(Why Demand for Embedded system training, VLSI Training, AVR Programming, Micro controller training, Embedded programming, System Verilog FPGA VHDL training) is increasing
Semiconductor Import currently is around $8 billion per year for semiconductors, and is increasing at the rate of 22%. By 2020, our semiconductor requirement is going to touch $50-70 billion.
Security in sourcing: Our dependence is significant in imports from China, Taiwan, Japan, US and other countries. This exposes us to disruptions in supply due to trade disputes, disasters etc.
Self-reliance: We have consumed approx $7 billion of semiconductors in 2012. It very much possible to cater this demand through local production.
Security and protection of critical information: Design and chip specification plan and security standards and policies specially for military and government applications which demands highest level of security.
Energy/electricity reduction: semiconductor use cuts down power consumption to a significant level while reducing energy usage of semiconductor-powered devices
Alternative source of energy: Solar photo-voltaic cell, solar powered LED lanterns, smart grid technology
Scientific innovation: Increase patent and publication per research $ invested more commercialization opportunities
Developing Infrastructure: Semiconductor ecosystem development as well as infrastructure improvement result in other businesses to grow.
Security in sourcing: Our dependence is significant in imports from China, Taiwan, Japan, US and other countries. This exposes us to disruptions in supply due to trade disputes, disasters etc.
Self-reliance: We have consumed approx $7 billion of semiconductors in 2012. It very much possible to cater this demand through local production.
Security and protection of critical information: Design and chip specification plan and security standards and policies specially for military and government applications which demands highest level of security.
Energy/electricity reduction: semiconductor use cuts down power consumption to a significant level while reducing energy usage of semiconductor-powered devices
Alternative source of energy: Solar photo-voltaic cell, solar powered LED lanterns, smart grid technology
Scientific innovation: Increase patent and publication per research $ invested more commercialization opportunities
Developing Infrastructure: Semiconductor ecosystem development as well as infrastructure improvement result in other businesses to grow.
Electronics systems & % Semiconductor use:
Selected electronic systems
|
Semiconductor
content (%)
|
Set-top box
|
34%
|
Digital camera
|
35%
|
DVD Player
|
31%
|
Multimedia PC
|
27%
|
Telecom equipment
|
28%
|
Smartphone
|
27%
|
HDTV
|
25%
|
PC
|
23%
|
LAN
|
16%
|
CD Player
|
14%
|
Car radio
|
9%
|
Video camera
|
8%
|
Freshers/Engineers passing or passed out from colleges who are having hands-on knowledge on Embedded systems, System verilog, FPGA, Matlab, Micro controller, AVR, PIC, ARM training's will have great potential to find entry level positions with semiconductor industry. There is tremendous growth potential with these industries.
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