Data Acquisition Product GUI Development
Budget: $1,500 – $3,000 USD
I am seeking a skilled developer who is capable with one or more of the following: Python, Node Red, Home Assistant, JavaScript, HTML, and Raspberry Pi. This project will involve developing a GUI for a data acquisition product.
While there is no specific programming language preference, candidates open to working with different languages are ideal.
Key responsibilities include:
- Building and developing the GUI
- Providing solutions based on project requirements
- Optimal, adaptable coding
The interaction level of the GUI will progress and be defined as the project develops.
Ideal skills and experience:
- Proficiency in Python, JavaScript, HTML and/or Raspberry Pi
- Experience in GUI development
- Previous work with Home Assistant or Node Red is beneficial.
- Generate custom Node Red Dashboard GUI based on I/Os from/to PiPlates DAQC2 board.
- Setting up Home Assistant to integrate IoT wireless sensors.
- Providing a user friendly method of operating Raspberry Pi4 or 5.
- Integrating Canvas Gauges with Node-Red.
- Fabrication of fixed and end-user adjustable scaling tables to match sensor values with the gauges and
to correct for non-linear sensors.
- End user must be able to select the alarm (notification) value of each screen icon (gauge or bargraph).
While there is no specific programming language preference, candidates open to working with different languages are ideal.
Key responsibilities include:
- Building and developing the GUI
- Providing solutions based on project requirements
- Optimal, adaptable coding
The interaction level of the GUI will progress and be defined as the project develops.
Ideal skills and experience:
- Proficiency in Python, JavaScript, HTML and/or Raspberry Pi
- Experience in GUI development
- Previous work with Home Assistant or Node Red is beneficial.
- Generate custom Node Red Dashboard GUI based on I/Os from/to PiPlates DAQC2 board.
- Setting up Home Assistant to integrate IoT wireless sensors.
- Providing a user friendly method of operating Raspberry Pi4 or 5.
- Integrating Canvas Gauges with Node-Red.
- Fabrication of fixed and end-user adjustable scaling tables to match sensor values with the gauges and
to correct for non-linear sensors.
- End user must be able to select the alarm (notification) value of each screen icon (gauge or bargraph).