Turning a Mountain of Earth into a Future of Learning: How We Built a 3,000-Seat Campus Against the Odds

Turning a Mountain of Earth into a Future of Learning: How We Built a 3,000-Seat Campus Against the Odds

Release time:2025-12-31

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Turning a Mountain of Earth into a Future of Learning: How We Built a 3,000-Seat Campus Against the Odds

Imagine moving 237,000m³ of earth—enough to fill nearly 100 Olympic pools—on a compact urban site, and delivering a state-of-the-art school for 3,000 students on schedule.

This was the challenge at the Xianyang High-tech Zone Senior High School Project. Here’s how our team at SCEGC No.11 planned, innovated, and built our way to success.


 

Precision Planning

Faced with a dense 80,000㎡ site, we ran full-cycle simulations—breaking the project into phases, modeling 10+ site logistics scenarios, and comparing multiple technical options to map the most efficient path forward.

Dual Optimization Engine

Through 28 design and construction optimizations, we added value while cutting time and cost.

Examples:

A flexible isolation bearing positioning frame improved installation accuracy.
Switching from lime-soil piles to cement-soil replacement cut 3,000㎡ foundation work from 25 days to 8.

Quality Delivered

The completed campus now stands ready—with teaching buildings, arts & sports facilities, and full infrastructure—to serve 3,000 students in Xianyang’s Qindu District.
Great projects start with smart logistics and are built through continuous innovation.

Earth,smart