STANLEY-NJINDO

Pinned Repositories

Birdhouse.io
a creative attempt at designing and building a smart birdhouse
Language:C++00
BLEjammer
This was my first attempt to design a Printed Circuit Board PCB which features an esp32,a 1.33" OLED display, an Esp32 chip
00
chronos-esp32
A library for ESP32 to interface with Chronos app over BLE
Language:C++00
dashclock
a bike handlebar clock
Language:C++00
ESP32_OLED_BLE
Receive Android notifications on ESP32 with an OLED screen via Bluetooth LE. Also functions as a clock, time is set automatically via BLE when connected to the app.
Language:C++00
PCB_Smart_Tank-V1
00
PCB_Smart_Tank-V2
00
Smart_Tank
This is an attempt to automate the process of getting water levels in an ordinary water tank by use of an Esp32 microcontroller and an ultra-sonic sensor to determine the Volume and Capacity of water in the tank within any given period
Language:C++00
Smart_Tank-2.0
An alternative to Smart_Tank that uses a Telegram Bot as its Graphical User interface to interact with the Esp32 based system
10
Smart_Tank-2.1
an improved version of Smart_Tank-2.0
00

STANLEY-NJINDO's Repositories

STANLEY-NJINDO/Smart_Tank-2.0
An alternative to Smart_Tank that uses a Telegram Bot as its Graphical User interface to interact with the Esp32 based system
10
STANLEY-NJINDO/Birdhouse.io
a creative attempt at designing and building a smart birdhouse
Language:C++00
STANLEY-NJINDO/BLEjammer
This was my first attempt to design a Printed Circuit Board PCB which features an esp32,a 1.33" OLED display, an Esp32 chip
00
STANLEY-NJINDO/chronos-esp32
A library for ESP32 to interface with Chronos app over BLE
Language:C++00
STANLEY-NJINDO/dashclock
a bike handlebar clock
Language:C++00
STANLEY-NJINDO/ESP32_OLED_BLE
Receive Android notifications on ESP32 with an OLED screen via Bluetooth LE. Also functions as a clock, time is set automatically via BLE when connected to the app.
Language:C++00
STANLEY-NJINDO/PCB_Smart_Tank-V1
00
STANLEY-NJINDO/PCB_Smart_Tank-V2
00
STANLEY-NJINDO/Smart_Tank
This is an attempt to automate the process of getting water levels in an ordinary water tank by use of an Esp32 microcontroller and an ultra-sonic sensor to determine the Volume and Capacity of water in the tank within any given period
Language:C++00
STANLEY-NJINDO/Smart_Tank-2.1
an improved version of Smart_Tank-2.0
00
STANLEY-NJINDO/ESPboy_Sub1GHzInspector
Play with Sub1Ghz signals (300-348MHz, 387-464MHz, 779-928MHz). Scan, decode, store. Garage doors, barriers, IoT sensors...
STANLEY-NJINDO/STANLEY-NJINDO
My GitHub profile.