Embedded System Training In OMR – Sholinganallur – Chennai

Automation Minds Embedded system training in Chennai located in Adyar, OMR, Tambaram and Annanagar to freshers and Working professionals. Learn Embedded system from the Best Embedded system Training Institute in Chennai with certification and Job placements.

Automation Minds is a leading provider of Embedded systems Training in Chennai is intended to introduce students to the design and analysis of computational systems which interact with physical processes.

ABOUT TERADATA TRAINING COURSE

Certified Embedded Engineer [15 Days]
Embedded Systems Programmer [30 Days]
Embedded Application Development Engineer [45 Days]
Post Graduate Diploma In Embedded Systems [60 Days]

CERTIFIED EMBEDDED ENGINEER [ 15 DAYS ]

MODULE 1: EMBEDDED SYSTEM INTRODUCTION

Introduction about PLDs
Introduction about Microprocessors
Introduction about Signal processing and Data processing
Introduction about Micro controllers
Microcontroller classifications
Introduction about 8051 Microcontroller
Introduction about ARM Controllers

MODULE 2: APPLICATION DEVELOPMENT

Introduction about 805X and Interface
Introduction to Advance RISC Machine

MODULE 3: LANGUAGE AND TOOLS

Introduction to Embedded C programming
Intro about KEIL IDE

EMBEDDED SYSTEMS PROGRAMMER [30 DAYS]

MODULE 1: EMBEDDED SYSTEM INTRODUCTION

Introduction to PLDs
Introduction to Microprocessors
Introduction to Signal processing and Data processing
Introduction to Mixed signal Processing
Introduction to Micro controllers
Microcontroller classifications
Introduction to 8051 Microcontroller
Introduction to PIC Microcontrollers
Introduction to MSP430 Microcontroller
Introduction to ARM Controllers
Introduction to System On Chip(SoC)

MODULE 2: APPLICATION DEVELOPMENT ON 8051

Applications using External Peripherals

Interfacing of LEDs
Interfacing seven segment display,
Interfacing of LCD
Matrix Key-pad scanning
I2C device Interfacing.
External RTC
External EEPROM

MODULE 3: APPLICATION DEVELOPMENT ON ARM-7

Internal Peripheral Applications

Introduction to Advance RISC Machine
JTAG
SPI
UART
I2C
PWM
Vectored Interrupts
On-Chip ADC/DAC
RTC

MODULE 4: LANGUAGE AND TOOLS

Introduction to Embedded C programming

Data types, Qualifiers and Operators
Loop control and Functions
Array, Strings and Classes
Pointers and Structures
Arithmetic operations, and Type casting,
Call by Value, Call by Reference and Dynamic memory allocation.

Intro to KEIL IDE
Servo motor Drive Interface
Stepper Motor Drive Interface
Interfacing of LCD Interface
Interfacing of LEDs Interface
Matrix Key-pad Interface

EMBEDDED APPLICATION DEVELOPMENT ENGINEER [45 DAYS]

MODULE 1: EMBEDDED SYSTEM INTRODUCTION

Introduction to PLDs
Introduction to Microprocessors
Introduction to Signal processing and Data processing
Introduction to Mixed signal Processing
Introduction to Micro controllers
Microcontroller classifications
Introduction to 8051 Microcontroller
Introduction to PIC Microcontrollers
Introduction to MSP430 Microcontroller
Introduction to ARM Controllers
Introduction to System On Chip(SoC)

MODULE 2: APPLICATION DEVELOPMENT ON 8051

Applications using Internal Peripherals

Architecture
Memory
Addressing Modes
Instruction set
Timers/Counters
Stop watch
UART

Applications using External Peripherals

Interfacing of LEDs
Interfacing seven segment display
Interfacing of LCD
Matrix Key-pad scanning
I2C device Interfacing.
External RTC
External EEPROM

MODULE 3: APPLICATION DEVELOPMENT ON ARM-7

Internal Peripheral Applications

Introduction to Advance RISC Machine
JTAG
SPI
UART
I2C
PWM
Vectored Interrupts
On-Chip ADC/DAC
RTC

MODULE 4: LANGUAGE AND TOOLS

Introduction to Embedded C programming

Data types, Qualifiers and Operators
Loop control and Functions
Array, Strings and Classes
Pointers and Structures
Arithmetic operations, and Type casting,
Call by Value, Call by Reference and Dynamic memory allocation

Intro about KEIL IDE
Servo motor Drive Interface
Stepper Motor Drive Interface
Interfacing of LCD Interface
nterfacing of LEDs Interface
Matrix Key-pad Interface

MODULE 5: REAL TIME OPERATING SYSTEM

Define Real Time Operating Systems (RTOS)
Comparison between normal (traditional) OS and Real Time OS
Why RTOS is required in Embedded systems

POST GRADUATE DIPLOMA IN EMBEDDED SYSTEMS [60 DAYS]

MODULE 1: EMBEDDED SYSTEM INTRODUCTION

Introduction to PLDs
Introduction to Microprocessors
Introduction to Signal processing and Data processing
Introduction to Mixed signal Processing
Introduction to Micro controllers
Microcontroller classifications
Introduction to 8051 Microcontroller
Introduction to PIC Microcontrollers
Introduction to MSP430 Microcontroller
Introduction to ARM Controllers
Introduction to System On Chip(SoC)

MODULE 2: APPLICATION DEVELOPMENT ON 8051

Applications using Internal Peripherals

Architecture
Memory
Addressing Modes
Instruction set
Timers/Counters
Stop watch
UART

Applications using External Peripherals

Interfacing of LEDs
Interfacing seven segment display,
Interfacing of LCD
Matrix Key-pad scanning
I2C device Interfacing.
External RTC
External EEPROM

MODULE 3: APPLICATION DEVELOPMENT ON ARM-7

Internal Peripheral Applications

Introduction to Advance RISC Machine
JTAG
SPI
UART
I2C
PWM
Vectored Interrupts
On-Chip ADC/DAC
RTC

External Peripheral Applications

Interfacing Relay
Interfacing Buzzer
Interfacing pushbuttons
Power electronics drives control
DC motor Drive
Servo motor Drive
Stepper Motor Drive
Sensors

MODULE 4: LANGUAGE AND TOOLS

Introduction to Embedded C programming

Data types, Qualifiers and Operators
Loop control and Functions
Array, Strings and Classes
Pointers and Structures
Arithmetic operations, and Type casting,
Call by Value, Call by Reference and Dynamic memory allocation

Intro to KEIL IDE
Servo motor Drive Interface
Stepper Motor Drive Interface
Interfacing of LCD Interface
Interfacing of LEDs Interface
Matrix Key-pad Interface

MODULE 5: REAL TIME OPERATING SYSTEM

Define Real Time Operating Systems (RTOS)
Comparison between normal (traditional) OS and Real Time OS
Why RTOS is required in Embedded systems
How RTOS helps to increase the scalability
Basic architecture
Types and features
Hard time systems
Real time kernels
Multitasking techniques
Time and memory management
Real time scheduling.