LIVE ONLINE WORKSHOP
SEPTEMBER 23, 2026
Mastering Deep Excavation Design
FROM THEORTY TO ADVANCED MODELING
Learn how to select, apply and evaluate different deep excavation analysis methods-and understand why different approaches can produce very different engineering results
LIVE ONLINE
Interactive session
6.5 PDH
Professional Development Hours
$850
Registration Fee
SEPTEMBER 23, 2026
1 Day Workshop
LIMIT EQUILIBRIUM
SOIL SPRINGS
2D FEM
3D FEM
REAL ENGINEERING EXAMPLES
AI-ASSISTED MODELING
LIVE ONLINE WORKSHOP
SEPTEMBER 23, 2026
Mastering deep excavation design
FROM THEORY TO ADVANCED MODELING
Learn how to select, apply and evaluate different deep excavation analysis methods-and understand why different approaches can produce very different engineering results
LIVE ONLINE
Interactive session
Playback recording
6.5 PDH
Professional Development Hours
SEPTEMBER 23, 2026
1 Day Workshop
$850
Registration Fee
LIMIT EQUILIBRIUM
SOIL SPRINGS
2D FEM
3D FEM
REAL ENGINEERING EXAMPLE
AI-ASSISTED MODELING
REGISTRATION
WHAT YOUR REGISTRATION INCLUDES
FULL DEEPEX ACCESS
Temporary access to the complete DeepEX package and all available modules during the workshop period.
6.5 PDH CREDITS
Professional development credits avaliable upon completion of the workshop.
WORKSHOP RECORDING
Can't attend live? Register anyway and receive the complete workshop recording to watch on your schedule.
ENGINEERING MATERIALS
Receive all example models, presentations and reference materials to keep and use in your projects.
WHAT ENGINEERS ARE SAYING
The workshop was excellent.
and has shown new way of using the software."
Srikanth M., P.E.
Bechtel
Excellent examples and the instructors are very knowledgeable."
Antonis K.
Aurecon
Very good workshop. I have learned many new things and clarified some concepts t was not sure about."
loannis F.
Engineer
COURSE OVERVIEW
WHAT YOU'LL LEARN
Introduction to deep excavations
Design challenges
Methods & limitations
Al-Assisted Generated Models for Deep Excavations
FUNDAMENTALS &ENGINEERING DECISIONS
Limit equilibrium methods
Non-linear (soil springs) approach
Finite element analysis background
Deep excavation design case studies
ANALYSIS METHODS & THEORETICAL BACKGROUND
DeepEX software overview
Excavation systems: cantilever, cofferdam, anchored, deadman, top-down, shafts
Slope stability & soil nails
3D excavation models - simulation & analysis
PRACTICE & SOFTWARE APPLICATIONS
AI IN PRACTICE
INSTRUCTORS
LEARN FROM THE ENGINEERS BEHIND THE TECHNOLOGY
Dimitrios Konstantakos, PE
CEO, Deep Excavation LLC
MIT Civil/Geotechnical Engineering
30 years in deep escavation, tunnels
and foundation engineeringASCE Earth Retaining Structures Committee
Adjunct Professor, NYU - Support of Excavation Systems
Dimitrios Mamoglou, PE
COO, Deep Excavation LLC
15+ years of experience in geotechnical engineering and deep excavations
DeepEX software applications, training & technical support
Design and analysis of complex excavation projects
CAN'T ATTEND LIVE?
REGISTER ANYWAY!
You will receive the complete workshop recording, engineering examples and continued instructor support after the event.
LIVE ONLINE WORKSHOP
SEPTEMBER 23, 2026
You will receive the complete workshop recording, engineering examples and continued instructor support after the event.
ONE EXCAVATION. DIFFERENT METHODS. DIFFERENT ANSWERS.
What changes when the same excavation is analyzed using limit equilibrium, nonlinear soil springs, 2D FEM and 3D FEM?
Learn where these methods agree, where they diverge, what assumptions drive the differences-and how those differences can affect wall forces, support loads, movements and ultimately your design decisions.
Different methods. Different results. Understand the why behind the numbers.
AFTER THIS WORKSHOP, YOU WILL BE ABLE TO:
✓ Confidently select the most appropriate analysis method for different excavation problems
✓ Understand the limitations and assumptions behind each method
✓ Evaluate and compare results from multiple approaches
✓ Model, analyze and design a wide range of excavation systems in DeepEX
✓ Make better engineering decisions and reduce project risk and cost