Creating a Solarium Management Platform
Employer
[no-member:pro]Aleks[/no-member:pro]
Project parameters
Type of cooperationOne-time project
SectionMobile app development
Prepaymentwithout prepayment
Payment methodsCash, Bank transfer
Acceptance of requestsfrom Mar 10, 2026 until Mar 15, 2026
Project description
Remote work for the developer of mobile applications for Android. It requires a basic solarium management platform based on the Arduino platform.
Reception remote - P1
Tasks: the choice of the amount of time, forced start, forced stop.
Three clock buttons, lsd screen.
Remote in the cabin - P2
Tasks: start/stop within the time specified with P1; adjusting the ventilation power; turning on, setting up and volume of the radio.
Work cycle:
Setting the operating time to P1
Inclusion with P2,
Cycle development (~+5 seconds for lamp heating)
support for power control of the ventilation engine with P2 during the tanning cycle,
Turn on, adjust the frequency, adjust the volume of the radio with P2
Turning off the lamps after the expiration of time and purging at maximum power during the preset time (~3 min)
Return to standby mode with P1, activation of waiting light.
There may be improvements in the process.
Reception remote - P1
Tasks: the choice of the amount of time, forced start, forced stop.
Three clock buttons, lsd screen.
Remote in the cabin - P2
Tasks: start/stop within the time specified with P1; adjusting the ventilation power; turning on, setting up and volume of the radio.
Work cycle:
Setting the operating time to P1
Inclusion with P2,
Cycle development (~+5 seconds for lamp heating)
support for power control of the ventilation engine with P2 during the tanning cycle,
Turn on, adjust the frequency, adjust the volume of the radio with P2
Turning off the lamps after the expiration of time and purging at maximum power during the preset time (~3 min)
Return to standby mode with P1, activation of waiting light.
There may be improvements in the process.
