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Analysis and Design of Steel Connection

Defence Industry  /   Technology  /   Strategy  /   Sustainability
Gain the practical knowledge and hands-on design skills needed to confidently create safe, efficient, and standards-compliant steel connections for buildings, bridges, and infrastructure projects.
Next Dates
25 Mar
View more dates
Duration
2 days
Delivery mode
In-person
Price (AUD inc. GST)
$3,600
Spots remaining
AVAILABLE
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Download the course guide

Access the detailed short course brochure here. 

Course summary

Mastering Steel Connection Design 

This two-day intensive provides engineers with practical skills to analyse and design bolted, welded, and pinned steel connections. Through worked examples and clear design procedures aligned with industry standards, participants build confidence in assessing connection behaviour and delivering safe, reliable structural solutions. A follow-up webinar reinforces learning.

Who will benefit

  • Structural engineers working in building, bridge, or infrastructure design 
  • Consultancy professionals seeking deeper competency in steel connection design
  • Early-career to midcareer engineers wanting stronger practical and standards-based skills

Course is suitable for

  • Professionals involved in the design, analysis, or review of structural steel connections

Delivered by experts

Ehab Hamed headshot
Ehab Hamed
Associate Professor - Structural Engineering

Ehab Hamed is an Associate Professor in the School of Civil and Environmental Engineering at the University of New South Wales, Australia. He received his PhD in structural engineering from the Technion - Israel Institute of Technology in 2007 and has been conducting numerical and experimental research in structural engineering ever since with strong collaboration with industry. He is a member of various national and international standards committees including Standards Australia, the American Concrete Institute, fib, and the Precast/Prestressed Concrete Institute. His main research focuses on the timedependent behaviour of materials and structures, sandwich panels, and the repair of steel and concrete structures using composite materials.

About the course

Smarter Approaches to Steel Connection Design

This course provides a practical, engineering-focused introduction to the analysis and design of steel connections. Through clear explanations, worked examples, and industry-aligned design procedures, participants gain the skills needed to confidently design bolted, welded and pinned connections used across modern structures.

Why enrol in this course

Strengthen confidence in safe, compliant design

Gain a deeper understanding of connection behaviour and learn how to apply recognised design standards and engineering principles with confidence.

Apply your skills in real-world scenarios

Reinforce your learning through worked examples and applied case studies that reflect the challenges faced in everyday structural engineering practice.

Accelerate your learning with a focused, two-day format

Designed for busy professionals, this intensive course delivers high-impact, practical training without long-term time commitments.

Key features

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Master real-world connection design

Gain practical, industry-ready skills in designing bolted, welded, and pinned connections.

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Design with confidence and clarity

Build confidence using design standards and understanding underlying mechanics.

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Put theory into practice

Apply learning immediately through worked examples and real engineering scenarios.

Learning outcomes

Design safe, reliable steel connections with confidence

This course equips participants with the technical capability to design safe, reliable steel connections using recognised engineering principles. Through applied learning and worked examples, engineers develop a deeper understanding of connection behaviour and gain confidence in delivering robust structural designs.

What you'll learn

Participants will learn how to analyse and design bolted, welded, and pinned connections, interpret load paths and failure modes, and apply key requirements from Australian and international standards. Practical exercises reinforce core concepts and enable immediate application in real engineering projects.

Topics covered

  • Bolted connection design
  • Bolt group behaviour and loading 
  • Slip-critical connections 
  • Pin connection design 
  • Welded connection design 
  • Key mechanics behind design standards 
  • Worked examples for common connection types 

Course delivery

Format

Commitment

Delivery

  • In-person
  • Two full days
  • 2 days intensive + follow up webinar and Q&A Session after a week

Schedule

Across a focused two-day intensive, you’ll learn through interactive lectures, worked examples, and guided design exercises. Real-world scenarios and direct engagement with the facilitator build practical skills, with a follow-up webinar and Q&A session reinforcing learning after the course.

Day 1
Day 2

Module 1: Introduction 

Morning tea 

Module 2: Design of bolted connections 

Lunch break

Module 3: Design of group of bolts 

Module 4: Slip critical bolts connections

Morning tea

Module 5: Design of pin connections

Lunch break

Module 6: Design of weld connections

Next steps

Enrol now in Analysis and Design of Steel Connections via the UNSW Navigator portal. 

Upcoming dates

Choose from the below scheduled course dates designed to provide flexibility and fit within your calendar.

  • 25 Mar 2026 - 26 Mar 2026: Enrol