INDUSTRIAL TRAINING IN EMBEDDED SYSTEMS & ROBOTICS

Embedded Systems & Robotics

Embedded Systems is simply the brain of the most of the electronics based systems to access, process, store and control the data. Few simple electronics circuits can be intelligently hardware designed without a microprocessor or microcontroller but is not worth the economics except for simple passive operations. So it's more or less must to put this so called silicon brain, which we engineers call as microcontroller in all electronics systems.

Embedded systems range in size from simple toasters and mini-robots to large-scale systems deployed in process control, manufacturing, power generation, defense systems, elecommunication systems, automotive systems, air traffic control, avionics, video-on-demand and video-conferencing systems. Embedded systems also differ from their conventional PC or workstation cousins in several ways.

“Any electronic system that uses a computer chip, but that is not a general-purpose workstation, desktop or laptop computer is an embedded system”

Why Training at ATL Education Foundation:

• ATL is a leader in Information Security.
• ATL has a strong network of 110+ centers all across the Globe.
• ATL is presented in Nations like South Africa, Egypt, Nigeria etc.
• Internationally Accredited certificates from IADL, UK & USDLA, US.
• An ISO 9001 & 27001 certified Company.
• ATL has trained over 128600 students all across the Globe.
• ATL is rated among TOP 5 IT Training Company by "THE WEEK MAGAZINE."
• ATL is presented in 18 Nations & 73 Cities.
• IEEE Projects available for all students.
• Flexible Schedule
• Project Based Training
• Multimedia Courseware (Books & CDs)

DURATION: 6 Months

COURSE CONTENT:

MODULE: INTRODUCTION TO EMBEDDED SYSTEMS 
Unit 1: Embedded Systems Overview
Unit 2: Embedded Systems Designs
Unit 3: Basic Machine Concepts 

MODULE: DIGITAL ELECTRONICS
Unit 1: Number systems and code conversions
Unit 2: Laws of Boolen Algebra
Unit 3: K-Map
Unit 4: Circuits
Unit 5: Latches and Flip-Flops
Unit 6: All about Counters
Unit 7: Memory Devices
Unit 8: Encoding Systems and Logic Arrays

MODULE: 8051-INTRODUCTION TO MICROCONTROLLERS 
Unit 1: Design Philosophies
Unit 2: Applications of a Microcontroller
Unit 3: Microcontroller 8051 

MODULE: EMBEDDED ROBOTICS 
Unit 1: Robotics
Unit 2: Applications of Robotics

MODULE: EMBEDDED SYSTEMS WITH C
Unit 1: C and Data Structure
Unit 2: Embedded C

MODULE: AVR
Unit 1: AVR
Unit 2: Hardware Description of AVR
Unit 3: AVR on Chip

MODULE: PRACTICAL APPLICATION USING MICROCONTROLLERS  
Unit 1: Introduction: Interfacing Components using Microcontrolles
Unit 2: Overview of Embedded C
Unit 3: LEDs
Unit 4: Interfacing of Seven Segment Display
Unit 5: Interfacing of Matrix Display
Unit 6: Interfacing of Keypad

MODULE: PIC
Unit 1: Introduction: World of Microcontrollers
Unit 2: PIC Microcontrollers
Unit 3: Instruction set for PIC18FXXX
Unit 4: PIC Microcontrollers I/O Pins
Unit 5: PIC Diagram in C
Unit 6: PIC18 Serial Port Programming
Unit 7: Interrupt Programming
Unit 8: Interfacing LCD Using PIC18

MODULE: EMBEDDED LINUX                                                         
Unit 1: Module Embedded Linux

MODULE: EMBEDDED OS
Unit 1: Basics of Operating systems                                                                                    
Unit 2: Embedded C

                                                                                                   

MODULE: ARM                                                                                                           
Unit 1: Introduction yo ARM                                                                                              
Unit 2: Types of ARM 

Source: www.atlfoundation.com