Here to share knowledges on electronics, telecommunications and Computer projects
Arduino programmings for minor and major projects
Arduino as ISP programmings
Programmings in c and c++
Arduino IDE
Helps to accomplicsh mini and major projects on full or semi autonomously devices. Helps to learn about electronics sensors and modules. Helps to learn on IOT projects
All about computer hardware parts
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This is my final year project during my bachelor in electronics engineering that involved developing an automated hydroponic system for cup-based plant cultivation. it focus to grow plants on nutrients and ph maintained flowing water via hollow pipes. The system maintained optimal pH levels and precise NPK fertilizer concentrations in flowing water within a hollow pipe. Key components included a pH sensor, NPK fertilizer control unit, microcontroller unit (MCU), actuators (solenoid valves and peristaltic pumps), and control software. The pH sensor monitored water acidity/alkalinity, and the MCU adjusted NPK flow rates based on sensor feedback.
During my work in the robotics field, I undertook an exciting project focused on building a quadcopter drone. Powered by the renowned KK2.1.5 flight controller. The components used in this project are; F-450 quard copter frame Bottom plate and Top plate, Motors: A2212/13T,1000KV, Propellers: (4) each pair comprise clockwise and counter clockwise, ESCs(electronic speed controller): (4) 30 Ampere, Flight controller: KK2.1.5 with cables and buzzers, Radio Transmitter, Radio receiver: FS-iA6B 2.4GHZ 6 channels, Battery: 2200mH 3 cell Li-PO with connector, and Battery charger
This is my 3rd year project during my bachelor in electronics engineering that involved developing an advanced smart lock system using mobile device fingerprint authentication through a Bluetooth module. The system was designed to be economical and modern, incorporating software development using platforms like Kodular and hardware programming using the Arduino IDE.
Using an Arduino as an ISP can be helpful in situations where we want to program multiple microcontrollers
or when we have a microcontroller without a built-in USB interface. It allows us to leverage the convenience
and user-friendly programming environment of the Arduino platform to program other microcontrollers.
The process involves uploading the Arduino ISP sketch to the Arduino board, connecting the target microcontroller to
the Arduino using appropriate wiring, and then using the Arduino IDE or other programming software to transfer the desired
code onto the target microcontroller.
The objective was to create a secure and convenient access control solution. The key components of the project included an RFID reader, electronic lock mechanism, arduino as microcontroller unit, and a user interface. The electronic lock mechanism was controlled by the microcontroller and was responsible for locking and unlocking the door. When an authorized RFID tag was detected, the microcontroller sent a signal to unlock the door, allowing access.
Professionally worked as a robotics projects mentor and STEAM ECA teacher for seeking expertise in own electronics field. I have completed my
Bachelor's in Electronics Engineering.
In my role, I combine my background as an electronics engineer with my passion for science and mathematics to engage and inspire
students in the robotics and technological studies . Through hands-on activities, interactive lessons, and project-based learning,
I strive to create a stimulating learning environment that encourages curiosity, critical thinking, and problem-solving skills.
As a humble learner, I strive to acquire knowledge and grow within my field, approaching it with sincerity and a genuine desire to
improve.