1. CONSTRUCTION
1.1. Beginner
1.1.1. Engineering in Practice
1.1.2. Structural Guidance Note 2014 SGN 06 Site Guidance for Structural Building Engineers
1.1.3. White card training (external)
1.1.4. Site Safety Essentials
1.2. Advanced
1.2.1. Site Safety Essentials Refresher (SSER)
1.2.2. Safety in Design Reviews (SIDR)
1.2.3. Materials Efficiency
1.2.4. Site Watch-its
2. DESIGN MANAGEMENT
2.1. Beginner
2.1.1. Arup Financial Terminology and Reporting
2.1.2. Ovaview Reports and the Project Financial Report
2.1.3. Forecast and New PFF (Project Financial Forecasting)
2.1.4. Proposal and Contract Formation
2.2. Advanced
2.2.1. Workflow Mapping
2.2.2. Introduction to Project Programme and Schedule Management (AUIPPSM)
2.2.3. Introduction to Scope and Change Management (AUISCM)
3. TECHNICAL
3.1. Seismic
3.1.1. Introduction to Seismic Essentials
3.1.2. Earthquake Resistant Building Design: The Fundamentals
3.1.3. Tech Tute - Seismic Paper for AEES
3.2. Wind
3.2.1. Tech Tute
3.2.2. Wind Fundamentals with Graeme Wood
3.2.3. Tech Tute - Wind loading of Solar Panels
3.3. Torsion
3.3.1. Tech Tute
3.4. Structural Design
3.4.1. General
3.4.1.1. Structural Design without the Computer
3.4.1.2. Structural Quiz Learning Burst
3.4.1.3. IStructE: Understanding Structural Design
3.4.2. Stability
3.4.2.1. Lateral Load Resisting System Design
3.4.2.2. Buckling and Stability
3.4.2.3. Tech Tute
3.4.3. Structural Learning Path
3.5. Steel
3.5.1. Steel Fundamentals
3.5.2. AS4100 Refresher Course by ASI
3.5.3. Beam Segments and Restraints
3.5.3.1. Tech Tute
3.5.4. Steel Protection
3.5.4.1. Tech Tute
3.5.5. Steel Connections
3.5.5.1. Base Plates
3.5.5.1.1. Tech Tute
3.5.5.2. Detailing
3.5.5.2.1. Tech Tute
3.6. Concrete
3.6.1. Learning from Failure (Concrete Structures)
3.6.2. Concrete Fundamentals
3.6.3. Punching Shear / Concrete Junctions
3.6.3.1. Tech Tute
3.6.4. Walls Design
3.6.4.1. Tech Tute
3.6.5. PT
3.6.5.1. Tech Tute
3.6.6. Concrete Mix
3.6.6.1. Tech Tute
3.6.7. Cracking
3.6.7.1. Tech Tute
3.6.8. Precast
3.6.8.1. Tech Tute
3.7. Miscellaneous
3.7.1. Introduction to Materials
3.7.2. Calc Packs
3.7.3. Existing Buildings
3.7.3.1. Tech Tute - Strengthening of Existing Buildings
3.7.3.2. Tech Tute - Works in Existing buildings
3.7.4. Timber Design Tools
3.7.5. Hand Rails / Countersunk Bolts
3.7.5.1. Tech Tute
3.7.6. Movement Joints
3.7.6.1. Tech Tute
3.7.7. Shop Drawings
3.7.7.1. Tech Tute
3.8. Footing
3.8.1. Pad Footings
3.8.1.1. Tech Tute
3.9. Earthworks
3.9.1. Earthworks Masterclass 1: Introduction
3.10. Lessons Learnt
3.10.1. Miami Collapse
3.10.2. Westgate Bridge Collapse
4. OTHER GUIDANCE
4.1. Standard Codes of Practice
4.2. Arup PM Guide and process methodology
4.3. Scheme Design Guide
4.4. 1997 SGN 01 Good Practice Guide to Calculation
4.5. Sketching
4.6. Typical Details
5. AWARENESS
5.1. Safety in Design Reviews (SIDR)
5.2. Introduction to the UN Sustainable Development Goals
5.3. Designing Sustainable Buildings - Modules 1, 2 and 3
5.4. Introduction to Architecture and Total Architecture
5.5. Introduction to Facade Systems
5.6. Introduction to Structural Fire Engineering for Non-Practitioners
5.7. Steelwork Protective Coating Systems (Paint)
5.8. Introduction to Scope and Change Management
6. SOFTWARE
6.1. GSA
6.1.1. Tech Tute
6.1.2. Footfall analysis - Tech Tute
6.1.3. Classroom - Oasys Intrduction to GSA
6.2. RAM Concept
6.3. RAM Steel
6.4. ETABS
6.4.1. ETABS Guidance Note Aug 2016
6.4.2. Tech Tute - ETABS
6.5. Bluebeam Basics
6.6. Strand7
6.7. IdeaStatica
6.7.1. Essentials
6.8. Tekla?
6.9. Tech Tute - Modelling Self Checking
7. DIGITAL
7.1. Technician Beginner
7.1.1. Revit
7.1.2. Dynamo
7.2. Technician Advanced
7.2.1. Python
7.3. Engineer Beginner
7.3.1. Structural Engineering Digital Workflows
7.3.2. Rhino
7.3.3. Grasshopper
7.4. Engineer Advanced
7.4.1. Python
7.4.2. Digital Teams and workflows: A Primer for Development
7.4.3. Workflow mapping