Best Embedded Systems Training in Chandigarh Mohali Panchkula

Introduction to Basic Components

• Resistors, capacitors, inductors
• Diodes, transistors, and transformers
• Voltage regulator ICs (e.g., 7805, LM317)

Measuring Instruments

• Multimeters and oscilloscopes
• Practical usage for testing and debugging circuits

Power Supply Design

• Linear and switch-mode power supplies (SMPS)
• Designing a DC power supply circuit
• Voltage regulation and protection circuits

Introduction to Embedded Systems

• Definition and applications
• Embedded systems vs. general-purpose systems
• Components: Microcontrollers, sensors, actuators, and communication modules

Embedded Hardware Overview

• Microcontrollers vs. microprocessors
• Power supply and management in embedded systems
• Digital and analog signal basics

Development Tools and Environment

• IDEs: Arduino IDE, Keil, MPLAB, Thonny IDE
• Setting up development environments for microcontrollers

Embedded C Basics

• Syntax, data types, operators, and control structures
• Functions, arrays, and pointers
• Memory management and code optimization

MicroPython for Embedded Systems

• Introduction to MicroPython
• GPIO programming with MicroPython
• File handling and modules in MicroPython

Advanced Topics

• Interrupt handling and ISR
• Low-power modes and power optimization
• Communication protocols: UART, SPI, I2C

Hands-On Projects

• LED blinking and sequencing
• Interfacing with basic sensors (temperature, light, etc.)
• PWM-based motor control

Introduction to Robotics

• Definition and scope
• Types of robots: Industrial, mobile, humanoid, etc.
• Core components of robots: Controllers, sensors, actuators, and power systems

Mechanics of Robotics

• Degrees of freedom and kinematics
• Motors: DC, stepper, and servo motors
• Power transmission: Gears, belts, and chains

Hands-On Practice

• Building a basic robotic arm
• Introduction to 3D modeling tools for robot design

Microcontroller Overview

• Popular microcontrollers for robotics: Arduino, STM32, ESP32
• GPIO programming and interfacing
• Timers and counters for robotics applications

Robotics Projects

• Line-following robot
• Obstacle-avoiding robot
• Basic humanoid robot prototype

Simulation Tools

• Using Proteus for circuit and robot simulation

Sensor Interfacing

• Types of sensors: Ultrasonic, IR, accelerometers, gyroscopes
• Interfacing sensors with microcontrollers
• Data acquisition and processing

Actuator Interfacing

• Controlling DC and stepper motors
• Servo motor programming
• Pneumatics and hydraulics basics

Projects

• Autonomous navigation with ultrasonic sensors
• Gesture-controlled robot

8051 Microcontroller

• Overview of 8051 architecture and pin configuration
• Instruction set and addressing modes
• Programming using assembly and Embedded C
• Peripherals interfacing: LEDs, switches, sensors, and timers
• Mini-project: Basic home automation system

PIC Microcontroller

• PIC architecture and key features
• Understanding MPLAB IDE and XC8 compiler
• Configuration of timers, ADCs, and interrupts
• Interfacing peripherals: Sensors and actuators
• Mini-project: Temperature-controlled fan system

AVR Microcontroller

• Introduction to AVR architecture and ATmega series
• GPIO programming and peripheral interfacing
• Power optimization techniques for AVR systems
• Applications in real-time scenarios
• Mini-project: Data logger using AVR

ARM Microcontroller

• ARM Cortex-M series architecture and features
• Keil IDE setup and project configuration
• Real-time operating systems (RTOS) basics
• Advanced applications in robotics and IoT
• Mini-project: Robotic arm control using ARM

Wired Communication Protocols

• UART, SPI, I2C: Concepts and applications
• Interfacing multiple devices using wired protocols
• Practical examples with sensors and actuators

Wireless Communication Protocols

• Bluetooth, Zigbee, LoRa: Concepts and use cases
• Wi-Fi for IoT and robotics applications
• Configuring ESP8266/ESP32 for wireless communication

Hands-On Projects

• Wireless sensor network using Zigbee
• Bluetooth-controlled robotic car

Networking Protocols

• TCP/IP and HTTP for IoT applications
• MQTT and CoAP for resource-constrained systems
• Practical implementation of client-server architecture

Advanced Wireless Technologies

• Cellular communication for IoT (e.g., GSM, NB-IoT)
• Mesh networks for robotics and IoT applications
• Real-time data transmission and remote control

Hands-On Projects

• IoT-enabled robot with real-time monitoring
• Remote data acquisition and visualization using MQTT

IoT Basics for Robotics

• Overview of IoT protocols: MQTT, HTTP
• Networking for robots: Wi-Fi and Bluetooth
• Cloud platforms for robotic data logging and control

IoT-Enabled Robotics Projects

• Internet-controlled robot
• Remote monitoring and control of robotic systems
• Real-time data visualization with cloud integration

PCB Design Basics

• Introduction to PCB design tools
• Creating schematics and layouts
• Multi-layer PCB design techniques

Practical Implementation

• Fabricating PCBs for robotic systems
• Soldering and assembling components
• Testing and debugging PCBs for robotic applications

Capstone Project

• Develop a comprehensive robotic system integrating multiple modules from the course.
• Examples: Warehouse automation robot, AI-powered surveillance bot, robotic arm for pick-and-place tasks

Industry Readiness

• Case studies of robotics in various sectors
• Resume building and portfolio creation
• Interview preparation and mock sessions

• Weekly quizzes and assignments
• Module-end mini projects
• Final capstone project evaluation
• Certification of Completion from ThinkNEXT Technologies Private Limited

• Microcontrollers: Arduino, ESP32, STM32, 8051, PIC, AVR, ARM Cortex
• Sensors and actuators: Ultrasonic, IR, gyroscopes, motors
• Software: Arduino IDE, Proteus, MPLAB, Keil, OpenCV
• Hardware kits: Robotic chassis, motor drivers, development boards