Thai Sermmit Engineering Group - TSEG

26/05/2026

ตามใจลูกค้า 🥹

25/05/2026

22/05/2026

⚠️ EV FIRE RISK & BUILDING DESIGN ⚠️
Engineering for Safety. Designing for the Future.

Electric Vehicles (EVs) are transforming modern transportation — but they are also introducing a new generation of engineering challenges for buildings, parking structures, and urban infrastructure.

Unlike conventional vehicle fires, EV battery fires may involve:
▪ Thermal Runaway
▪ Extremely High Heat Release
▪ Toxic & Corrosive Smoke
▪ Delayed Re-Ignition
▪ Complex Fire Suppression Requirements

As EV adoption rapidly increases worldwide, engineers and building designers must begin considering:

❏ Structural Fire Resistance
❏ Smoke Control & Ventilation
❏ EV Charging Infrastructure Safety
❏ Electrical Load Capacity
❏ Basement Parking Fire Scenarios
❏ Post-Fire Structural Integrity
❏ Urban Resilience & Smart Monitoring Systems

Modern parking buildings are no longer just “parking spaces” — they are becoming high-density energy environments.

The future of building design will require deeper integration between:
Structural Engineering + Fire Engineering + Electrical Systems + Smart Infrastructure + Emergency Response Planning

The challenge is no longer simply:
“Can the structure carry the load?”

But also:
“Can the building survive, contain, and recover from emerging energy-related hazards?”

Design Today. Protect Tomorrow.

21/05/2026

The Pile Integrity Test (PIT), also referred to by some practitioners as a pile seismic test, was conducted using the low-strain impact method in accordance with ASTM International standard ASTM D5882.

18/05/2026

18/05/2026

16/05/2026

Multiple Factors Influencing Corrosion in Reinforced Concrete Structures

16/05/2026

🔥Post-Fire Structural Assessment, Bangkok, Thailand 🇹🇭