Introductory-level
  • What are the Various Construction Stages of the Ground Works?
  • What are Preparation Works before Starting Groundworks?
  • What is a Geotechnical Report and how to interpret it?
  • What is a Retaining Wall and its Construction Steps?
  • What is a Sheet Pile Wall?
  • How Do We Read Sheet Pile Wall Drawings?
  • What is a Soldier Pile Wall?
  • How Do We Read Soldier Pile Wall Drawings?
  • What is a Contiguous Pile Wall?
  • How Do We Read Contiguous Pile Wall Drawings?
  • What is a Secant Pile Wall?
  • How Do We Read Secant Pile Wall Drawings?
  • What is a Cutter Soil Mix or CSM Wall?
  • What is a Diaphragm and D Wall?
  • What are the Adv. & Disadv. of Various Embedded Retaining Walls?
  • What is a Gravity Wall and its Types?
  • How do We Read a Gabion Cage Wall Drawing?
  • What is a Reinforced Soil Wall?
  • What is a Soil Nail Wall?
  • What is Earthwork and its different Steps?
  • What are preparation works before starting earthworks?
  • What is a Blinding Layer, Geotextile Fabric, and Vapour Barrier?
  • What is a Foundation and its different Types?
  • What are the different Types of Deep Foundations?
  • What are the different types of residential slab on ground?
  • What are the different types of commercial slab on ground?
  • What are the different types of industrial slab on ground?
  • How do we Read Slab on Ground Drawings?
  • What are the Construction Stages for a Concrete Building Structure?
  • What are the Main Temporary Works Used in a Concrete Project?
  • Temporary Works - Concrete Building Structure - 3D View
  • What are different Types of Concrete Formwork?
  • Formwork & Back Propping - 3D View
  • What is Concrete Material and Its Components?
  • What are the General Properties of Concrete Material?
  • What are the Construction Steps of a Post Tensioned Slab?
  • What is a Steel Reinforcement Bar (Rebar)?
  • What are the different Steel Rebar Types?
  • What is a Post Tensioned (PT) Concrete?
  • What are the Installation Steps for a mono-strand PT Tendon?
  • Concrete Pre Pour Checklist
  • Concrete Pour Checklist
  • Concrete Post Pour Checklist
  • What is Precast Concrete and its Applications?
  • What are the Precast Wall/Column Installation Steps?
  • Suspended Post Tensioned Slab _ 360 Virtual Walk
  • What is a Waterproofing System and Why do We Need It?
  • What are the Installation Steps for a Waterproofing System?
  • What are the Differences Between Sheet and Liquid Membranes?
  • What are the Different Sheet Membrane Types & Installation Methods?
  • What are the Various Liquid Membrane Types & Application Methods?
  • What Factors Would Impact the Design of a Waterproofing System?
  • What are the Building Type Factors Impacting the Waterproofing Systems?
  • What are the Building Location Factors Impacting the Waterproofing Systems?
  • What are Area Type Considerations?
  • What Are Area Location Considerations?
  • What Are Area Size Considerations?
  • What Are Area Shape Considerations?
  • What Are Area Joint Considerations?
  • What Are Steel Substrate Considerations?
  • What Are Timber Substrate Considerations?
  • What Are Concrete Substrate Considerations?
  • What Are Hydraulic Services Considerations?
  • What Are Electrical Services Considerations?
  • What Are Mechanical Services Considerations?
  • What Are Adjoining Elements Material Type Considerations?
  • What Are Adjoining Elements Fixing Type Considerations?
  • What Are Adjoining Elements Movement Allowance Considerations?
  • What Are No Finish Considerations?
  • What Are Direct Stick Finish Considerations?
  • What Are Adhered to a Screed Finish Considerations?
  • What Are Pedestal Finish Considerations?
  • What Are Finish Material Considerations?
  • What is the Design Approach for a Waterproofing System?
  • What Are the Waterproofing Codes and Standards Used in Australia?
  • What Are the Considerations for Membrane Design Life and Warranties?
  • What are Different Types of Steel Structures?
  • What is Steel Manufacture & Fabrication Process?
  • What are Steel Material Adv & Dis Adv?
  • What are Steel Construction Categories?
  • What are Steel Column Types & Behaviour?
  • What are Steel Beam Types & Behaviour?
  • What are Steel Bracing Types & Behaviour?
  • What are Steel Truss Behaviour?
  • What are Steel Purlin Members?
  • Steel Structures Members _ Interactive Summary
  • What are Bolt Grades/Classes & their Sizes?
  • What are Washers, Nuts & Bolt Holes?
  • What is Welding and its key Considerations?
  • What are 4 Main Welding Methods?
  • What are Weld Non Destructive Examinations(NDE)?
  • What are the different AESS Categories?
  • What are Steel Corrosion Protection Methods?
  • What are Steel Fire Protection Methods?
  • How do We Read Steel Structure Drawings?
Fundamental Concrete Structure
  • How do We Read Suspended Concrete Slab Profile? (Example 1 – Part 1)
  • How do We Read Suspended Concrete Slab Profile? (Example 1 – Part 2)
  • How do We Read Suspended Concrete Slab Profile? (Example 2 – Part 1)
  • How do We Read Suspended Concrete Slab Profile? (Example 2 – Part 2)
  • How do We Read Steel Rebar Drawings? (Part 1)
  • How do We Read Steel Rebar Drawings? (Part 2)
  • How do We Read Post Tensioning Drawings?
  • How Do We Read Column Schedule Drawings?
  • How do We Read Precast Concrete Drawings?
  • What is Concrete Material and Its Components?
  • What are the General Properties of Concrete Material?
  • What is an Example of a Concrete Mix Design?
  • What is Concrete Green Star Rating?
  • What is Concrete Shrinkage & its Different Types?
  • What is a Plastic Shrinkage Crack and its Controls?
  • What is a Early-Age Shrinkage Crack?
  • What is a Standard Drying Shrinkage Crack?
  • How does Concrete Gain Strength?
  • How do We Ensure Concrete Workability?
  • What is a Slump Test and How to do it?
  • What is Slump Test Frequency?
  • What is Slump Flow Test?
  • Slump Test - Water Impacts on Slump and Strength
  • Slump Test - Scenario Simulation
  • Why do we check Concrete Temperature before placement?
  • When Do We Reject the Concrete?
  • What is Concrete Vibration & its Considerations?
  • What are the Various Concrete Finish Classification?
  • What Are the Different Types of Unformed Concrete Surface Finishes?
  • What is Concrete Curing and its Different Methods?
  • What is Steel Rebar & Its Types?
  • Where is Steel Rebar Used?
  • Why is Steel Rebar Lapping or Splice Required?
  • What is Steel Rebar Cogging?
  • What are the Different Types of Rebar Cog & Hooks?
  • What are the Min. Dimensions for Steel Rebar Cogs & Hooks?
  • What is Steel Rebar Layering?
  • How Do We Represent Various Steel Rebar Layering?
  • Why Is There a Minimum Steel Rebar Cover Requirement?
  • What are Concrete Bending & Punching Shear Cracks?
  • What Are the Common Issues and Checklist for Stud Rails?
  • What is Rebar Mesh and its Applications?
  • What are the Installation Checks for Void Rebar Trimmer?
  • Why do We Use Z Rebar Detailing & Its Checks?
  • Rebar Detailing in a PT Slab - 360 View
  • How do We Decide the Location of Construction Joint in a Suspended Slab?
  • What are the Different Types of Construction Joints?
  • Construction Joint - Straight Bars Checklist
  • Construction Joint - Bend up Bars Checklist
  • Construction Joint - Couplers Checklist
  • Construction Joint - Threadsure or ReidBox Checklist
  • Construction Joint - keybox or Ripbox Checklist
  • What is Rebar Drill and Epoxy Detailing?
  • What Are the Common Issues in Drill and Epoxy Detailing?
  • What is Rebar Drill and Epoxy Checklist?
  • What is Concrete Shrinkage & its Different Types?
  • What is the Reason for Drying Shrinkage Cracks?
  • What are Various Solutions to Control Drying Shrinkage Cracks?
  • What are Temporary & Permanent Movement Joint Types?
  • TMJ - Sleeved Dowel - Prop Demonstration
  • TMJ - Sleeved Dowel - Slab to Wall - Potential Issues
  • TMJ - Sleeved Dowel - Slab to Wall - Checks
  • TMJ - Slab to Slab - Sleeved Dowel Checklist
  • TMJ - Slab to Slab/Wall - Fortec Sleeved Dowels
  • TMJ - Slab to Wall/Slab - Pour Strip Checklist
  • TMJ - Slab to Slab/Wall - SRG Surelok Product
  • TMJ - Slab to Slab/Wall - Ancon Lockable Dowels
  • TMJ - Site Made Sleeved Dowel VS Ancon & SureLok
  • PMJ - Slab to Wall/Slab - Danley Shear Connectors
  • PMJ - Slab to Wall/Slab - Ancon Shear Connectors
  • What Are the Key Rebar Checks for a Corbel Connection?
  • What is an Underside Corbel & its Risks?
  • What Are the Most Common Corbel Failures?
  • What is a Post Tensioned (PT) Concrete?
  • What are PT System Design & Construction Benefits?
  • How Does Post Tensioning System Work?
  • What Are the Different Components of a PT Tendon?
  • What Is an Onion Dead End in a PT Tendon?
  • What Are the Different Types of Ducts for a PT Tendon?
  • What Are the Components of Edge Stressing in a PT Tendon?
  • Why do We do Duct Grouting for a PT Tendon?
  • What Are the Considerations for PT Tendon Stressing?
  • What is a Post Tensioning (PT) Pan?
  • Why Are PT Pan Rebar Trimmers Required?
  • Why Are Strand Extensions Measured?
  • What are the Common PT Detailing Practices in Suspended Slabs?
  • What is an Example of a Post Tensioning Drawing?
  • Why is Edge Rebar Required in PT Slabs?
  • What Are the Different Options for Slab Edge Reinforcement?
  • What are the Potential PT Installation Issues?
  • What are the Common Installation Issues for PT Pans?
  • Post Tensioned Slab _ Virtual Site Walk
  • What Are the Different Types of Concrete Structural Cracks?
  • What Are the Different Concrete NON Structural Cracks?
  • What Are the Different Types of Shrinkage Cracks?
  • What are the Different Methods to Repair Concrete Structural Cracks?
  • How Can Concrete Crack Timing Help Identify the Crack Type?
  • How Can a Concrete Crack Location Help Identify the Crack Type?
  • How Can a Concrete Crack Outline Help Identify the Crack Type?
  • What is Concrete Honeycombing Defect?
  • What is Concrete Rain Damage Defect?
  • What is Concrete Spalling Defect?
  • What is Concrete Efflorescence Defect?
  • What is Concrete Colour Variation Defect?
  • What is Concrete Dusting Defect?
  • What is Concrete Bursting Defect?
  • What is a Precast Concrete?
  • What are Precast Starter Dowels Checklist?
  • What are the Checks for Crane Driving & Outrigger Loads?
  • What are the Common Risk with Precast Lifting Points?
  • What are Different Methods to Grout the Precast Horizontal Joints?
  • What are Precast Temporary Bracing Steps?
  • What are Precast Stitch Plate and Wet Joint Connection Detailing?
  • What Should Be Checked in a Precast Ferrule Connection to a Future Slab?
  • What Should Be Checked in a Precast Bend-up Bar Connection to a Future Slab?
  • What Should Be Checked in a Precast Block Out Connection to a Future Slab?
  • What Should Be Checked in a Precast Full Void Connection to a Future Slab?
  • What Are the Common Ways to Connect a Precast Panel to the One Above?
  • What is an Example of a Precast Concrete Drawing?
  • What is the Common Waterproofing Detailing for Precast Horizontal Joints?
  • What are Some Common Examples of Precast Installation Issues?
  • What Are the Common Checks for Slab Formwork Back-Propping?
  • What is an Example of Poor Prop Bearing on Soil?
  • What is an Example of Poor Prop Bearing on Concrete?
  • What Is an Example of Poor Formwork Practice for a Stair?
  • What Is an Example of Poor Formwork Practice for a Circular Column?
  • What Is an Example of Poor Formwork Practice for a Cantilever Slab?
  • What Is an Example of Poor Edge Support for a Formwork System?
Fundamental Steel Structure
  • What are Bolt Fastening Methods?
  • What Surface Preparation Is Required Before Bolting?
  • Why Does the Bolt Tightening Sequence Matter?
  • Bolt Tensioning - Part Turn Method
  • Bolt Tensioning - Load Indicator or DTI Washer
  • Bolt Tensioning - Torque Measurable Wrench
  • Bolt Tensioning - Non-Typical Methods
  • Is It Permissible to Reuse Fully Tensioned Bolts?
  • What Are the Risks Associated with Over-Tensioning Bolts?
  • What Are Bolt Heat Numbers and K Classes?
  • Bolt Tensioning - Other Considerations
  • How Does Rust Affect the Required Bolt Torque?
  • What are Different Weld Types and How to Specify?
  • What Are the Key Considerations for On-Site Welding?
  • What Are the Australian Design and Installation Codes for Steel Structures?
  • What Key Factors Should Be Considered in Steel Structure Design?
  • What Is the Steel Hot Rolling Process?
  • What Are the Acceptable Tolerances in Steel Manufacturing?
  • What Certification and Testing Standards Apply to Steel Manufacturing?
  • What Are the Structural Steel Fabrication Requirements?
  • What Are the Planning Requirements for Steel Welding?
  • What Are the Permissible Tolerances for Root Gap and Weld Radius in a Joint?
  • What Are the Causes and Solutions for Common Weld Imperfections?
  • Identify the Weld Imperfections In These Examples?
  • What Are the Various Causes and Solutions for Weld Cracks?
  • What Are the Required Extents of Weld Testing for Different Construction Categories?
  • What Are the Common Techniques Used for Weld Testing?
  • What Are the Five Environmental Categories for Steel Structures?
  • What are Steel Corrosion Protection Methods?
  • What is Steel Galvanizing and its Methods?
  • What Are the Applications of Different Galvanizing Methods?
  • What are the Steel Painting System Requirements?
  • Galvanized VS Painting and Duplex System
  • What is the Weathering Steel Corrosion Protection System?
  • What is the Steel Cathodic Protection System?
  • What is Galvanic Corrosion and How to Avoid it?
  • What is Stainless Steel, and Where Is It Used?
  • What are Steel Fire Protection Methods?
  • What Are the Key Considerations for Structural Steel Transport?
  • What Are the Key Considerations for Structural Steel Maintenance?
  • What Does Site Preparation & Steel Erection Planning Involve?
  • What Are Different Types of Anchor Bolts or Hold-Down Bolts?
  • What Are the Acceptable Tolerances for Steel Baseplate Installation?
  • What Are the Min Edge Distance for Baseplate Holes?
  • What Are the Key Checks Before Erecting the Steel Column?
  • What Are the Acceptable Erection Tolerances for Column Position?
  • What Are the Common Installation Issues for Steel Baseplate?
  • What Are the Common Issues Related to Steel Baseplate Grouting ?
  • What Are the Main Checks for Fastening Steel Baseplate Bolts?
  • Why Is Installing Temporary Bracing Critical after Steel Column Installation?
  • What is a Column Base Plate & Cap Plate Connection?
  • What Is a Hanging Column and Column Cleat Connection?
  • What Are the Requirements for Beam Positioning, Lifting & Erection ?
  • What Is a Beam Cleat Connection and What Are Its Key Checks?
  • What is a Beam Flexible End Plate Connection and Its Key Checks?
  • What is a Web & Flange Plate Splice Connection?
  • What is a Beam Rigid End Plate Connection and Its Key Checks?
  • What is an End Plate Splice Connection?
  • What Is a Beam Angled Seat Bracket?
  • What Are the Key Considerations for On-Site Welding?
  • What Are the Different Truss Installation Methods?
  • What Are the Different Types of Truss Connections?
  • What Are the Installation Step for Steel Bracings?
  • What Are the Key Considerations for Purlin Installation?
  • What Are Purlin Bridging & Fly Braces?
  • What Are the Common Issues in Purlin Installation?
  • Where is Metal Sheeting Used in a Steel Frame?
  • What Are the Different Metal Sheet Roofing Fixing Methods?
  • What Are the Considerations for Roof-Mounted Plant and Solar Panels?
  • What Are the Installation Considerations for Steel Roof-Mounted Plant and Services?
  • What Is a Composite Slab and What Are Its Benefits?
  • What are Primary and Secondary Steel Beams in a Composite Slab System?
  • What are the Primary Beam Installation Tolerances for Composite Slabs?
  • What are the Secondary Beam Installation Requirements for Composite Slabs?
  • What Checks Are Required During Metal Deck Installation for a Composite Slab?
  • What Are the Different Types of Metal Deck Used in Composite Slabs?
  • What Are the Common Metal Deck Installation Issues in Composite Slabs?
  • What Is a Shear Stud and Its Different Types?
  • What Are the Installation Requirements for Shear Studs?
  • What Are the Common Shear Stud Installation Issues in Composite Slabs?
  • What is Stud Mesh and Its Installation Requirements?
  • What Are the Composite Slab Reinforcement Checks?
  • What Are the Key Checks During Concrete Pouring in a Composite Slab?
  • How Do We Read Composite Slab Drawings?
  • What Type of Movement Joints Are Used in Composite Slabs?
  • What Are the Waterproofing Considerations For a Composite Slab?
  • What are the Various Types of Post-Installed Fasteners & their Applications?
  • What are the Different Failure Types in Post-Installed Fasteners?
  • Does the Location of Post-Installed Fasteners Affect Performance?
  • Why is Scanning the Concrete Critical Before Drilling?
  • What Are the Different Concrete Drilling Methods?
  • Why Is Cleaning the Drill Hole Before Applying Epoxy So Important?
  • What Are the Different Types of Epoxy Used in Chemical Anchors?
  • What Surface Preparation is Required for Steel in Contact with Concrete?
  • What Are the Key Steps in Installing Chemical Anchors?
  • What Are the Post Installed Mechanical Fastener Types?
  • What Are the Installation Steps for Post Installed Mechanical Fasteners?
  • What Are the Clearance Requirements for Steel Fixture Holes?
  • How Often Is Pull Testing Performed on Post-Installed Fasteners?
  • What Are the Common Installation Issues with Post Installed Fasteners?
  • What is a Through-Bolt Connection?
  • What Are the Considerations for Over Head Epoxy Injection?
Fundamental Waterproofing
  • What are the Scope of Work Considerations for the Waterproofing Application?
  • What are the Work Scheduling Considerations for the Waterproofing Application?
  • What are the Resource Planning Considerations for the Waterproofing Application?
  • Concrete Roof 3D Walk _ Substrate Fall Direction
  • Why is it Crucial to Consider Hobs and Plinths When Designing and Constructing Substrate Falls?
  • What Repair Work is Required for Holes and Cracks in a Concrete Substrate?
  • What Repair Work is Required Around Concrete Waste Points?
  • What Repair Work is Needed Around Penetration Points in Plaster Walls or FC Sheeting?
  • Why is Proper Substrate Preparation Critical to the Performance of a Waterproofing System?
  • What are the Common Preparation Methods used for the Concrete Substrates?
  • What are the Common Cleaning Methods after Preparing a Concrete Substrate?
  • What is Over-Flashing Termination Detailing and its Considerations?
  • What are the Different Types of Waterstop Angles and their Design Considerations?
  • What are the Different Fixing Methods for Waterstop Angles?
  • What are the Common Installation Issues with Waterstop Angles?
  • What are the Wet & Humid Weather Impacts on Waterproofing System Application?
  • What are the Hot Weather Impacts on Waterproofing System Application?
  • What are the Cold Weather Impacts on Waterproofing System Application?
  • What are the Main Considerations Before Primer Application?
  • What are the Main Considerations During Primer Application?
  • What are the Waterproofing Detailing Considerations around Water Pipe Penetration Points?
  • What are the Waterproofing Detailing Considerations around Waste Points?
  • What are the Waterproofing Detailing Considerations around Cast In Elements?
  • What Types of Joints and Junction Treatments Are Needed Before Membrane Application?
  • What are the Sealant Considerations for Internal Corner Treatments?
  • What are the Bond Breaker Tapes and Reinforcing Fabric Considerations for Internal Corner Treatments?
  • What are the Cement and Sand Fillet Considerations for Internal Corner Treatments?
  • What are the External Corner Treatments before the Membrane Application?
  • What are the Common Construction Joint Treatments in Waterproofing?
  • What are the Common Cold Joint Treatments in Waterproofing?
  • What are the Common Temporary Movement Joint Treatments in Waterproofing?
  • What are the Common Permanent Movement Joint Treatments in Waterproofing?
  • Bathroom Waterproofing _ 3D Inspection
  • Planter Box Waterproofing _ 3D Inspection
  • Plant Roof Waterproofing _ 3D Inspection
  • Waterproofing Lessons Learnt _ 3D Building Model
  • Waterproofing Materials Checks
  • Waterproofing Applicator Checks
  • Concrete Substrate Repair Checks
  • Substrate Fall Checks
  • Plaster Wall Prepare Checks
  • Substrate Preparation Checks
  • Waterstop Installation Checks
  • Primer Pre-Application Checks
  • Primer Application Checks
  • Primer Post-Application Checks
  • Plaster Wall Treatments Checks
  • Plaster Wall Penetration Point Checks
  • Internal Corner Treatments Checks
  • External Corner Treatments Checks
  • Cast-In Element Treatments Checks
  • Waterstop Angle Treatment Checks
  • Concrete Joint Treatments Checks
  • Membrane Pre-Application Checks
  • Liquid Membrane Application Checks
  • Sheet Membrane Application Checks
  • Membrane Post - Application Checks
  • Membrane Temporary Protection Checks
  • Membrane Physical Protection Checks
  • Membrane Chemical Protection Checks
  • Membrane with NO Protection Checks
Fundamental Ground works
  • Embedded Retaining Wall Types _ 3D Model
  • What is Earthwork and its different Steps?
  • What is the subgrade and its construction steps?
  • What are the potential issues when preparing the subgrade?
  • What are the various layers of earthwork placed above the subgrade?
  • What are the different fill materials for the base and subbase layers?
  • What factor primarily influences the selection of fill layer thickness?
  • What are the different fill types?
  • What is a controlled fill and its common types?
  • What are the different compaction methods and their issues?
  • What are the primary factors that impact soil compaction levels?
  • How do we assess the quality and workmanship of the earthwork?
  • What potential problems may arise during stockpiling?
  • What is a working platform and its requirements?
  • How do we interpret an earthwork drawing?
Post Tensioned Slab Design
  • Introduction to PT Slab Design
  • Post Tensioning System
  • PT System Behavior
  • PT Tendon Components
  • Edge & Surface Stressing
  • Anchorage Zone Failures
  • PT Strand and Duct Properties
  • PT Slab Drawings
  • Loading Requirements - Dead Loads
  • Loading Requirements - Live Loads
  • Concrete Exposure Classification
  • Reo Cover Cals _ Flat Slab
  • Reo Cover Cals _ One Way Slab
  • Reo Cover & FRP
  • Load Balancing
  • Slab Initial Depth
  • Structural Actions
  • Design Load Combinations
  • Strut-Tie Load Path
  • PT Anchorage Zone Failures
  • Slab Deflection Limits
  • Concrete Degree of Crack Controls
  • Movement Joint Needs
  • Stressing level & Crack Control
  • PT Losses
  • Crack Control Degree Example
  • Different Types of Slab Joints
  • Slab Movement Joints - Examples
  • Slab Movement Joints Overview
  • TMJ - Sleeved Dowel Connection Checks
  • TMJ - Pour Strip Connection Checks
  • Movement Joint - Other Types
  • Introduction to Structural Load Path
  • Slab One Way Shear
  • Slab Two Way Shear
  • Beam Structural Behaviour
  • Wall & Column Structural Load Path
  • Strut-Tie Introduction
  • Strut-Tie Examples
  • Strut-Tie in Wide Beams
  • Stiffer Load Path
  • Slab Structural Load Path - Exp 1 - Part 1
  • Slab Structural Load Path - Exp 1 - Part 2
  • Slab Structural Load Path - Exp 2 - Part 1
  • Slab Structural Load Path - Exp 2 - Part 2
  • Slab Structural Load Path - Exp 3 - Part 1
  • Slab Structural Load Path - Exp 3 - Part 2
  • Structural Load Path - Assignment
  • RAPT Modelling - Introduction
  • Slab Modelling - Create Slab Geometry
  • Slab Modelling – Define Design Properties
  • Slab Modelling - Define Span Length & Depth
  • Slab Modelling - Modelling Columns
  • Slab Modelling - Modelling Transverse Beam
  • Slab Modelling - Modelling Steps
  • Slab Modelling - Assign Loading
  • Slab Modelling - Model PT Tendons
  • Slab Modelling - Check Reo Properties
  • Slab Modelling - Check Design Parameter
  • Slab Modelling - Model Point Load in Slab
  • Slab Output - Strength - Bending Check
  • Slab Output - Serviceability - P/A Check
  • Slab Output - Strength - Shear Check
  • Slab Output - Shear & Moment Diagrams
  • Slab Output - Serviceability - Deflection Check
  • Beam Modelling - Creating Beam Geometry
  • Beam Modelling - Define Design Properties
  • Beam Modelling - Modelling Column & Beams
  • Beam Modelling - Modelling PT and Check Design Parameter
  • Beam Output - Checks
  • Presenter Intro & Post Tensioning Types
  • Modelling and Design Procedure in RAM Concept
  • Modelling Slab Profile
  • Column Modelling
  • Wall Modelling
  • Load Cases, Pattern and Load Combinations
  • Latitude Design Strip Generation
  • Longitude Design Strip Generation
  • Latitude Design Strip Properties
  • Longitude Design Strip Properties
  • Punching Shear Properties
  • Calculate Required Tendon Size & Spacing
  • Generate Latitude Tendon Profile Polylines
  • Create and Edit Latitude Tendons in RAM
  • Create and Edit Longitudinal Tendons in RAM
  • Tendon Extensions and Stressing Levels
  • Check PT Site Extensions - PlanRead App
  • Calculate & Define Deflection Parameters
  • Read Design Status Tab
  • Read RAM Rule Set Design Tab
  • Modelling & Design Steps Overview
  • Design Strip Generation Overview
  • Design Strip Warning Fix - Part I
  • Design Strip Warning Fix - Part II
  • Design Strip Warning Fix - Part III
  • Load Cases & Combination Hints
  • Define Lateral Load Cases - Example
  • Deflection & Load History Parameters
  • Construction Load & Load History Example
  • Design Strip Results - Part I
  • Design Strip Results - Part II
  • Design Strip Results - Part III
  • Design Strip Results - Part IV
  • Define New Plans & Reo Hints
  • Any Limitations in RAM
Shoring Design
  • Introduction to WALLAP course
  • Various Shoring Wall Solutions
  • WALLAP - Review Geotechnical Reports
  • WALLAP - Input Tab
  • WALLAP - Strata Tab
  • WALLAP - Define Soil Type
  • WALLAP - Cohesionless and Cohesive Soil
  • WALLAP - Soil Consolidation State
  • WALLAP - Soil Ka K0 Kp
  • WALLAP - Soil Ground Water Level
  • WALLAP - Shoring Wall Properties
  • WALLAP - Define Struts and Anchors
  • WALLAP - Props Tab
  • WALLAP - Define Construction Staging
  • WALLAP - Analysis Options
  • WALLAP - Load Combinations
  • WALLAP - Read Results
  • WALLAP - Shoring Wall Structural Design
  • WALLAP - Shoring Wall Drawings & Construction
  • WALLAP Advanced Course - What is Covered
  • Wallap Adv - Session Introduction
  • Retaining Wall Types
  • Retaining Wall Lateral Supports
  • Soil Structure Interaction Analysis
  • Limit Equilibrium Analysis
  • Critical State of Soil
  • Define Struts and Anchors
  • Q & A - Part 1
  • Single Pile Analysis Overview
  • Single Pile in Sand Example
  • Limiting Pressure for Cohesive Soil
  • Single Pile in Clay Example
  • Water Pressure Distribution
  • 2D Finite Element
  • Wedge Analysis Overview
  • Wedge Analysis - Berm Example
  • Wedge Analysis - Concentrated Surcharge Exp
  • Wedge Analysis - Sloping Back Fill Example
  • Earthquake Loading Analysis
  • Undrained Soil Parameters
  • Wallap Other Features
  • Q & A - Part 2
  • Q & A - Part 3
  • Q & A - Part 4
  • Q & A - Part 5
  • Q & A - Part 6
  • Q & A - Part 7
  • Introduction to SlopeW
  • Fundementals Behind SlopeW
  • Slice Method Principles
  • Drained & Undrained Soil
  • Material Models in SLOPEW
  • Finite Element Stress Methods
  • SlopeW Analysis - Example I - Part I
  • SlopeW Analysis - Example I - Part II
  • SlopeW Analysis – Example II
  • Define Pore Water Pressure
  • Define Surcharge & Point Load
  • Define Anchor & Nails
Steel Structure Design
  • Steel Design Intro - Strength
  • Steel Design Intro - Serviceability
  • Steel Design Intro - Deflection Formula & Load Combination
  • Tension Member - Gross & Net Area
  • Tension Member - Net Area - Exp
  • Tension Member - Connection Capacity - EXP
  • Compression Member - Possible Failures
  • Compression Member - Section Yield Capacity - Exp
  • Compression Member - Slenderness
  • Compression Member - Slenderness Reduction Factor
  • Compression Member - Member Capacity
  • Steel Beam - Design Intro
  • Section Capacity - Local & Global Buckling
  • Section Capacity - Flange & Web Slenderness - Exp
  • Section Capacity - Yield & Plasticity Limit
  • Section Capacity - Effective Section Modules
  • Section Capacity - Section Moment Capacity
  • Member Capacity - Effective Length
  • Member Capacity -Lateral Restraint Types
  • Member Capacity - Effective Length - Exp
  • Member Capacity - Reference Buckling Moment - Exp
  • Member Capacity - Moment Modification Factor - Exp
  • Web Shear Capacity - Yield & buckling Capacity
  • Web Shear Capacity - Yield & buckling Capacity - Exp
  • Web Shear Capacity - Stiffened Web - Exp
  • Bearing Capacity - Bearing Failures
  • Bearing Capacity - Yield & Buckling Capacity
  • Bearing Capacity - Normal Web - Exp
  • Bearing Capacity - Increase Bearing Capacity
  • Bearing Capacity - Stiffened Web - Intro
  • Bearing Capacity - Stiffened Web - Exp
  • Beam-Column Member
  • Uni-Axial Design Example
  • Truss Analysis - Introduction
  • Truss Examples
  • Truss Analysis - Joint Method - Determinate or Indeterminate
  • Truss Analysis - Joint Method -Free Body Diagram
  • Truss Analysis - Joint Method - Part I
  • Truss Analysis - Joint Method - Part II
  • Truss Analysis - Joint Method - Check Results
  • Truss Analysis - Cut Method - Introduction
  • Truss Analysis - Cut Method - Free Body Diagram
  • Truss Analysis - Cut Method - Check Results
  • Beam Analysis - Cut Method - Part I
  • Beam Analysis - Cut Method - Part II
  • Beam Analysis - Quick Method - Part I
  • Beam Analysis - Quick Method - Part II
  • Beam Analysis - Quick Method - Part III
  • Beam Analysis - Moment Distribution - Introduction
  • Beam Analysis - Moment Distribution - Distribution Factor
  • Beam Analysis - Moment Distribution - Rigid End Moments
  • Beam Analysis - Moment Distribution - Moment Distribution Table
  • Beam Analysis - Moment Distribution - Member End Moments
  • Beam Analysis - Moment Distribution - Member End Shear & SFD
  • Beam Analysis - Moment Distribution - Draw BMD
  • Frame Analysis - Cut Method - Part I
  • Frame Analysis - Cut Method -Part II
  • Frame Analysis - Cut Method - Part III
  • Frame Analysis - Moment Distribution - Distribution Factors
  • Frame Analysis - Moment Distribution - Rigid End Moments
  • Frame Analysis - Moment Distribution - Form Table