AI-Assisted Workflows for Steel and RC Design & Verification
INTRODUCTION
Modern structural design requires engineers to move efficiently from global analysis models to detailed verification of steel connections and complex RC elements. This 4-hour technical workshop introduces practical workflows using ETABS/ SAP2000, IDEA StatiCa, and ChatGPT-assisted scripting to connect analysis models, automate repetitive tasks, and improve design confidence, traceability, and documentation.
WHO SHOULD ATTEND
- Structural engineers involved in Steel and RC structural design including steel connections and RC detailing code check.
- Engineers and consultants using Global FEA software like ETABS, SAP2000 and having problems performing connections design and RTC detailing check.
- Senior engineers, design managers, and teams seeking more efficient workflows from global analysis to detailed verification.
4-HOUR WORKSHOP OBJECTIVES
By the end of this workshop, engineers will be able to:
- By the end of this workshop, engineers will be able to:
- Understand practical applications of FEM, CBFEM, and CSFM in structural design
- Apply DAM concepts for modern steel frame analysis and design
- Link ETABS/SAP2000 global analysis results to detailed steel connection checks
- Understand how to optimize Steel framing with semi-rigid connections and tension-only bracing.
- Explore ChatGPT-assisted scripting to support repetitive tasks, automation, and documentation.
WORKSHOP OUTLINE
Session 1: Introduction to Modern Verification Workflows
- FEM, CBFEM and CSFM concepts
- From global analysis to detailed design verification
Session 2: From ELM to DAM – A Modern Steel Design
- Direct Analysis Method (DAM) for steel frame analysis and design
- Modelling second-order effects, stability, and frame behaviour
- Concept illustration using a 2D frame with CSi ETABS/SAP2000 and IDEA StatiCa
Session 3: Connected Workflow and AI-Assisted Automation
- From global FEA models to detailed connection design with Checkbot (BIM Link)
- 3D steel frame example with steel-to-steel and steel-to-concrete connections
- Stiffness classification and modelling of semi-rigid frame connections
- Practical examples of ChatGPT-assisted scripting for connection optimisation.
Session 4: Detailed RC elements code-checked with CSFM
- Code check of RC wall and RC beam with openings
- Local check for inverted T-beam with nibs supporting secondary beams
- Advanced numerical check to confirm design correctness and design adequacy.
Q&A / Open Discussion
Terms and Conditions
Due to limited seats, registration is on a first-come, first-served basis. If the registered participant does not show up, A penalty of RM50 will be imposed.