🌍 Geoengineering Master Class

deepexcavation
Nov 10
2 min read

Updated: Nov 11

Learn. Design. Master Geotechnical Engineering with Confidence.

Temporary shoring system and permanent basement structure - Analysis in DeepEX

A New Learning Experience by Deep Excavation LLC

Geotechnical design is complex — but mastering it shouldn’t be.That’s why Deep Excavation LLC created the Geoengineering Master Class, a new monthly training series dedicated to helping you understand, design, and optimize real geotechnical structures.

Each Master Class dives into a practical engineering case — from deep excavations and foundations to slope stability and soil-structure interaction — and shows you how to approach it step by step using advanced design tools like DeepEX, DeepFND, and SnailPlus.

🎯 What You’ll Learn

Every episode is a complete mini-course, guiding you through real design challenges you face in your daily work:

How to model and analyze complex excavations with realistic construction stages.
How to evaluate stability and deflections using both LEM and Nonlinear methods.
How to optimize foundation layouts and pile groups.
How to simulate slope failures, soil nails, and ground anchors.
And much more — all demonstrated with clear examples and expert commentary.

💡 Why Join the Master Class?

By joining, you’ll:

Gain exclusive early access to each monthly episode.
Receive step-by-step guides and practical design tips.
Learn how to use industry-leading software tools more effectively.
Get notified of free live sessions, Q&A webinars, and software tutorials.

This is not just a software demo — it’s a teaching series that helps you grow as an engineer and make better, faster, and safer design decisions.

📅 Coming Soon: Master Class # 1

Topic: Temporary Shoring Walls and Internal Permanent Basement StructuresLearn how to model and analyze a 35-foot-deep excavation in DeepEX, from temporary struts to permanent slabs, using both Limit Equilibrium and Nonlinear analysis methods. You’ll discover how to build the full model, interpret results, and verify safety across construction stages.

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