Course:
Foundation Course on Robotics & Electronics
Duration:
1 Month
Target: Beginners, hobbyists, or students looking for a fast-paced introduction to practical electronics and basic automation.
1. Curriculum Overview
Module 1: Fundamental Electronics & Circuit Logic
- Understanding basic electronic components (resistors, capacitors, transistors, and LEDs).
- Learning how to safely use breadboards for prototyping without soldering.
- Using multimeters to measure voltage, current, and troubleshoot simple circuits.
Module 2: Introduction to Microcontrollers & Visual Programming
- Introduction to entry-level microcontrollers and development environments.
- Understanding basic programming logic: inputs, outputs, loops, and conditions.
- Writing code to control physical objects (blinking LEDs, tone generation, and basic displays).
Module 3: Actuators, Sensors & Smart Automation
- Interfacing basic sensors (light, ultrasonic distance, and motion sensors).
- Controlling physical motion using small DC and servo motors.
- Combining sensors and motors to build reactive, automated systems.
2. What Students Get (Deliverables)
1. Starter Electronics Kit
A foundational hardware kit including an entry-level microcontroller board, a breadboard, jumper wires, a selection of essential sensors, LEDs, and small motors.
2. Guided Lab Worksheets
Step-by-step digital visual guides and basic code templates for quick deployment.
3. Interactive Practical Sessions
Focused lab hours with immediate instructor support to ensure successful project wiring and execution.
3. Key Course Outcomes
- Confidence in reading basic circuit diagrams and assembling physical hardware prototypes safely.
- Fundamental understanding of how software logic controls physical hardware.
- Completion of 4 guided practical lab milestones and 1 simple smart-automation project
(e.g., an obstacle-avoiding vehicle or a smart home lighting prototype).
