IIEE CSC SMU Chapter

IIEE CSC SMU Chapter Institute of Integrated Electrical Engineers
Council of Student Chapters
Saint Mary's University

π‚πŽππ†π‘π€π“π”π‹π€π“πˆπŽππ’, 𝐆𝐑𝐀𝐃𝐔𝐀𝐓𝐄𝐒! πŸŽ“Your incredible achievement and the journey that brought you here. Your determination, pers...
08/07/2026

π‚πŽππ†π‘π€π“π”π‹π€π“πˆπŽππ’, 𝐆𝐑𝐀𝐃𝐔𝐀𝐓𝐄𝐒! πŸŽ“

Your incredible achievement and the journey that brought you here. Your determination, perseverance, and hard work have led to this well-deserved milestone, and we are truly proud of everything you've accomplished.

As you begin this exciting new chapter, may you embrace every opportunity with confidence, continue pursuing your dreams with passion, and achieve even greater success.

Here's to new adventures, endless possibilities, and a bright future ahead. Congratulations once again, graduates! We are incredibly proud of you and can't wait to see all that you'll accomplish.

Residential Energy Backup Management System for Power Interruption Detection and Generator Activation Using IoT – A Stud...
11/05/2026

Residential Energy Backup Management System for Power Interruption Detection and Generator Activation Using IoT – A Study by BS Electrical Engineering Students (S.Y. 2025–2026).

This project, developed by Jon Jon D. Calderon, Seiji M. Gullitiw, and Jhaselle E. Romero under the guidance of Research Adviser Wenson R. Evangelista, REE, focused on the design and evaluation of an IoT-based residential energy backup management system capable of detecting power interruptions and automatically activating a generator. The prototype utilized an ESP32 microcontroller, sensors, relays, and the Blynk mobile application to provide immediate outage detection, real-time notifications, and both remote and local control of the generator for reliable residential backup power operation.

Smart Transformer Load Monitoring System for Community-Level Power Distribution (S.Y. 2025-2026)What if transformers cou...
05/05/2026

Smart Transformer Load Monitoring System for Community-Level Power Distribution (S.Y. 2025-2026)

What if transformers could think and protect themselves? ⚑

This project, developed by BS Electrical Engineering students Jhanssen Dulnuan, Hjadser Estrella, and Nicolo Timbreza under the guidance of Engr. Wenson R. Evangelista, REE, presents an IoT-based transformer monitoring system designed for community-level power distribution. Utilizing an ESP32 microcontroller, PZEM-004T energy module, and the Blynk mobile platform, the system enables real-time monitoring of voltage, current, and power, along with automated overload protection through load disconnection. The system enhances efficiency, improves reliability, and helps prevent transformer damage by providing accurate data, remote monitoring, and timely alerts for safer and smarter power distribution.

Congratulations to the newly licensed Registered Electrical Engineers from Marian Electrical Engineering! βš‘πŸŽ“Your success...
29/04/2026

Congratulations to the newly licensed Registered Electrical Engineers from Marian Electrical Engineering! βš‘πŸŽ“

Your success in the April 2026 Registered Electrical Engineering Licensure Examination is a testament to your dedication, perseverance, and passion for the profession. You have powered through challenges and proved your excellence, now you’re ready to energize the future!

The IIEE SMU Chapter proudly celebrates this remarkable milestone with you. May this achievement open doors to greater opportunities and inspire others to follow in your footsteps. We are proud of you! πŸ’‘πŸ‘

CONGRATS MGA 'NEER πŸ₯³



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