The emergence of
Industry 4.0 version focusing on “Smart Manufacturing” has put the entire
spectrum of manufacturing industries on their toes. This next generation
version is not a mere value addition of technology, but the meaningful use of
technology to make systems simple, scalable and synergetic. The deliverance of
quality being the undercurrent, the precepts and practices address to
management of competition and sustainability and scaleability of the processes.
There is a paradigm shift in communication processes from machine-human
interface to machine-machine interface so that the sponteity of solutions are
aggressive and assured. The specialists in the field are looking at the three
dimensions of the technology – existing technologies, disruptive technologies
and future technologies.
All the above and
much more undefined and unpredicted growth patterns would reposition the human
interventions to critical solutions and would call for better skills, better
conceptual safety and interactive knowledge clouds working in tandem. The skill
sets the industries require will be more nebulous and continuously formative.
The focus will be learnability and trainability.
Education 1.0
version firmly based on the knowledge domain has so far not opened up to skill
integration adequately. The absence of skill sets in learning platforms and the
redundant skill sets at several skill labs present a sad state of the current
scenario. How would this system cope with the futuristic demands of the new
generation industries?
What needs to be
done?
1. The Education
policies need to be more pragmatic, realistic, futuristic and flexible to
facilitate learnability.
2. The “mind sets”
that govern examination and evaluation need to be differently articulated to
test the core aptitudes, the capacity consumption of knowledge and skills, the
talents for the transfer of knowledge and skills.
3. Technology in
educational systems should be repositioned as tools for learnability, expansion
and expression of knowledge and skills, rather than additional disciplines of
learning.
4. Serious
attention on encouraging enterprise and creativity supported by risk assurance
should be given to the learning community.
5. Lateral and
vertical mobility for knowledge and skill acquisition should be incorporated to
encourage acquisiton and transfer of learning at a chosen pace.
6. Industry-
education networks and learning hubs should be formed for both online and
offline learning experiences at minimal costs, if need be.
7. Joint and
programed certification of knowledge and skill sets by educational organizations
with industrial and business houses could be initiated to ensure credibile and
concurrent skills rather than redundant ones grafted in the age old curricula.
8.”The Mass rally
syndrome” needs to give space for “individual and personal growth”
9. The concept of
quality needs to be incorporated in the learning rooms right from the formative
stage so that it becomes a second habit.
10. The skills for
identifying, facing and managing competitons and sustainability of the
enterprises could be taught both through case studies and experiential
learning.
The challenges are
many. But there appears to be no options but to move in this direction without
compromising the basics of core values.
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