Training Programmes on Offer

  

A UNIQUE PROGRAM WITH HANDS ON TRAINING & STIPEND.

POST GRADUATE DIPLOMA IN EMBEDDED SYSTEM DESIGN
 
Considering the vast scope in EMBEDDED SYSTEMS, ranging from telecom to medical to consumer electronics to aerospace, the demand for Embedded Systems Engineers for product development and application, will continue to grow in the years to come.
 
Professionals trained in Embedded Systems Technologies are rare and highly sought after group in the recruitment marketplace.
 
Realizing the growth and promise of embedded systems in day-to-day life and the need for trained manpower in this promising area, KITES has launched a unique PG Diploma Program in EMBEDDED SYSTEM for Engineering students who wants to upgrade their technical skills and excel in Embedded domain
 
What are the different career paths in Embedded domain
 
-ASIC designer
-Hardware designer
-Board Support Package developer
-Protocol development engineer
-Developing industrial automation solutions
-Customized device drivers for a particular device
-Embedded Systems Developers/Designers/ Engineers
-Product Designers, Engineers and Architects.
 
SELECTION OF CANDIDATES AND HR DETAILS
 
1. Eligibility M.E./M.Tech or B.E./B.Tech in Electronics/Electronics & Communication/ Electrical/Instrumentation/Biomedical/Computer Science/Information Technology or MSc in Electronics/ Instrumentation/ Computer Science/Information Technology.
2. Selection of candidates Selection of candidates will be based on their marks in the qualifying examination, admission test and technical interview conducted by KITES Embedded Solutions subject to eligibility and availability of seats.
 
HR DETAILS
 
1. Designation The candidates shall be designated as junior R&D Engineer and shall be provided with offer letter mentioning the job details.
2. Stipend The selected candidates shall be eligible for a stipend of Rs. 2500/-pm after the completion of 1st Month.
3. Employee Code of Conduct The selected candidates should abide by the HR policies of the organization and should not have any other business interest while working with the organization.
4. Experience Certificate After completion of the training successfully, candidates shall be eligible for experience certificate for 5 months provided the candidates meet the HR and technical requirements specified by the company
 
 
Syllabus in a Nutshell
 
1. Operating System Basics and Networking Fundamentals
2. C Language in Linux Environment (The GNU Compiler Collection)
3. Microcontrollers 8051 and PIC
4. Advanced Microcontrollers-ARM
5. Linux and Device Drivers
6. MATLAB+Simulink
7. Embedded Product Design
 
 
Other information’s
 
1. Certificate The Post Graduate Diploma certificate shall be issued to only those who complete the course successfully and produce original or provisional degree certificate and complete mark list
2. Number of seats 15-30 in each batch
3. Interim Batch The candidates can also apply for interim batch whose university examination is delayed or postponed.
 
 
IMPORTANT DATES
 
COMMENCEMNT OF ON THE JOB TRAINING PROGRAM IN EMBEDDED SYSTEMS
 
BATCH 1: 06/06/2012
 
BATCH 2: 08/08/2012
 
 
ENTRANCE TEST & TECHNICAL INTERVIEW
 
ALL SATURDAY AND SUNDAYS FROM FEBRUARY 2012 – JUNE 2012
 
The candidates interested to appear for the test and interview, can either collect registration card from the office directly or confirm the entrance test date by sending email to emb@kitesnet.com
 
For details contact: 9846700726, 04842345686

 

   

MATLAB AND IMAGE PROCESSING .
 
Modules Session Topics covered
Module Theory Matlab and simulink basic definitions and applications
What are the difference of matlab and lab view.
Modeling and its usage.
The advantages of matlab,
Disadvantages of matlab
A new language called array language.
Why engineers looking matlab as first option for designing
Lab Lab Sessions
  Theory

Matlab basics part 1

Data types
Operators
Loops
Conditional statements
Methods and sample string programs
String array
Functions and constructors
Matrix functions
Lab Inital Lab Sessions
  Theory

Matlab basics part 2

Simple plotting commands
Customization of plots
Data types
Flow control
Relational operations
Lab Lab Sessions
  Theory
How to make Matlab projects and products About m-file
Scripts
Functions, types of functions
Arrays of anonymous functions

Lab Lab Sessions
Lab Lab Sessions
  Theory Discussion with students regarding project and its importance
Theory Matlab in image processing

Colour processing
Commonly available formats
Types of digital images
Image file sizes
Image perception
  Lab Lab Sessions
Theory

Image processing part 2
Greyscale image, rgb images
Indexed colour images
Data types and conversions
Basics of image display, spatial resolution
  Lab Lab session
Theory

Image processing part 3

Point processing
Arithmetic operations, complements
Histograms
Filtering in matlab
Edge sharpening, the fourier transform
  Lab Lab session
Theory

Image processing part 4

Morphological operations
Morphological operations on binary images
Dilation, erosion
Opening, closing
Some morphological algorithms
  Lab Lab session
Theory


Selection of project from list

Lab Lab session and discussion

 

KITES CERTIFIED COURSE IN PIC MICROCONTROLLER.
 
Modules Session Topics covered
Module 1 Theory Introduction to PIC Microcontrollers Addressing Modes
Configuration, memory organization
Instruction sets.
Basic assembly programming
Module 2 Theory Introduction to MPLAB IDE,
Introduction to Hi-Tech PICC and CCS compilers,
Programming in C/Assembly for PIC controllers,
I/O port and USART programming
Lab Familiarization of MPLAB IDE
Tool suits, Basic programs
Module 3 Theory I/O port Programming,
LED interfacing- blinking, to and fro motion
Lab Connect 4 LEDs with the controller,
Connecting the microcontroller with the PC,
Transmitting a character to the PC from micro-controller after
receiving a specific character from the PC
 Module 4 Theory Interfacing 7 segment Display to the microcontroller.
Lab Setup a two digit counter using seven segment displays
Module 5 Theory Liquid Crystal Display (16X2 LCD). Pin-out
Registers
Commands
Lab Setup an LCD display,
Display your name in first raw and your age in second raw
Module 6 Theory Uni-polar stepper motor,
Stepper motor drive circuits
Full step drive,
Half-stepping
Wave drive
Lab Setup a stepper motor
Implement full step, half step, and wave drive
 Module 7 Theory Switch interfacing,
3X4 matrix key board,
Interrupt programming.
Lab Setup a password based door opening system (prototype)
Using key-board and stepper motor
Module 8 to
Module 9 		Theory I2C, Timer, ADC,
Internal and external EEPROM programming.
Lab Setup a timer for 1 second delay,
Setup the ADC , write and read the EEPROM
Module 10 Lab I2C implementation using Real Time Clock (RTC).
Implementing temperature monitoring system using LM35

Eligibility (Seats limited )

*MSC Electronics B.Tech (ECE/EEE/CS/E&I/AE/IT), /BSC electronics, Diploma
Final year students who are looking for placement in electronics based industries can also apply for this professional course.

    No criteria for admission

KITES CERTIFIED PROGRAM IN 8051 MICROCONTROLLER.
 
Modules Session Topics covered
Module 1 Theory Introduction to Microcontrollers.
8051: Summary of features
Architecture
Pin Description
Memory organization
Ports, Registers
Register banks and stack
8051 Addressing Modes
Instruction sets.
Module 2 Theory Introduction to Keil IDE
Programming in C/Assembly for 8051 microcontrollers
Basic programming using assembly.
Lab Familiarization of Kiel IDE
Basic assembly programs like Addition, Subtraction, AND,
Shifting operations, etc.
Module 3 Theory I/O port Programming
LED interfacing- blinking
To and fro motion
USART programming.
Lab Connect 4 LEDs with the controller
Connecting the microcontroller with the PC
Transmitting a character to the pc from micro-controller after receiving a specific character from the PC.
 Module 4 Theory Interfacing 7 segment Display to the microcontroller.
Lab Setup a two digit counter using seven segment displays.
Module 5 Theory Liquid Crystal Display (16X2 LCD).
Pin-out Registers
Commands
Lab Setup an Lcd display
Display your name in first raw and your age in second raw
Module 6 Theory Unipolar stepper motor
Stepper motor drive circuits
Full step drive
Half-stepping
Wave drive
Lab Setup a stepper motor
Implement full step, Half step, and wave drive
 Module 7 Theory Switch interfacing,
3X4 matrix key board,
Interrupt programming.
Lab Setup a password based door opening system (prototype)
using key-board and stepper motor
Module 8 to Module10 Theory I2C -Inter IC(Communication protocol)
Lab I2C implementation using Real Time Clock (RTC).

Eligibility (Seats limited )

* MSC Electronics B.Tech (ECE/EEE/CS/E&I/AE/IT), /BSC electronics, Diploma
Final year students who are looking for placement in electronics based industries can also apply for this professional course.

  No criteria for admission
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