Resilient Bridge Design April 30th, 2026 - 14:00 WIB
Altho SagaraCivil Engineering Department, Parahyangan Catholic UniversityPrinciple Engineer – PT Enjiniring Pilar Cakrawala/EPIC Studio
Altho Sagara is a bridge engineer based in Indonesia with experience in resilient bridge design, long-span bridge projects, seismic design, landslide mitigation, soft soil solutions, and infrastructure analysis. He is also a lecturer at Parahyangan Catholic University in Bandung, where he contributes to engineering education and professional knowledge sharing.
Q. Why is soil-structure interaction important in resilient bridge design?
A. Because bridge performance is strongly affected by ground conditions such as soft soil, landslides, liquefaction, and seismic movement. Modeling soil-structure interaction helps engineers better understand how foundations and structures behave together under real site conditions.
Q. What types of bridge challenges are covered in this session?
A. The session covers practical challenges such as earthquake loads, liquefaction risk, landslide forces, soft soil conditions, and foundation stability based on real infrastructure projects.
Q. Is this session suitable for engineers who are new to Civil NX / MIDAS?
A. Yes. While the topic includes advanced engineering concepts, the session is based on real project examples and is useful for engineers who want to understand how Civil NX / MIDAS-based workflows support bridge analysis and design decisions.