kLab Academy

Introduction of embedded systems

Role Of Embedded System in Daily Life

Creating an Account on TinkerCAD

Concepts of voltage, current, and resistance.

Introduction to Ohm's Law.

Building a simple circuit with a battery, resistor, and LED in Tinkercad

Introduction to capacitors

Introduction to inductors

Differences between series and parallel circuits.

Functions and layout of a breadboard

Transferring a schematic diagram to a breadboard layout

Building a functioning circuit on a virtual breadboard in Tinkercad.

Using a multimeter to measure Current in Tinkercad.

Using a multimeter to measure resistance in Tinkercad.

Using a multimeter to measure voltage in Tinkercad.

Basics of using an oscilloscope in Tinkercad

Basics of using an oscilloscope in Tinkercad

Types of batteries and power supplies

Selecting appropriate power sources for different circuits

Safety considerations when working with electricity.

Introduction to digital vs. analog signals.

Understanding binary numbers and how digital signals represent information

Exploring basic digital components in Tinkercad: switches, LEDs, and binary displays

Introduction to logic gates: AND, OR, NOT, NAND, NOR, XOR, XNOR

Understanding truth tables and how they apply to logic gates.

Overview of microcontrollers, focusing on the Arduino platform in Tinkercad

Understanding the Arduino IDE and its components.

Introduction to C/C++ programming concepts: variables, data types, and control structures (if statements, loops)

Introduction to sensors and actuators

Reading sensor data and controlling actuators using Arduino.

Exploring more advanced I/O features: analog inputs, PWM outputs

Understanding how to use analogRead() and analogWrite() in Arduino

Skills survey