The document provides an overview of building a career in embedded systems at Emertxe, an IT finishing school in India. It covers the definition of embedded systems, their classification, industry trends, and career opportunities, as well as a demonstration of IoT applications. Additionally, it outlines the skill requirements and key development activities in the field.

1. Building Career in Embedded
Team Emertxe @ MVJ College of Engineering

2. Agenda
 Introduction
 What is Embedded system?
 Embedded Industry in India
 Career path in the industry
 Demo

3. Introduction
About us:
 Emertxe is India’s one of the top IT finishing schools & self learning kits
provider. Our primary focus is on Embedded with diversification focus on Java,
Oracle and Android areas.
 Our product organization works on E2E solutions based on Internet-Of-Things
(IOT) in the areas of agriculture automation, machine monitoring and workflow
productivity solutions.
Emertxe Information Technologies,
No-1, 9th Cross, 5th Main,
Jayamahal Extension,
Bangalore, Karnataka 560046
T: +91 80 6562 9666

4. Our journey – So far
2003 – Started our Journey with Training in Open Systems and Embedded Software
Services
2004 - Corporate Trainings
2006 – Well Established in Embedded Systems Domain - 20 Corporate Customers
2007 – Weekend Workshops for Corporate Professionals Launched
2008 – Training Products based on Embedded Systems Released to Market
2009 – Strategic Partnerships with Foreign Universities
2011 – Centers at Madurai and Chennai
2012 – Exclusive Partner of Oracle for University Trainings in Karnataka State
2013 – Trainings for Java (Core and Advanced) and Android added
2014 – Positioned as IT finishing school + self learning kits provider

5. What is Embedded System?

6. Let us ponder…
• What do you understand as Embedded System?
• Name few examples of Embedded System from our daily usage
• How different they are from a general purpose system (GPS)?
• What difference can be there between multiple Embedded Systems?
“Any Hardware System which is intended to do a specific
task can be called as an Embedded System”

7. ES - Examples
Examples – Automotive, Satellite communication,
Consumer electronics, Medical, Imaging, Robotics etc..

8. ES - Classifications
 Embedded systems can be classified into four different categories:
• Stand alone Embedded System – Performs a single and specific functionality
• Real time Embedded System – Provides real time guarantee in terms of response
• Network appliances – High focus on packet processing
• Mobile devices – Hand held devices
 Embedded systems – “Choice-points”
• Embedded Systems type and expectations drastically vary
• In order to meet customer needs specific “Choice-points” to be decided
• These are popularly known as “Design parameters”

9. ES – Choice points
 Let us take an example of Mobile Vs. Automotive Embedded device
 Try to compare various choice points
 For each choice made corresponding compromise factor to be considered
 Optimizing every other parameter is not a possible option

10. ES – Design metrics
 Time to Prototype
 Power
 Performance & Correctness
 Size
 NRE
 Maintainability & Flexibility
 Safety
 Unit Cost
 Time to Market

11. ES - Challenges
 Efficient Inputs/Outputs
 Embedding an OS
 Code optimization
 Testing and debugging

12. Three stories

13. ES - Components

14. Embedded Industry in India

15. Embedded industry
in India
Phase- I
• Outsourced product development from India
• Purely cost advantage
• Project or contract based work execution
Phase - II
• Offshore development centers of major MNCs (ex: Intel, TI, HP etc…)
• Task level ownership
• Augmenting teams in the head-quarters
Phase – III
• Complete product development from India
• Domestic market needs
• Higher value added activities – product ownership, product launch,
innovation, IP creation

16. Why Embedded?
 Indian Tech industry’s paradigm shift
 Embedded Systems is heart of product development
 Rewarding career experience : Embedding Intelligence
Inside a Box’
 Skill shortage in India and the need for ‘Quality’
engineers
 One among the top paid jobs in the industry today

17. Market size
 About 6,80,000 embedded professionals requirement*
 Mainly for embedded software (firmware)
 Global R & D opportunity is $89 billion*
 India can contribute $15 billion in terms of R & D*
 Apart from R & D, opportunity exists in manufacturing,
local market consumption and India specific solutions
 Myth of “only for ECE / EEE people”
 Both local & global opportunities
* Reference from NASSCOM report, quoted in popular articles & websites.
Projection provided till the year 2015.

18. Career path

19. Roles
Platform
engineer
Device driver
expert
Low level
firmware
engineer
Protocol
developer
Kernel tester
Embedded
application
developer

20. Skill-map
Core(C&DS)
Micro controllers
Embedded middleware, and
applications
OS skill
Bootloader, BSP, OS porting,
Platform development
Embedded applications
Linux systems (ex: storage)
building, Telecom/Networking
protocols

21. Skill expectations
 Strong C/C++ skills
 Optimization techniques
 Basic HW understanding
 Patience the “Midas-touch”
 Tools & environment
 Team player
 Ability to commit and deliver on-time, every time

22. Industry relevance
Automation
and control
Automotive
Consumer
electronics
Mobile &
Wireless
Storage &
Networks
Development activities:
 Embedded middleware
 Applications
 Automation
 Bootloader
 OS/Kernel porting
 Platform development
 Linux systems
 Telecom/networking
 Self learning kits
 SDKs
 Debugging
 Diagnostics

23. Stay connected
About us: Emertxe is India’s one of the top IT finishing schools & self learning kits
provider. Our primary focus is on Embedded with diversification focus on Java,
Oracle and Android areas.
Emertxe Information Technologies,
No-1, 9th Cross, 5th Main,
Jayamahal Extension,
Bangalore, Karnataka 560046
T: +91 80 6562 9666
E: training@emertxe.com
https://www.facebook.com/Emertxe https://twitter.com/EmertxeTweet https://www.slideshare.net/EmertxeSlides

24. Demo: Internet-of-Things (IOT)

25. Internet of Things
Any TIME, Any THING, Any PLACE connection

26. Emx–PIC platform
 Microchip PIC micro-
controller
 Multiple peripheral support
 Explore all possible I/O ports
 Beginner’s view for
Embedded
 Students, Enthusiasts and
Entrepreneurs
 Project ecosystem

27. Use case - Industry
 This application to demonstrate automating
industrial workflows in the area of machine
management especially in growing demography like
India.
 The application is interfaced with a stepper motor
and IR sensor. It show how a stepper motor can be
driven and control conveyor system, which is a
typical use in beverage industry.
 The user can count the objects moving on the
conveyor belt using the IR sensor and keep track of
total production, thereby automating industry
workflows

28. Use case - Home
 In our daily life we do certain regular thing like
switching on the water heater early morning to take
a bath or say switching on the gate lights every day
at dusk and switch off at dawn.
 Our application will a simple demo on how we can
achieve this with Emx PIC platform by interfacing
with a lamp and PC fan.
 This will demonstrate simple and effective home
automation.

29. THANK YOU