embedded courses

Embedded Course

TECHNICAL DETAILS of

Proposed Training Programme

Course 1: ‘Embedded Design using 89C51 Microcontrollers’

Course Overview

The use of microcontrollers is expanding rapidly in all most all fields including instrumentation, control, communication, medical instruments etc. Microcontrollers are replacing older analog designs to get better application flexibility and programming features, lower power consumption, reduced footprint, improved safety and reliability and so on.

Variety of microcontrollers is available based on the different architectures and specifications of the microcontrollers. It has become necessary for the students and professionals to get acquainted with design and development of products using microcontrollers. Apart from standard 8 bit microcontrollers, PIC microcontroller series from Microchip has gained popularity due to its low power consumption, EMI/EMC compatibility, noise immunity and easy availability of products and software tools.

The proposed course is recommended for Electronics, Electrical, Instrumentation, Computer engineers and for all those interested in working in the embedded design field. The course is designed to cover architecture, hardware and software, programming, interfacing, communication and application engineering etc. The course is planned in such a way that student gets hands on practice along with the theory. This boosts the confidence by working on the latest hardware and software platforms to take on challenges of the real world.

The requirement of embedded design engineers is increasing exponentially and there is shortage of manpower having specialized skills. This course is therefore providing a big opportunity for the aspiring candidates who wish to escalate their career to new height. Eminent industry professionals have stressed the need of this course and the syllabus is based on the feedback received from various industries.

‘Embedded Design using 89C51 Microcontrollers’

Module 1:

Introduction to Embedded System Design, 8051 Architecture: Instruction Set, Addressing Modes, I/O Ports usages, Introduction to Assembler, Assembly language programming concepts, “C” programming, introduction to Keil IDE and Cross-compiler

Lab: Introduction to Keil software, kit and how to use keil. Embedded “C” programming

Interfacing concepts, interfacing of single LED, single key, 7-segment LED, Shift Register type 7-segment LED (Serial LED’s), LCD, matrix keyboard.

Lab: based on above interfacing techniques.

Test 1 : (10 credits)

Module 2:

Timer/Counter programming, Interrupts

Lab: based on above concepts

Serial Communication, RS-232, Rs-485 interfacing concepts.

Lab: based on above concepts.

Test 2 : (10 Credits)

Module 3:

ADC, DAC, LM35, Stepper Motor, buzzer and Relay interfacing.

Lab: based on above concepts.

I2C, RTC, E2PROM and infrared sensor (Remote) interfacing

Lab: based on above concepts.

Course 2: ‘Embedded Design using PIC Microcontrollers’

Course Overview

‘Embedded Design using PIC Microcontrollers’

Module 1:

PIC 16FXX series architecture, pipelining, register file concepts, different types of oscillators, memory organization, paging and banking, Instruction Set, addressing modes, Introduction to MPLAB software (IDE), MPASM

Lab: Introduction to MPLAB, PIC kits, how to use MPLAB, program debugging.

Bit related and Byte related instructions and their use.

Module 2:

I/O ports, Timers and interrupts and their use.

Lab: based on above concepts

UART, on-chip ADC and their use, Macros

Lab: based on above concepts

Module 3:

PIC 18F xx series and DSPIC introduction and applications

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