A training program for civil engineers who want to go beyond finding one safe design. Learn to explore thousands of alternatives and find the ones with lower cost and lower carbon—no coding background required.
NTD 12,000
Register NowRight now, when you design something like a footing, you try one size, check if it's safe, and if it passes, you move on. Optimization means teaching your spreadsheet to try hundreds of sizes automatically, throw out anything that fails your own safety checks, and show you the cheapest and lowest-carbon option among the ones that pass.
Think of it like GPS for your design: it doesn't replace your engineering judgment—it just checks more routes than you could by hand, and shows you the best ones.
No. If you can already build a calculation spreadsheet, you already have the hard part. This training shows you how to let the computer repeat that logic thousands of times instead of once.
Typical Example
Here's what one engineer found after learning to build an optimization workflow for a single foundation design problem—then applied it across project scales:
| Metric | Impact |
|---|---|
| Cost Saving | NT$6,000 |
| CO₂e Reduction | 0.5 t |
| Metric | Impact |
|---|---|
| Cost Saving | NT$360,000 |
| CO₂e Reduction | 30 t |
| Metric | Impact |
|---|---|
| Potential Cost Reduction | NT$7.2 million |
| Potential CO₂e Reduction | 600 t |
*Typical example only, shown to illustrate the kind of impact these skills can have—not a guarantee. Actual results depend on project conditions, design requirements, material prices, and engineering constraints.
Engineers often stop after finding a safe solution. Critical unanswered questions remain:
This isn't a talent gap—it's a training gap. Most engineers were never taught the automation and optimization skills to look past "safe." This training closes that gap.
Join a live cohort (5 weekly sessions, 1 hour each) or learn at your own pace online—both cover the same material.
Live sessions run weekly over 5 weeks. Self-paced modules are available anytime, so you can start today.
NTD 12,000, for either the live cohort or the self-paced track.
It's not about replacing your engineering judgment—it's about giving it better options to choose from.
I built optimization design models before the ChatGPT era, so I'll walk you through the groundwork step-by-step so you understand the entire structure. That way, you'll know exactly what and how to demand from your engineers.
I'll also take you through the latest tech advancements so you can apply GenAI to build faster and much cheaper than the manual methods above.
Stop manually re-running the same sheet with slightly different numbers. Let the computer explore the options while you focus on the judgment calls.
Choose from hundreds of checked options instead of the first one that passed—with data behind the choice.
Automation and optimization skills are increasingly valued in engineering. This is a skill that travels with you, not just this project.
Choose a live cohort or learn at your own pace. NTD 12,000, either track.