| |
| Advanced Embedded System (32-bit ARM Cortex) with RTOS &
Embedded Communication and Networking |
| |
Total duration - 100 hours of lectures and
practicals/hands-on. After this a mini-project will be undertaken by the
trainee based on the learnings of this course. The trainee would be
encouraged to design the project before implementing.
This training will turn you into an advanced Embedded Software/Firmware
developer on ARM Cortex based hardware. The RTOS knowledge will give you an
extra edge required in the Embedded job market
Hardware platform - NXP LPC1768. For more information visit - http://www.nxp.com/products/microcontrollers/cortex_m3/LPC1768FBD100.html |
| |
Introduction
This training program has been designed to provide thorough training on
Advanced C programming, ARM Cortex based microcontrollers and Real-Time,
Embedded Networking & Communication protocols and Operating Systems. This
training focuses on building software/firmware development skills of higher
end Embedded Systems and Products.
As the focus is only on 32-bit microcontrollers, this training will give
you the extra edge over most other job seekers. The reason being that most organizations
are looking for 32-bit programming skills in their future employees. Having
knowledge on only 8-bit platform is no longer sufficient to ensure a job in
most companies.
All the modules have ample hands-on and lab sessions, with more tutorials
provided for further study. Each topic in this course will be matched with
real-time experiments on the hardware kits. The course will end with a
project that would be conceptualized, designed, implemented and tested by the
trainees, with full guidance and support from the faculty.
|
Target audience for the program
This course is designed for those who already have good knowledge of
C/Embedded C but limited to 8-bit or 16-bit platforms and want to learn ARM
microcontroller, Embedded Networking
and Real-Time operating systems. Only for those who are serious about
a career in Embedded Systems domain. |
Prerequisites/Knowledge required
to attend this program
- C programming - Good knowledge of C is must
- Basics of Embedded Systems - Practical knowledge of any 8- or 16-bit
MCU/MPU
- Operating Systems basics
|
| |
Areas to be covered in this
program
- C Programming - Advance level
- ARM Cortex M3 - Architecture and Assembly Language Introduction
- NXP LPC1768 microcontroller based on ARM Cortex M3
- Embedded C for NXP LPC1768
- Design of Embedded Systems using NXP LPC1768
- Embedded Communication and Networking protocols - I2C, SPI, Ethernet,
USB
- Operating Systems & Real-Time Operating Systems - Linux, FreeRTOS
|
| |
| Content |
| |
| Advanced C (GCC on Linux and Keil C Compiler on Windows) |
| Pointers |
| Dynamic memory management |
| Structures and Unions, pointers to structures and unions |
| Design of data structures |
| Function pointers and arrays |
| Look-up tables, Hash tables |
| Stack, queue, list |
| |
| ARM Cortex M3/M4 microcontroller (Architecture, Assembly
and Embedded C) |
| ARM Architecture - 16-bit (Thumb mode) and 32-bit (ARM
mode), core registers |
| ARM Assembly Instructions |
| Keil MDK - IDE, features, |
| NXP LPC1768 -
System initialization, booting, internal peripherals |
| Developing device drivers for NXP LPC1768 peripherals and
also external peripherals |
| Writing Embedded applications for NXP LPC1768 |
| JTAG and debugging applications using JTAG |
| |
| Embedded Communication & Networking Protocols/Standards |
| Requirement of communication and communication protocols |
| Serial and parallel communication |
| Introduction to RS-232, SPI, I2C, Ethernet and USB protocols,
including packet/frame formats and message protocols |
| Design and Implementation of I2C and SPI driver and
applications |
| Design and Implementation of USB Device. Ex. Mouse,
Keyboard, Mass storage |
| |
| Operating Systems and Real-Time Operating Systems |
| Operating Systems - Basics and concepts |
| Linux Systems Programming |
| Introduction to Real-Time Operating Systems |
| FreeRTOS - Basics, features, writing Real-Time applications
using FreeRTOS |
| Porting FreeRTOS to
NXP LPC1768 |
| |
| |
| |
| |
| |
| |
| |
| |
| |
| |
|