognitive abilities and soft skills.
Emphasis on group tasks/activities
14. Contd.
Practical work as per the curricular
requirements must be accomplished
Laboratories and workshops must be
strengthened to provide adequate practical
training
Teachers should acquire proficiency in
handling practical work
Projects should be live problems from the
industry or the society
Need to develop ethics and values
15. Contd.
Structured industrial training
Faculty may accompany the students during training
Industry personnel to be involved in evaluation
Industry must support the institutions in providing
training places for both students and teachers,
contribute to R&D and establish or create laboratories at
institution level.
More concentration on small scale industries
in curricula
17. Hands
on
Plan-Explore-Practice -Perform
Practical work leading to useful
product
Writing Lab reports in the form
of research papersPankaj_Jindal_Report-
2[1].docx
Laboratories and workshops open for
experimentation
Project work-live problems
Industrial exposure and structured training
Involvement of students in
research and consultancy services
undertaken by faculty
Competitions
Strengthening of Laboratories
Setting up of Labs with assistance
from industry
Industry-academia exchange
19. MINDS ON
Flexibility in curricular
offerings
Auditing of courses
Instructional methods-Case
studies, Problem- solving,
Problem based learning,
Projects, Group Discussion and
Brainstorming
Peer learning
Observation to reasoning
Creativity-Brainstorming,
attribute listing, analogies, and
metaphors
Teaching & research
Assess higher level abilities
Open book examination
Students to be encouraged to
participate in seminars/conferences
20.
21. HEARTS ON
Community surveys
by students
Community related
projects
Collaboration with
NGOs and social
activists for problem
solving
Interdisciplinary teams of
students to work on
problems