Programming and AI Club Of EEE, UAP

From manual calculations to real-time results ⚡

We’re excited to share an Arduino-based Electrical Design Toolkit developed through our club environment.

💡 Lighting & Fan Number Calculation
⚡ Load & Current Calculation
🧵 Wire Size Recommendation

Manual electrical calculations can take several minutes per room.
This system reduces that time by nearly 95–98%, making design faster, smarter, and more efficient.

The complete source code is available on GitHub — feel free to explore, use, and customize it for your own requirement.

This is the kind of practical engineering we aim to build in the Programming & AI Club of EEE, University of Asia Pacific.

🔗 GitHub:

GitHub - XunidEmon/AutoCad-Electrical: This system is designed to calculate the required number of lighting fixtures based on room dimensions and standard illumination levels. It also estimates electrical load, current, and suggests appropriate... This system is designed to calculate the required number of lighting fixtures based on room dimensions and standard illumination levels. It also estimates electrical load, current, and suggests app...

Today, we honour the workers who lay every brick, wire every circuit, and build the world we live in. International Labour Day is a reminder that progress is never built alone — it stands on the shoulders of hardworking hands. As future engineers and innovators, we salute every labourer who turns blueprints into reality. Happy Labour Day! 💚

Samiul Alam Shajal is a young leader and technology enthusiast. He is the Founder & Chairman of Bangladesh Artificial Intelligence Research & Development Foundation (BAIRD Foundation) and the President of the Programming & AI Club, Department of EEE, University of Asia Pacific. He is dedicated to promoting innovation, AI, and youth development.

Beyond the Classroom: Samiul Alam Shajal and the BAIRD vision - Graduates Samiul Alam Shajal comes from a diverse background, combining experience in technology, media and business. Originally from Cumilla, he is currently pursuing his undergraduate degree in Electrical and Electronic Engineering at the University of Asia Pacific. The idea behind the BAIRD Foundation came...

The "Embedded Programming 1.0" workshop has been successfully concluded.

However, this marks not an end, but the beginning of a new journey into embedded systems and innovation.

Grateful to Program Moderator Md. Masum Howlader Sir, Convener, Programming & AI Club of EEE for making this initiative a success.

A special moment of the event was the certificate distribution ceremony, where participants were awarded certificates for their active participation and hard work.

The certificates were distributed by:

Department Head & Associate Professor - Mr. A.H.M. Zadidul Karim.
Professor Dr. Md. Shofiqul Islam.
Assistant Professor Mr. Md. Khairul Alam.

Their gracious presence and encouragement added great value to the event.
Thank you to everyone who made this workshop memorable. Looking forward to more such initiatives in the future.

We are pleased to share the news of successful completion of our five-day Embedded Programming Workshop.
The workshop covered fundamental to advanced topics including:

1. ESP32 basics
2. Sensor interfacing
3. Embedded logic design
4.Hands-on Line Follower Robot (LFR)
5. Project development and
5.Google API Cloud Server integration.

Ready to build your own LFR?
This is the final part of our Embedded Programming Workshop 1.0
From zero to a working LFR — we’ve got you covered
What you’ll get:
• Hands-on session
• Real robot building experience
• Coding + Circuit + Control
Date: 15 April
Venue: Programming Lab 506
Time: 5:00 PM

Conducting 3 Day Workshop on "Advanced Power System Modeling and Protection: Simulation with ETAP"

Dates: 12, 19, and 26 April, 2026
Time: 2:00 PM – 6:00 PM (Each Day)
Venue: Simulation Lab 705, Level 7
Department of EEE, UAP

Target Participants:
4/1 & 4/2 Students
(Power Systems Stability / Renewable Energy / Relay Coordination)

Instructor:
Bipu Alam Emon
Associate Member of IEB

Moderator:
Masum Howlader
Assistant Professor, Department of EEE, UAP

Seats: Limited to 25 Participants
(Ensuring smooth ETAP simulation & hands-on learning)