AI for Civil Engineering
First 2027 scholarship call
AI for Civil Engineering
The model proposes. The chartered engineer signs. AI in BIM, design, site and inspection without delegating the calculation, the measurement or the report.
Developed under the new AI Act model · Continuous updates
Edition 2026
200 hours of applied learning
8 academic credits
25 lessons + 6 workshops
Digital campus
Verifiable certificate
550 USD one payment · or 2 × 275 USD (today and after 30 days)
What you'll learn
- State what a model may propose in a structural office and what it may never sign.
- Keep IFC, the bill-of-quantities PDF and the site diary apart, with a version on every figure.
- Use assisted design for alternatives; code checking stays with the engineer and the validated tool.
- Set up measurement, progress, PPE and inspection channels with a human review tray and a stop rule.
- Prepare a one-page inspection report with data, proposal, what was not inspected and an empty signature.
- Defend an eight-sheet service dossier, including when you would stop it and what is counted on day 90.
- Apply the IntellCore AI Act Method™: classify the risk of an AI use case in your field and document it under the AI Act 2026.
Program curriculum
01 — Zone and signature
- What AI is and how it reached civil engineering
- Three zones, not a button
- What is signed and what is proposed
- The case on one page
- The weekly sheet
02 — BIM, IFC and site data
- Three stores
- IFC is not the ground
- Version and conflict
- The data sheet
03 — Assisted design, code not delegated
- What designing means here
- The code stays out of the prompt
- Explain or do not use
- The alternatives sheet
04 — Site: measurement, progress and vision
- Assisted measurement
- Progress from images
- PPE and the daily report
- The site sheet
05 — Inspection, crack and twin
- The crack
- UAV and denied GPS
- Twin
- The one-page report
06 — Service dossier
- What is being sold
- Eight sheets
- The table
- Day 90
07 — IntellCore AI Act Method™ applied to your field
- The EU AI Act 2026: risk levels, prohibited practices and obligations
- Transparency, human oversight and documentation in your professional field
- Classifying and auditing a real AI use case step by step
- Your compliance file: certified with the IntellCore AI Act Method™
Practical application
- · Final project: an eight-sheet service dossier with zones and signatures, versioned data, channels with a human review tray, stop criteria and what gets counted on day 90, defended before project management.
Practical project: Final project: an eight-sheet service dossier with zones and signatures, versioned data, channels with a human review tray, stop criteria and what gets counted on day 90, defended before project management.
Who is this for?
- · Structural engineering offices
- · Project and site managers
- · BIM leads and infrastructure inspection teams
Requirements
- · Your own office or site context
- · No programming required
Meet your instructor
AI for Civil Engineering
Chair, AI for Civil Engineering
BIM and IFC data, assisted design, site measurement and inspection — the model proposes, the engineer signs.
Teaches: AI for Civil Engineering
Edition 2026
What each week includes
Every week of the program follows the same structure.
- 01
Explainer video per lesson
- 02
Guided reading (6 h)
- 03
IntellCore Labs · ~90 min workshop with data
- 04
Verified real case
- 05
IntellCore Podcast
- 06
IntellCore Radar
- 07
Self-assessment
- 08
Practice and exam (70%, 3 attempts)
- 09
Extended practice (5 h)
- 10
IntellCore AI Act Method™ module applied to your field (30 h)
- 11
Applied final project (30 h)
- 12
6 modules × 23 h + IntellCore AI Act Method™ module 30 h + final assessment 2 h + final project 30 h = 200 h
- 13
Downloadable PDF summary
Verifiable certificate
200 hours · 8 academic credits
Unique verifiable code at intellcore.ai/verify
Student reviews
Reviews are published from verified students only, after the first cohort completes the program. We do not publish testimonials we cannot attribute.
