Task Based Training

Task-1: LED Blinking – Program the Atmega 2560 microcontroller to blink an LED using Embedded C.

Task-2: Button-Operated LED – Program the microcontroller to turn an LED on/off using a button input.

Task-3: LCD Display – Interface an LCD display with the microcontroller and displayed a message using Embedded C.

Task-4: Sensor-Based Automation – Program the microcontroller to automate a task using sensor inputs (e.g., temperature sensor, ultrasonic sensor).

Task 5: Robot Navigation – Program the Firebird V robot to navigate through a maze using sensor inputs and Embedded C programming.

·         Encourages students to think critically and develop problem-solving skills.

·         Provides a fun and engaging learning experience, making complex concepts more enjoyable and accessible.

·         Helps develop a skilled workforce in robotics and automation, addressing the growing demand for skilled professionals in these fields.

·         Participants gained hands-on experience with the microcontroller’s architecture, including registers, timers, and interrupts.

·         Gain practical experience with Firebird V Robot, enhancing their understanding of robotics concepts.

·         Helps students develop essential robotics skills, such as programming, sensor integration, and motor control.

·         Hands-on training boosts students’ confidence and motivation to learn and explore new technologies.

·         Task-based training encourages students to think critically and develop problem-solving skills.