EECIT Kits User Manuals: Difference between revisions
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== | == Objectives == | ||
# <div style="text-align:left;">To <b>INTRODUCE</b> students to microcontroller programming and interfacing with digital and analog components.</div> | # <div style="text-align:left;">To <b>INTRODUCE</b> students to microcontroller programming and interfacing with digital and analog components.</div> | ||
# <div style="text-align:left;">To <b>EQUIP</b> students with skills for data acquisition and processing from various sensors (temperature, distance, etc.).</div> | # <div style="text-align:left;">To <b>EQUIP</b> students with skills for data acquisition and processing from various sensors (temperature, distance, etc.).</div> | ||
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== Experiments== | == Experiments With Arduino== | ||
* [[Experiment 1: Introduction to Arduino and Digital I/O Control]] | * [[Experiment 1: Introduction to Arduino and Digital I/O Control]] | ||
* [[Experiment 2: Analog Sensor Interfacing (Temperature Sensor -LM35)]] | * [[Experiment 2: Analog Sensor Interfacing (Temperature Sensor -LM35)]] | ||
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* [[Experiment 6: Data Logging Using Arduino and Excel (Serial Communication)]] | * [[Experiment 6: Data Logging Using Arduino and Excel (Serial Communication)]] | ||
* [[Experiment 7: Stepper Motor Control via Microcontroller]] | * [[Experiment 7: Stepper Motor Control via Microcontroller]] | ||
== Experiments With ESP32== | |||
* [[Experiment 1: Introduction to ESP32 and Digital I/O Control]] | |||
* [[Experiment 2: Analog Sensor Interfacing (Temperature Sensor -LM35) with ESP32]] | |||
* [[Experiment 3: Interfacing Potentiometer for Position Control Simulation with ESP32]] | |||
* [[Experiment 4: Interfacing IR or Ultrasonic Sensor for Distance Measurement with ESP32]] | |||
* [[Experiment 5: Controlling DC Motor Using Transistor Driver Circuit using ESP32]] | |||
* [[Experiment 6: Data Logging Using ESP32 and Excel (Cloud Communication)]] | |||
* [[Experiment 7: Stepper Motor Control via Microcontroller ESP32]] | |||
== Experiments Mapping with board == | |||
[[Media:eecit-syllabus-cognifront-kits-mapping.pdf|📄 Download Experiments Mapping (PDF)]] | |||
== Arduino IDE Installation Guide == | |||
[[Media:installing-arduino-ide.pdf|📄 Download Arduino IDE Installation Guide (PDF)]] | |||
Latest revision as of 06:45, 30 October 2025
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Ardiuno BoardContains: LDR, 4 LEDs, 4 Push Buttons, and a Buzzer. -
Sensor Actuator Board 1Contains: I2C LCD 16x2, LM35 Temperature Sensor, HC-SR04 Ultrasonic Sensor, Servo Motor, and a Potentiometer. -
Sensor Actuator Board 2Contains: Stepper Motor with Driver, DC Motor with Driver, ESP-01S WiFi Module, and SD Card Module.
Objectives
- To INTRODUCE students to microcontroller programming and interfacing with digital and analog components.
- To EQUIP students with skills for data acquisition and processing from various sensors (temperature, distance, etc.).
- To TEACH students motor control techniques using microcontrollers for precise actuation and automation.
- To ENABLE students to design and implement integrated systems that demonstrate real-world automation applications.
Experiments With Arduino
- Experiment 1: Introduction to Arduino and Digital I/O Control
- Experiment 2: Analog Sensor Interfacing (Temperature Sensor -LM35)
- Experiment 3: Interfacing Potentiometer for Position Control Simulation
- Experiment 4: Interfacing IR or Ultrasonic Sensor for Distance Measurement
- Experiment 5: Controlling DC Motor Using Transistor Driver Circuit
- Experiment 6: Data Logging Using Arduino and Excel (Serial Communication)
- Experiment 7: Stepper Motor Control via Microcontroller
Experiments With ESP32
- Experiment 1: Introduction to ESP32 and Digital I/O Control
- Experiment 2: Analog Sensor Interfacing (Temperature Sensor -LM35) with ESP32
- Experiment 3: Interfacing Potentiometer for Position Control Simulation with ESP32
- Experiment 4: Interfacing IR or Ultrasonic Sensor for Distance Measurement with ESP32
- Experiment 5: Controlling DC Motor Using Transistor Driver Circuit using ESP32
- Experiment 6: Data Logging Using ESP32 and Excel (Cloud Communication)
- Experiment 7: Stepper Motor Control via Microcontroller ESP32
Experiments Mapping with board
📄 Download Experiments Mapping (PDF)