Embedded Systems Training
Introduction to Embedded Systems
Understand the fundamentals of embedded systems, including their definitions, key characteristics, and the differences between embedded systems and general-purpose computers.
Embedded System Architecture
Learn about the architecture of embedded systems, including microcontrollers, microprocessors, memory, and I/O interfaces. Explore how these components work together to form a complete embedded system.
Embedded System Design
Study the design principles and methodologies for developing embedded systems. Learn about system requirements, design considerations, and development tools used in embedded system design.
Programming Embedded Systems
Explore programming techniques for embedded systems. Learn about programming languages such as C and C++, and understand how to write efficient code for embedded applications.
Hardware-Software Integration
Discover the process of integrating hardware and software in embedded systems. Learn about interfacing with hardware components, writing device drivers, and managing hardware-software interactions.
Real-Time Operating Systems (RTOS)
Understand the role of real-time operating systems in embedded systems. Learn about task management, scheduling, and real-time constraints.
Embedded System Development Tools
Learn about various development tools used in embedded systems, including compilers, debuggers, and emulators. Explore how these tools facilitate the development and testing of embedded applications.
Networking and Communication
Explore networking and communication protocols used in embedded systems. Learn about serial communication, network interfaces, and wireless communication methods.
Power Management and Optimization
Study techniques for power management and optimization in embedded systems. Learn how to design low-power systems and optimize performance for battery-operated devices.
Case Studies and Practical Applications
Engage in case studies and practical exercises to apply embedded systems concepts. Work on real-world projects to design, develop, and deploy embedded systems solutions.
Embedded Systems Syllabus
1. Embedded Basics
- What is an Embedded System?
- Embedded Applications and Functions
- Embedded Design Constraints
- Components of Embedded Hardware and Software
- Building Blocks of an Embedded Project
- Hardware and Software Embedded Tools
- Introduction to Embedded C
- Microcontrollers & Microprocessors
- Real-Time Systems (RTS)
- Real-Time Operating Systems (RTOS)
- Sample Embedded Hardware Schematic Creation
- Sample Embedded C Program
2. Specific Processor Architectures and Controllers
- Introduction to 8/16/32-bit Controllers (e.g., 8051, PIC)
- Microchip’s PIC® Microcontrollers and MCU Family
- Introduction to Embedded C
- Working with PIC 16F877A using Embedded C
- MPLAB IDE with CCS and Hi-tech Compiler Suite
- Serial Programming and In-Circuit System Programming (ICSP) with 16F877A
- Working with System Peripherals: I/O, Timers, PWM, ADC, CCP, UART, RTC, WDT of PIC 18F877A
- Debugging with PICKIT 2
- Interfacing: LEDs, LCDs, Matrix Keypad, Multiplexed 7-Segment Display, Relay, and Motor
3. Embedded Application Development
- Working with Communication Protocols: SPI, I2C, CAN with PIC16F877A
- Project Development using PIC 16F877A/AT89C51
4. Linux Kernel
- Introduction to the Linux Kernel
- Linux Kernel Sources
- New Features in Linux Kernel (2.6.x)
- Linux Kernel Command Usage
- Files and Process Subsystems in the Linux Kernel
- Memory Management in the Linux Kernel
- Inter-Process Communication
- Interrupts
- Time and Timers
- Creating Libraries
- Kernel Synchronization
- Kernel Parameters
- Kernel Configuration and Compilation
- Conceptual Understanding of Device Drivers
Training
Basic Level Training
Duration : 1 Month
Advanced Level Training
Duration : 1 Month
Project Level Training
Duration : 1 Month
Total Training Period
Duration : 3 Months
Course Mode :
Available Online / Offline
Course Fees :
Please contact the office for details