SSC Batch3-Perez

19/12/2025

Breakfast!

21/11/2025

Short kulitan and Kumustahan!😍

03/10/2025

09/07/2025

At just 15 years old, Angelo Casimiro stunned the tech world by inventing energy-harvesting shoes that convert footsteps into usable electricity. The concept uses piezoelectric crystals embedded in the soles to generate power with every movement, enough to charge small devices like a smartphone during a long walk.

His original prototype could power a phone after roughly 8 hours of walking, making it ideal for disaster zones or remote areas with limited access to electricity. The innovation not only went viral but also sparked renewed global interest in wearable green tech led by youth innovation.

02/07/2025

Bacteria-Powered Streetlights Illuminate Remote Areas

In a rural Philippine village, engineers have deployed streetlamps that operate without wires, batteries, or electricity, drawing power directly from soil bacteria. This marks the world’s first public lighting network powered entirely by microbial energy.

The lamps utilize microbial fuel cells (MFCs), which capture electrons produced by soil bacteria as they metabolize organic matter. Electrodes buried in the soil channel these electrons to power LED lights mounted on poles, providing 4 to 6 hours of nightly illumination without carbon emissions or grid dependency.

The system is self-sustaining, with the soil naturally recharging during daylight hours. It requires no moving parts or maintenance. Local residents contribute by adding compost, leaves, or sugarcane waste to the soil chambers, integrating the technology into the ecosystem.

This innovation offers a scalable solution for off-grid communities, refugee camps, or disaster-stricken areas lacking infrastructure. It also hints at a future where urban energy systems could harness biological processes instead of fossil fuels.

From soil to light, this is electricity rooted in nature.

10/06/2025

10/06/2025

14/04/2025

sses6 Closing party!

25/02/2025

Congratulations!!!
SSES 6 - awardees for the 3rd Quarter SY 2024-2025