Question

Step No. Process Steps Description 1. Start Beginning of the hardware implementation process. 2. Individual Module Assembly Each module (Sensor Module, Arduino Nano, LoRa Transmitter, LoRa Receiver, ESP8266 NodeMCU, OLED LCD Display, and Power Supply) is assembled separately. 2.1 PCB Design Every module has its own PCB design which is used in this step. 2.2 Component Soldering After the PCBs are ready, the respective components for each module are soldered onto them. 3. Individual Module Testing Each module is tested individually to ensure their functionality. 4. System Integration All the individual modules are integrated together. 4.1 Transmitter Assembly All components related to the transmitter side are connected. 4.2 Receiver Assembly All components related to the receiver side are connected. 4.3 Connection between Transmitter and Receiver The transmitter and receiver sides are connected using the LoRa modules. 5. System Integration Testing The entire system is tested to ensure it works as intended as a whole. 6. Endurance Testing The system is tested for a longer period to ensure its reliability. 7. Finish The hardware implementation process ends.

          Step
No.
Process Steps
Description
1.
Start
Beginning of the hardware implementation process.
2.
Individual Module
Assembly
Each module (Sensor Module, Arduino Nano, LoRa Transmitter,
LoRa Receiver, ESP8266 NodeMCU, OLED LCD Display, and
Power Supply) is assembled separately.
2.1
PCB Design
Every module has its own PCB design which is used in this step.
2.2
Component Soldering
After the PCBs are ready, the respective components for each
module are soldered onto them.
3.
Individual Module
Testing
Each module is tested individually to ensure their functionality.
4.
System Integration
All the individual modules are integrated together.
4.1
Transmitter Assembly
All components related to the transmitter side are connected.
4.2
Receiver Assembly
All components related to the receiver side are connected.
4.3
Connection between
Transmitter and
Receiver
The transmitter and receiver sides are connected using the
LoRa modules.
5.
System Integration
Testing
The entire system is tested to ensure it works as intended as a
whole.
6.
Endurance Testing
The system is tested for a longer period to ensure its reliability.
7.
Finish
The hardware implementation process ends.

Step
No.
Process Steps
Description
1.
Start
Beginning of the hardware implementation process.
2.
Individual Module
Assembly
Each module (Sensor Module, Arduino Nano, LoRa Transmitter,
LoRa Receiver, ESP8266 NodeMCU, OLED LCD Display, and
Power Supply) is assembled separately.
2.1
PCB Design
Every module has its own PCB design which is used in this step.
2.2
Component Soldering
After the PCBs are ready, the respective components for each
module are soldered onto them.
3.
Individual Module
Testing
Each module is tested individually to ensure their functionality.
4.
System Integration
All the individual modules are integrated together.
4.1
Transmitter Assembly
All components related to the transmitter side are connected.
4.2
Receiver Assembly
All components related to the receiver side are connected.
4.3
Connection between
Transmitter and
Receiver
The transmitter and receiver sides are connected using the
LoRa modules.
5.
System Integration
Testing
The entire system is tested to ensure it works as intended as a
whole.
6.
Endurance Testing
The system is tested for a longer period to ensure its reliability.
7.
Finish
The hardware implementation process ends.

Added by Austin R.

Question

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