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Overview

Designing Embedded Systems and Programming for an Engineer is unlike Computer Hardware design or Programming. Whereas the World of the Computer Programmer has become highly standardized and for some, even monotonous, the Embedded System Programmer has many critical decisions to make that significantly affect the overall Project.

Objective

So What Does it take to Become an Embedded Engineer?
Embedded System is an exciting and competitive discipline. This Technology focuses on the boundary between Hardware and Software and explore the levels of Hardware and Software in the vicinity of this boundary. An enthusiast in this field should realize this boundary as the central to this discipline, It is where compilation in Software ends and interpretation in Hardware begins. It is obvious that such an Engineer would need to have intimate knowledge of the innards of the digital domain. Even if he aimed to become an Embedded Systems Programmer, He/She would need to have much greater familiarity with the Hardware subsystem than any applications programmer could hope to have. He would also need to have a close familiarity with the Tools that He uses to generate code.

Eligibility

B.E. / B.Tech in Electronics, Computer Science, Instrumentations and Electrical Engineering discipline with a minimum of 60% aggregate. Final year students with good Academic track record can also apply.
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Course Content  

 

Certificate Course in Embedded Systems

 

Module 1 - Embedded Systems Essential (ESE)

Concepts of Embedded Systems by comparing with Desktop PC. C and Data structures, hardware related C, Communicating through the I/O Ports from Turbo C etc., Electronics Basics through Digital. Introduction to VHDL programming, CPLD, FPGA.

 

Module 2 - Embedded Systems Design (ESD)

Design and development process of Embedded System using 8051, controller, design of 8051 flash programmer, 8051 Interfaces ADC / DAC / LCD / EEPROM / DS1307RTC etc., UART / I2C protocols and motor & object motion control using 8051, CMX scheduler, RTOS coding techniques. Embedded Networking with RCM3000 rabbit semiconductor. Dynamic C programming, Protocol development using TCP/IP libraries, network application development using RCM3000 and Dynamic C.

 

Module 3 - Embedded Systems Projects Development (ES – PD)

It Covers Linux Internals concepts, Modular programming / Serial / parallel port driver implementation. Complete firmware for 8051 including project design aspects and Hard ware Software co verification detailed development communicating to 8051 through PC and vis versa using serial port driver of the Linux system. It includes major interfaces and protocol implementations / UART i2C / wireless communication using IR.

 

Project Work

The Project work is an integral part of the course and it is carried out along with the course. Students are encouraged to implement their innovative ideas in the project.

 

Course Duration

The Course duration is 240 hrs. - 60 Working Days (inclusive of Project).

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