ARM CORTEX M0+

arm cortex embedded systems training chennai

arm cortex embedded systems training chennaiEmbedded Technology on ARM Cortex M0+ is a 1 & 3 month course for Engineering Students/ Engineering Graduates. Embedded training Course is mainly designed to provide a strong foundation in embedded systems and the role of Microcontroller/Microprocessor in embedded technology.

There is tremendous opportunity for embedded system developers in the IoT (Internet of Things) and Automation domain. Embedded systems will play an important role in Internet of Things (IoT) due to their unique features like real time computing, low power consumption, low maintenance and high availability which are key factors of Embedded Systems.

Embedded Systems at Cerebro Innovations enables the students to design, develop and integrate advanced embedded systems with different technology in various domain. Embedded systems can also involve collecting and analyzing large amount of real time data from distributed embedded devices through sensors,wireless devices etc.

The Cortex-M0+ controller builds on the very successful Cortex-M0 controller, retaining full instruction set and tool compatibility, while further reducing energy consumption and increasing performance. Along with the Cortex-M0 controller, the exceptionally small silicon area, low power and minimal code footprint of these controller enable developers to achieve 32-bit performance at an 8-bit price point, bypassing the step to 16-bit devices. The Cortex-M0+ controller comes with a wide selection of options to provide flexible development.

Embedded Training at Cerebro Innovations provides comprehensive theoretical and hands-on experience on developing smart Embedded Devices and makes students industry ready.

Target Audience:
Students with a background of BE / B.Tech in ECE /EEE/E&I/IC/ CSE /IT/Mechatronics/Msc Electronics and any other relevant streams.

Embedded Training is suitable for:

Embedded Training in ARM Cortex M0+ is enables engineering students who are from electronics, computers or mechanical domain to find an opportunity in Embedded Systems Development Industries. There is a growing demand for Embedded developers / Software Engineers, Data Scientists and Product Managers in the Industry.

Course Goal:
Students will become an Industry-ready embedded engineer by completing Embedded Training / Diploma in Advanced Embedded Technology certified course.

 SHORT TERM CERTIFIED COURSE IN EMBEDDED SYSTEM USING ARM CORTEX M0+ SERIES

Duration :  1 Month(3hrs/day)     Total : 60 Hours
Working Days : Monday to Saturday ( 10.00 AM to 3.00 PM ) 

Module 1 : INTRODUCTION TO EMBEDDED SYSTEM

  • Brief history of embedded system.
  • Why to learn embedded system.
  • Scope of embedded system.
  • Brief history of embedded system.
  • Evolution of Microcontroller and Microprocessor.
  • Different types of Microcontroller Architecture.
Module 2 : INTRODUCTION TO MICROCONTROLLER
  • Classification of Microcontroller.
  • Introduction of 32-bit ARM Microcontroller.
  • Basic Architecture of ARM CORTEX M0+.
Module 3 : INTRODUCTION TO LANGUAGES AND DEVELOPMENT TOOLS
  • C Programming language
  • Difference between C and Embedded C
  • Embedded C introduction.
  • Turbo C.
  • Keil IDE.
  • Flash Magic.
  • Docklight.
Module 4 : OVER VIEW OF LPC8XX MICROCONTROLLER
  • Demonstration of LED Program with LPC812 kit.
  • Description to GPIO of LPC812 Microcontroller.
  • Detailed description of Clock.
Module 5 : EMBEDDED C PROGRAMMING ON GPIO
  • LED Toggling
  • Logic gate implementation
  • Interfacing with IR sensor,PIR sensor,LDR
Module 6 : INTRODUCTION TO COMMUNICATION PROTOCOLS
  • Difference between serial communication and parallel communication.
  • Introduction to UART and USART.
  • Simple task in UART – DATA TX/RX
Module 7 : INTERFACING DIFFERENT MODULE WITH COMMUNICATION PROTOCOLS
  • GPS.
  • GSM.
  • Bluetooth
  • 6LoWPAN
Module 8 : WIRELESS COMMUNICATION AND IoT
  • Brief history of wireless communication.
  • RF module & Wifi module.
  • Introduction to IoT
  • Integration of varies Node using IoT
Module 9 : MINI PROJECTS

 CERTIFIED COURSE IN ADVANCED EMBEDDED SYSTEM USING ARM CORTEX M0+ SERIES

Duration :  1 Month(3hrs/day)     Total : 60 Hours
Working Days : Monday to Saturday ( 10.00 AM to 3.00 PM ) 

Module 1 : INTRODUCTION TO EMBEDDED SYSTEM

  • Brief history of embedded system.
  • Why to learn embedded system.
  • Scope of embedded system.
  • Roles of Microcontroller and Microprocessor .
  • Different types of Microcontroller Architecture.
  • Evolution of  Microcontroller.
Module 2 : INTRODUCTION TO 32 BIT MICROCONTROLLER
  • Classification of Microcontroller.
  • Introduction of 32-bit ARM Microcontroller.
  • Introduction to Various ARM Core
  • Introduction to  ARM Cortex M0+
  • Basic Architecture of ARM Cortex M0+.
  • Brief Introduction to Internal Features.
Module 3 : LANGUAGES AND DEVELOPMENT TOOLS
  • Turbo C.
  • Keil IDE.
  • Flash Magic.
  • Docklight.
Module 4 : BRIEF INTRODUCTION OF C-LANGUAGE
  • C Programming language- Data Types, Storage Classes, Function, Array Pointer Structure Union
  • Difference between C and Embedded C
  • Embedded C introduction.
  • Create projects in µVision IDE
  • How to flash program into Microcontroller
Module 5 : OVER VIEW OF LPC8XX MICROCONTROLLER
  • Demonstration of LED Program with LPC812 kit.
  • Description to GPIO of LPC812 Microcontroller.
  • Detailed description of Microcontroller Clocking.
  • Detailed descriptions about registers
  • Introduction to SYSCON
Module 6 : EMBEDDED C PROGRAMMING ON GPIO
  • LED Toggling
  • Logic gate implementation
  • Introduction to Digital and Analog Sensors
  • Interfacing with IR sensor,PIR sensor,LDR
  • Introduction to Timers in LPC8XX
Module 7 : INTRODUCTION TO COMMUNICATION PROTOCOLS
  • Difference between serial communication and parallel communication.
  • Introduction to UART and USART.
  • Difference between Interrupt method and Polling method.
  • Receive  Data using Interrupt method.
Module 8 : INTERFACING DIFFERENT MODULES USING UART
  • GPS.
  • GSM.
  • Bluetooth
  • 6LowPAN
  • Zigbee
Module 9 : INTRODUCTION TO I2C PROTOCOL
  • Introduction to I2C Serial Communication Protocol
  • How to set clock in I2C
  • Selecting a slave devices using address
Module 10 : INTERFACING DIFFERENT MODULES USING I2C
  • Displaying characters in 16×2 LCD
  • Interfacing Graphical LCD using I2C Protocol
  • Generating SIN WAVE using DAC
  • Selecting a slave devices using address
Module 11 : INTRODUCTION TO WIRELESS COMMUNICATION
  • Brief history of wireless communication.
  • Bluetooth module.
  • RF module.
  • Wifi module.
Module 12 : INTRODUCTION TO IoT
  • Introduction about IoT.
  • Interfacing WIFI- ESP8266
  • Multiple Device integration using IoT Technologies .
  • Node to Node Communication
  • Connect, Develop, and Deploy IoT Applications with Ubidots
Module 13 : MINI PROJECTS