While there are so many alluring |
speed by better alignment with |
opportunities in this field, question is – |
industry standards and forming |
how can we benefit from this? |
industry-institution partnerships |
If you are an individual from engineering |
wherever possible. Additionally, since |
background – there is clear cut |
there is greater scope for new |
opportunity for becoming an embedded |
researches, designs & innovations, |
systems’ engineer; whether it is in the |
most of the research work can be very |
field of firmware, system integration, |
well guided towards this trend, where |
hardware designs or anything such. |
industry can support in getting ideas |
However, it must be understood that on |
into reality and on practical application |
this fast track field; industry is expecting |
level. |
work-ready candidates. This means, |
Looking from industry point of view, |
candidates should have prior knowledge |
companies are aware of the |
of this field or should have a very steep |
opportunities as well as challenges that |
learning curve to cope up with current |
are posed with it. Creating a better |
trends. |
ecosystem where each of the |
For institutions; while companies are |
stakeholder and participant can |
expecting industry ready candidates, |
perform better and achieve a common |
institutions need to catch up with the |
goal of growth is the key. |
1. Mature electronic prototyping |
industry ready talent. While industry |
|
methods and systems need to be |
predictions are stating numbers that |
|
established; so that ideas could be |
could be tripled in coming few |
|
validated faster and products would |
years, lack of industry ready talent is |
|
come well in time in the market. |
going to be the biggest hurdle. |
|
2. Ecosystem for electronic |
Presently embedded system |
|
manufacturing; esp. low level |
industry employs approximately |
|
hardware support as well as high |
60,000 engineers across the |
|
level product development needs to |
country. This high domestic demand |
|
be augmented. Since there is sheer |
provides a strong argument for key |
|
lack of such an ecosystem, it not |
stakeholders to drive the evolution |
|
only poses challenges to industries |
of this industry. |
|
but also to institutions in terms of |
5. |
To start the work towards applied |
futuristic research and studies. |
research & developments is a must. |
|
3. Work towards innovations – not |
Many of our institutions are involved |
|
only in terms of technology but also |
in research in embedded systems’ |
|
in developing new products and |
domain and have quality ideas or |
|
uses. New generation engineers are |
suggestions. However, majority of |
|
coming up with many new and |
the work involves only the study of |
|
novel ideas in this field; however, |
existing technology or have just a |
|
lack of end-to-end support is |
theoretical / analytical outlook for |
|
becoming key impediment to lead |
the suggestion. |
|
those ideas towards logical and |
The important point here is, although |
|
fruitful implementations. |
we have heaps of ideas and suggestions |
|
4. Nurture industry specific and |
coming by the way of research and |
|