ADVANCED EMBEDDED SYSTEM COURSE MODULE
Module II : Essentials of Electrical Flow
- Introduction.
- Laws – KVL, KCL.
- Mesh, Nodal Analysis
- Network theorems
- Voltage Divider and Current Divider.
- Resistor Networks (Star – Delta).
Module III : A Guide to Basic Electronics
- Introduction.
- PN Junction, Zener Diode
- BJT - operation, models, and applications.
- FET - operation, models, and applications.
- Op-amp model and applications.
Module IV : Foundations of Microprocessors
- Architecture of 8085
- Signed and unsigned numbers
- Addressing modes
- Assembler directives
- Intro to Architecture of 8086
Module V : Microcontrollers
- Understanding MCU memory map.
- MCU bus interfaces.
- Understanding MCU clock tree.
- Vector table
- Interrupt design.
Module VI : Smart Sensing and Actuation in Embedded Systems
- Introduction to Sensors and Actuators.
- Sensor Interfacing and Data Acquisition.
- Common Sensor Types and Their Applications.
- Actuator Control in Embedded Systems.
- IoT Integration for Sensors and Actuators.
Module VII : Introduction to UNIX and Version Control for Embedded Systems
- Introduction to UNIX-based Systems
- Directory Structure and File System Navigation
- Essential Utilities and Commands
- Introduction to Vi Text Editor
- Introduction to Version Control System
- Git Basics
- Branching and Merging
- Collaborative Development with Git
- Makefile for Embedded Systems
- Git for Bug Tracking and Issue Management
Module VIII : Introduction to C
- Exploring C
- Basic Concepts.
- Operators and Expressions.
- Control Structures.
- Arrays and string.
- Functions.
- Structures and unions in POINTERS
- Input and Output Functions in C
- Preprocessors
- C - Scope Rules
- Miscellaneous
Module IX : Data Structures – In-Depth Concepts and Implementation
- Linked Lists.
- Stacks and Queues.
- Trees.
- Graphs(Introduction)
Module X : Unlocking Embedded System Interfaces
- Understanding and Working with Peripherals in Embedded Systems.
- GPIO (General Purpose Input/Output) Basics and Configuration
- Off-Chip Protocols(UART,SPI,I2C,CAN ).
- ADC ,DAC,PWM, Interrupts , Timers and NVIC (Nested Vectored Interrupt
Controller), DMA
Module XI : Embedded Explorations
- Embedded vs. General-Purpose Systems
- Basic Components of Embedded Systems
- Bare-Metal Programming in Embedded Systems
- Challenges in Embedded Systems Design
- Applications of Embedded Systems
Module XII : Embedded Linux Fundamentals
- Introduction to Embedded Linux.
- Setting Up the Development Environment.
- Building a Linux Kernel for beagle bone.
- GPIO Control
- Yocto Basics
- Device Drivers
- File Systems in Embedded Linux.
- Interfacing Hardware with Linux.
- Debugging and Optimization Techniques
Module XIII : Advanced RTOS Techniques
- Introduction to Real-Time Operating Systems (RTOS)
- Understanding FreeRTOS Basics
- Task Management & Scheduling
- Inter-task Communication & Synchronization
- Timers and Delays in RTOS
- Debugging RTOS Applications
Module XIV : Advanced CPP Programming Concepts and Implementation
- Introduction to C++ and its Applications
- Control Structures and Flow Control
- Functions and Parameter Passing
- Object-Oriented Programming (OOP) Basics
- Advanced OOP Concepts
Module XV : Designing Embedded Applications with Qt
- Introduction to Qt for Embedded Systems.
- Qt Widgets for Embedded GUI Development.
- Qt Quick for Embedded Systems.
- Cross-Platform Development with Qt.
- Advanced Topics in Embedded Qt
Module XVI : Professional Development & Industry Readiness
Soft Skills Enhancement :
- Effective Communication Skills
- Problem-Solving & Critical Thinking
- Teamwork & Collaboration
- Time Management & Organizational Skills
- Self-Motivation & Independent Learning
- Adaptability & Resilience
Technical Evaluation & Practical Exposure:
- Hands-on Embedded Systems Projects
- Module-Wise Assessments & Concept Reinforcement
- Mock Interviews & Industry-Oriented Evaluations
- Resume Building & Career Guidance