Description

Course Structure

Module 1: Introduction to CubeSat Technology (1 Hour)

Topics Covered:

• What is a CubeSat? Applications and real-world missions.
• Overview of provided components and their functions.
• Understanding 1U CubeSat design and modularity.

Activities:

• Identifying and inspecting components of the CubeSat kit.

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Module 2: Assembling the CubeSat Structure (1.5 Hours)

Topics Covered:

• Basics of CubeSat structural design and assembly.
• Handling and securing 3D printed parts.

Activities:

• Assemble the CubeSat frame using nuts, bolts, and 3D printed parts.
• Ensure structural stability and modularity.

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Module 3: Sensor Integration and Data Capture (2 Hours)

Topics Covered:

• Role of sensors in CubeSat missions.
• Interfacing the ADXL335 accelerometer, BMP280 pressure sensor, and LDRs with ESP32.

Activities:

• Connect sensors to the ESP32 development board.
• Write and upload basic code to capture and display sensor data.

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Module 4: Communication Systems with LoRa (2 Hours)

Topics Covered:

• Basics of LoRa communication in CubeSats.
• Configuring a CubeSat-Ground Station communication link.

Activities:

• Set up the LoRa transmitter on the CubeSat and receiver on the ground station.
• Test data transmission between the CubeSat and the ground station.

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Module 5: Power Management and Battery Integration (1.5 Hours)

Topics Covered:

• Powering a CubeSat: Battery handling and power distribution.
• Safety measures for rechargeable batteries.

Activities:

• Integrate batteries and holders into the CubeSat system.
• Test power delivery to sensors and communication modules.

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Module 6: Final Project – Mini CubeSat Demo Mission (2 Hours)

Activities:

• Assemble all modules into the CubeSat frame.
• Simulate a basic CubeSat mission, collecting and transmitting sensor data to the ground station.
• Present a functional prototype ready for further expansion.

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Learning Outcomes:

• Understand CubeSat design, structure, and assembly.
• Gain hands-on experience with sensor integration and data capture.
• Establish basic LoRa communication between a satellite model and a ground station.
• Learn practical power management techniques for CubeSat systems.

This short course provides a strong foundation in CubeSat technology, preparing participants to take their first steps into the field of satellite development.