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WHITE FROG LEARNING PORTFOLIO
Course Library
Explore the White Frog learning portfolio by technology, discipline and subject area. Search individual modules or browse complete learning pathways to see the content available across our training resources.
20 Learning Pathways
Practical Industry Workflows
Trainer-Ready Resources
Digital Skills & Capability
LEARNING CONTENT
Explore the Portfolio
Select a course to reveal its modules. Search by course, module title or module code to quickly locate the learning content you need.
RAC
REVIT
Revit for Architecture
RAC 00
Revit in a Nutshell
A concise introduction to the Revit environment, its core concepts and how model-based workflows support coordinated project delivery.
RAC 01
Introducing Revit as a BIM Tool
Understand BIM principles, benefits, industry drivers and the implications for project teams, workflows, deliverables and responsibilities.
RAC 02
UI Tour, Project Navigation and View Creation
Learn to navigate Revit, create and interrogate plans, sections, elevations, 3D views, grids, levels, dimensions and scope boxes.
RAC 03
Element Selection and Manipulation
Develop confidence selecting and editing model elements using properties, instance and type parameters, modify tools, nodes and snaps.
RAC 04
Visibility Control and Categorisation
Control how model information is displayed using project-wide, view-specific, element-specific and individual line overrides.
RAC 05
Model Development Methodology
Explore how BIM projects develop from templates through increasing levels of information, component complexity and graphical control.
RAC 06
Wall Creation and Manipulation
Create and position walls, work with levels, attach walls, edit wall profiles and manage set-out information and openings.
RAC 07
Floors, Roofs and Ceilings
Create floors, roofs and ceilings using sketching principles, relationships to supporting elements and methods for controlling slopes.
RAC 08
Window, Door and Component Use
Understand Revit family terminology, component placement, hosting behaviour and the use of doors, windows and level-hosted elements.
RAC 09
System Family Editing
Edit composite system families, understand layer functions and wrapping, and build reusable system family definitions for project use.
RAC 10
Basic Schedules and Legends
Extract model information through schedules, material take-offs and legends, including component data, styles, quantities and costs.
RAC 11
Geometry Formation and In-Place Families
Create and manipulate solid and void geometry using extrusions, blends, revolves, sweeps and swept blends within in-place families.
RAC 12
Massing Tools and the Building Maker
Develop conceptual building forms using massing tools, analyse design concepts and create contextual terrain, buildings and surrounding features.
RAC 13
Stairs, Ramps and Railings
Create standard and multi-storey stairs, ramps and both hosted and stand-alone handrail systems.
RAC 14
Basic Curtain Walls
Understand curtain wall structure, panels and mullions, then develop both logic-driven curtain walls and more complex curtain systems.
RAC 15
Room Data and Colour-Fill
Define, tag and schedule rooms, manage areas and volumes, and create area plans, colour schemes and legends.
RAC 16
2D Draughting and Annotation
Produce detailed 2D construction information using detail components, repeating details, lines, text, tags, keynotes and annotation tools.
RAC 17
Sheet Compilation and Publication
Organise project information, create and populate sheets, manage schedules, revisions and publishing in line with ISO 19650 workflows.
RAC 18
Basic Subdivision and Collaboration
Introduce BIM strategy, model management, worksharing, team collaboration, transmittal protocols and basic large-model subdivision.
RAC 19
Introduction to the Principles of Family Editing
Learn the core family creation process and apply a structured workflow to build a fully parametric furniture component.
RME
REVIT
Revit for Building Services
RME 00
Revit in a Nutshell
Get a practical introduction to Revit building services workflows through an interactive exercise creating mechanical and electrical systems.
RME 01
Introducing Revit as a BIM Tool
Understand BIM principles, benefits, industry drivers and the implications for project teams, workflows, deliverables and responsibilities.
RME 02
UI Tour, Project Navigation and View Creation
Learn to navigate Revit, interrogate the model and create plans, sections, elevations, 3D views, grids, levels, dimensions and scope boxes.
RME 03
Element Selection and Manipulation
Develop confidence selecting and editing model elements using properties, instance and type parameters, modify tools, nodes and snaps.
RME 04
Visibility Control and Categorisation
Control graphical display using project-wide settings, view-specific overrides, element-specific overrides and individual line controls.
RME 05
Model Development Methodology
Explore how a BIM project develops from a base template while managing information growth, component complexity and graphical representation.
RME 06
Establishing a Project
Configure project units and MEP settings, link architectural models, support collaboration and use coordination review and copy/monitor tools.
RME 07
Introduction to Building Elements
Work with walls, floors, roofs, ceilings, columns and beams while applying sketching rules, slopes and system family editing principles.
RME 08
Equipment, Fixtures and Fittings
Understand family terminology, component placement, level selection, hosting behaviour and MEP workflows for equipment, fixtures and fittings.
RME 09
Introducing Systems
Set up mechanical, electrical and piping systems using project profiles, the System Browser, connectors and generated system layouts.
RME 10
Basic Schedules and Legends
Extract model information through schedules, material take-offs and legends, including component data, styles, quantities and costs.
RME 11
Geometry Formation and In-Place Families
Create and manipulate solid and void geometry using extrusions, blends, revolves, sweeps and swept blends within in-place families.
RME 12
Mechanical Systems
Configure mechanical settings and create duct, piping and ventilation systems using fittings, insulation, lining, plant and mechanical equipment.
RME 13
Electrical Systems and Circuits
Model electrical equipment, devices, fixtures, wiring, cable tray and conduit, then create circuits, switch systems and service-type filters.
RME 14
Plumbing Systems
Configure plumbing settings and create sanitary, domestic hot-water and cold-water systems using fixtures, piping and the System Browser.
RME 15
Spaces, Zones, Areas and Volumes
Define and manage spaces, zones, areas and volumes using bounding elements, tags, schedules, calculations, colour schemes and external data.
RME 16
2D Draughting and Annotation
Produce detailed construction information using annotation tools, detail components, repeating details, lines, text, tags and keynotes.
RME 17
Sheet Compilation and Publication
Organise project information, create and populate sheets, manage schedules, revisions and publishing in line with ISO 19650 workflows.
RME 18
Basic Subdivision and Collaboration
Introduce BIM strategy, model management, worksharing, team collaboration, transmittal protocols and basic large-model subdivision.
RME 19
Introduction to the Principles of Family Editing
Learn the core family creation process and apply a structured workflow to build a fully parametric mechanical component.
RST
REVIT
Revit for Structure
RST 00
Revit in a Nutshell
Get a practical introduction to Revit by creating and documenting a basic building and exploring the principles behind model-based structural workflows.
RST 01
Introducing Revit as a BIM Tool
Understand BIM principles, benefits, industry drivers and the implications for project teams, workflows, deliverables and responsibilities.
RST 02
UI Tour, Project Navigation and View Creation
Learn to navigate Revit, interrogate the model and create plans, sections, elevations, 3D views, grids, levels, dimensions and scope boxes.
RST 03
Element Selection and Manipulation
Develop confidence selecting and editing model elements using properties, instance and type parameters, modify tools, nodes and snaps.
RST 04
Visibility Control and Categorisation
Control graphical display using project-wide settings, view-specific overrides, element-specific overrides and individual line controls.
RST 05
Model Development Methodology
Explore how BIM projects develop from a base template while managing information growth, component complexity and graphical representation.
RST 06
Establishing a Project
Configure structural units, symbolic and analytical settings, link architectural information and use copy/monitor and coordination review tools.
RST 07
Modelling Basics – Walls, Columns, Beams and Bracing
Create and coordinate walls, columns, beams and bracing while understanding element placement, connectivity, behaviour and graphical display.
RST 08
Foundations and Piling
Model structural foundations including pads, piles, strips, slabs, ground beams, foundation walls, piers, pilasters and pile caps.
RST 09
System Family Editing
Edit composite system families, understand functions and layer wrapping, and create reusable system family definitions for structural projects.
RST 10
Basic Schedules and Legends
Extract structural model information through column schedules, graphical foundation schedules, material take-offs, legends and cost data.
RST 11
Geometry Formation and In-Place Families
Create and manipulate solid and void geometry using extrusions, blends, revolves, sweeps and swept blends within in-place families.
RST 12
Slab and Roof Tools
Create slabs and roofs using sketching rules, support relationships, cantilevers, span direction, slopes, slab foundations and slab edges.
RST 13
Stairs, Ramps and Railings
Create standard and multi-storey stairs, ramps and both hosted and stand-alone handrail systems.
RST 14
Beam and Truss Systems
Create and modify beam systems, concrete framing, pan joist slabs and trusses, including placement, family creation and attachment to roofs and floors.
RST 15
Construction Sequencing (Phasing)
Manage project phases, filters and graphic overrides, and represent existing, new, infill and demolished elements through construction sequencing.
RST 16
2D Draughting and Annotation
Produce detailed construction information using annotation tools, detail components, repeating details, lines, text, tags and keynotes.
RST 17
Sheet Compilation and Publication
Organise project information, create and populate sheets, manage schedules, revisions and publishing in line with ISO 19650 workflows.
RST 18
Basic Subdivision and Collaboration
Introduce BIM strategy, model management, worksharing, team collaboration, transmittal protocols and basic large-model subdivision.
RST 19
Introduction to the Principles of Family Editing
Learn the core family creation process and apply a structured workflow to build a fully parametric pile foundation family.
RST 20
Considering Options and Alternatives
Understand design option terminology and workflows, create option sets and evaluate alternative design solutions within a coordinated Revit model.
RLA
REVIT
Revit for Landscape Architecture
RLA 01
Introducing Revit as a BIM Tool
Understand BIM principles, benefits, industry drivers and the implications for project teams, workflows, deliverables and responsibilities.
RLA 02
UI Tour, Project Navigation and View Creation
Learn to navigate Revit, interrogate the model and create plans, sections, elevations, 3D views, grids, levels, dimensions and scope boxes.
RLA 03
Element Selection and Manipulation
Develop confidence selecting and editing model elements using properties, instance and type parameters, modify tools, nodes and snaps.
RLA 04
Visibility Control and Categorisation
Control graphical display using project-wide settings, view-specific overrides, element-specific overrides and individual line controls.
RLA 05
Model Development Methodology
Explore how a BIM project develops from a base template while managing information growth, component complexity and graphical representation.
RLA 06
Create a Terrain Model
Create terrain using toposolids, link DWG survey data, establish coordinates and develop a coordinated site model from survey information.
RLA 07
Working with Other Disciplines
Coordinate with other disciplines by linking Revit models, managing shared coordinates and preparing models for effective transmittal.
RLA 08
Preparing the Plot
Set project orientation, manage toposolids and graded regions, and define building footprints, retaining walls, gardens, pathways and subdivisions.
RLA 09
Working with Slabs
Create and modify slabs for landscape features using bespoke system families, slopes, slope arrows, points, split lines, pavements and patios.
RLA 10
Kerbs and Profiles
Apply kerbs using sweep tools, load profile families and create in-place profiles for bespoke landscape edge conditions.
RLA 11
Adding Site Components
Place stairs, ramps, furniture, shelters, bollards and external lighting, and create bespoke components to support detailed landscape design.
RLA 12
Placing Structural Elements
Add and modify structural elements for context, including framing, beam systems and elevations, to coordinate landscape models with structural information.
RLA 13
Contextual Massing
Use geometry formation and in-place massing tools to create and position simple contextual forms within the landscape model.
RLA 14
Scheduling Elements
Create component schedules and material take-offs to quantify planting, materials and other landscape elements directly from the model.
RLA 15
Hatching Regions
Represent landscape information using surface patterns, filters, filled regions, area tools, area plans, colour schemes and legends.
RLA 16
2D Draughting and Annotation
Produce detailed construction information using annotation tools, detail components, repeating details, lines, text, tags and keynotes.
RLA 17
Sheet Compilation and Publication
Organise project information, create and populate sheets, manage schedules, revisions and publishing in line with ISO 19650 workflows.
RLA 18
Rendering
Apply materials and textures, develop camera views, produce rendered perspectives and walkthroughs, and export visualisations as video.
RLA 19
Introduction to the Principles of Family Editing
Learn the core family creation process and apply a structured workflow to build a fully parametric planter component.
RVT
REVIT
Revit Advanced
RVT 01
Considering Options and Alternatives
Understand design option terminology and workflows, create option sets and explore how alternative design solutions can be developed within a Revit project.
RVT 02
Construction Sequencing (Phasing)
Manage project phases, phase filters and graphic overrides, and represent existing, new, infill and demolished elements through construction sequencing.
RVT 03
Project Setup and Managing Coordinates
Establish building and site models, prepare CAD data, manage real-world coordinates and create a shared coordinate system between linked Revit models.
RVT 04
Energy Analysis of a Revit Model
Explore energy simulation from early conceptual massing through to detailed building models using material properties, components and room data.
RVT 05
Placing Structural Elements
Add structural context using columns, beams, bracing, foundations, slabs, piers, beam systems and trusses without moving into analytical design.
RVT 06
Creating 2D Content Part One
Begin creating bespoke Revit Family Editor content using 2D detail elements, profile templates, reusable shapes, naming conventions and content standards.
RVT 07
Nesting Elements to Create Complex Families
Build more sophisticated families by nesting components, positioning and locking sub-elements, and controlling nested geometry through parameters.
RVT 08
Creating 2D Content Part Two
Create efficient 2D detail content from manufacturer CAD data using appropriate line weights, sanitised geometry, nesting and profile families.
RVT 09
Parameters and Formulae
Use parameters, formulae and correct syntax to create geometry that responds intelligently to dimensional changes and maintains consistent patterned behaviour.
RVT 10
Creating Three Plated Structural Families
Apply structured family creation principles to parametric structural profiles using parameters, formulae and calculated properties such as area, mass and weight.
RVT 13
Preparing the Analytical Model
Coordinate physical and analytical structural models, manage analytical instances, alignment, nodes, links and structural roles to improve model connectivity.
RVT 14
Creating Parametric Trusses
Use Revit's truss tools to load, place and modify structural trusses before creating a fully parametric truss family from scratch.
RVT 15
Applying Loads
Add point, line, area and hosted loads, define load cases and combinations, manage boundary conditions and prepare analytical models for structural analysis.
RVT 16
Working with Parametrics
Control modelled geometry using parameters, reference planes, reference lines, work planes and logical rules to create flexible parametric components.
RVT 17
Placing Reinforcement
Model and document 3D reinforcement using rebar, area, path and fabric reinforcement, cover rules, shape codes, numbering and scheduling.
RVT 18
Steel Connections
Create and reuse steel connections using fabrication elements, modifiers, parametric cuts, system connections and custom user-defined connection workflows.
RVT 19
RC Detailing
Produce reinforced concrete detailing using partitions, multi-rebar annotation, tags, assembly views, general arrangement drawings and reinforcement schedules.
RVT 20
Robot Interoperability
Transfer structural models between Revit and Robot Structural Analysis, apply load combinations, run analysis, adjust member sizes and update the Revit model.
RVT 21
Precast Tools
Configure precast walls and slabs, use parts and segmentation tools, add reinforcement and generate shop drawings using Revit's precast workflows.
NVS
COORDINATION
Navisworks Manage
NVS 00
Navisworks in a Nutshell
Get a rapid practical introduction by appending models, navigating the project, creating animation, running simulations, checking clashes and performing material take-off.
NVS 01
Introducing Navisworks as a BIM Tool
Understand where Navisworks fits within BIM and construction workflows, its capabilities, industry drivers and the implications for teams and project delivery.
NVS 02
UI Tour
Explore the Navisworks interface, menus, ribbon, navigation tools, dockable windows, workspaces, keyboard shortcuts and core project review features.
NVS 03
Compiling and Managing a Project
Configure options, work with NWD, NWF and NWC files, append and transform models, use batch utilities and manage project appearance and publishing.
NVS 04
Exploring the Model
Navigate complex models using realism controls, render styles, lighting, backgrounds, clipping planes and performance settings for efficient model review.
NVS 05
Reviewing, Redlining, Links and SwitchBack
Review coordination issues using find and compare tools, manipulate objects, add redlines and comments, attach links and use SwitchBack for issue resolution.
NVS 06
Viewpoint Creation, Sectioning and Animation
Create and manage viewpoints, use section planes and boxes, record animations and export coordinated model sequences as videos and slideshows.
NVS 07
Animation and Interactivity
Use Animator and Scripter to create object animations and add interactive events and actions that respond dynamically within the model.
NVS 08
Autodesk Rendering
Apply Autodesk materials and lighting, modify object appearance and use rendering tools to create higher-quality visualisations of coordinated models.
NVS 09
Simulation and the TimeLiner
Create 4D construction simulations by linking model objects to tasks, connecting external schedules and exporting animated construction sequences.
NVS 10
Interference Management – Clash Detective
Run and refine clash tests, use rules and search sets, review and resolve results, create reports and perform time-based clash testing with TimeLiner.
NVS 11
Material Take-Off – Quantification
Quantify 2D and 3D information using catalogs, work breakdown structures, model variables and formulas, then export material take-off results for downstream use.
FUS-E
MANUFACTURING
Autodesk Fusion Essentials
FUS-E 01
Introduction to Autodesk Fusion
Explore the Fusion ecosystem, cloud data management, hubs, projects, roles, permissions, workspaces, file management and version control.
FUS-E 02
Parametric Sketching Fundamentals
Develop stable parametric sketches using constraints, dimensions and design intent across 2D and 3D sketch environments.
FUS-E 03
Part Modelling
Build feature-based mechanical parts using extrude, revolve, holes, threads, fillets, chamfers, patterns, shell tools and timeline-based editing.
FUS-E 04
Assemblies
Create structured multi-component assemblies using components, joints, rigid groups, joint limits, contact sets and motion testing.
FUS-E 05
Drawings and Annotations
Produce professional manufacturing drawings with views, dimensions, hole notes, parts lists, balloons, title blocks, revisions and PDF or DWG output.
FUS-E 06
Additional Modelling
Extend core modelling skills using Sweep, Revolve, Extrude and Loft alongside guide rails, centrelines, ribs, webs, patterns, mirror tools and materials.
FUS-C
MANUFACTURING
Autodesk Fusion CAM & CNC Essentials
FUS-C 01
2D Machining
Build a complete 2D machining workflow using CNC codes, setups, facing, contouring, pockets, counterboring, drilling, tapping, simulation and post-processing.
FUS-C 02
2D Adaptive Milling
Apply high-efficiency 2D adaptive clearing strategies, manage tool engagement, rough and finish features, machine holes and chamfers, verify toolpaths and generate NC code.
FUS-C 03
3+2 Machining with 3D Adaptive and 3D Pocket Clearing
Develop multi-orientation machining strategies using 3D Adaptive and 3D Pocket Clearing, including stock selection, rest machining, pocket recognition and complex feature machining.
FUS-C 04
High-Speed 3D Machining
Create efficient high-speed 3D toolpaths using adaptive roughing, rest machining, contour, scallop, horizontal and pencil strategies with simulation and post-processing.
FUS-C 05
Advanced 3D Machining
Apply advanced 3D machining workflows using adaptive clearing, rest machining, slope-based control, flat-area finishing, parallel strategies and pencil machining.
FUS-C 06
Turning
Create turning setups and toolpaths for facing, profile roughing and finishing, grooving, threading and parting-off, then simulate and post-process the completed component.
FUS-C 07
Additive FFF
Introduce fused filament fabrication workflows including additive setup, machine and material selection, print settings, supports, bed adhesion, toolpaths, simulation and post-processing.
ACD-E
AUTOCAD
AutoCAD Essentials
ACD-E 01
Introduction to AutoCAD
Explore the AutoCAD interface, file operations, menus, ribbons, command line, tool palettes and coordinate systems while learning how to navigate drawings.
ACD-E 02
Creating Basic Shapes
Create basic geometry using lines, circles and rectangles while learning placement methods, polar tracking and undo and redo workflows.
ACD-E 03
Creating a Simple Drawing and Shapes
Reinforce core drafting skills using lines, rectangles, circles, relative and absolute coordinates and polar tracking to create simple drawings.
ACD-E 04
Drawing Accuracy
Improve drawing accuracy using object snaps, snap tracking, grid and snap settings, override snaps and polar tracking at defined angles.
ACD-E 05
Manipulating Objects
Select and modify drawing elements using copy, move, scale, mirror, array and object grips to efficiently manipulate geometry.
ACD-E 06
Additional Exercises
Apply fundamental AutoCAD skills through electrical, landscape, mechanical and structural exercises designed to reinforce core drafting workflows.
ACD-E 07
Organising the Drawing
Create templates, configure units, work with layers and manage layer and object properties to establish well-organised drawing standards.
ACD-E 08
Creating Advanced Shapes
Create more complex geometry using polylines, arcs, polygons and ellipses while developing efficient object creation techniques.
ACD-E 09
Analysing Model and Object Properties
Inspect and compare object information using Properties, Quick Properties, List, Match Properties and measurement tools for distance, radius, angle and area.
ACD-E 10
Practical Example Projects
Apply drafting, layer and object-property skills to architectural, mechanical and site-based projects using lines, polylines and organised drawing structures.
ACD-E 11
Advanced Object Editing
Modify geometry using offset, explode, trim, extend, fillet, chamfer, stretch, join, break, polyline editing and advanced grip techniques.
ACD-E 12
Using Element Block Libraries
Understand blocks and dynamic blocks, insert blocks with attributes and reuse content from DesignCenter and Tool Palettes.
ACD-E 13
Practical Example Projects
Reinforce drawing skills through mechanical, architectural, civil and landscape exercises including floor plans, components and site layouts.
ACD-E 14
Configuring a Layout
Create and manage layouts and viewports, work between model space and paper space, control viewport scales and manage viewport-specific layers.
ACD-E 15
Printing a Drawing
Configure page setups, plot styles, CTB and STB files, print formats and drawing output for consistent professional plotting.
ACD-E 16
Practical Printing Examples
Apply layout, viewport scaling and plotting techniques to practical mechanical and architectural drawing examples.
ACD-E 17
Annotating Drawings
Add and manage text, multileaders and tables using styles, fonts, sizes, colours, editing tools and document-wide annotation settings.
ACD-E 18
Hatching Regions
Create and customise hatch regions using boundaries, islands, pattern settings, scale, angle, draw order, annotative behaviour and matching properties.
ACD-E 19
Dimensioning Drawings
Apply linear, aligned, angular, radial, ordinate, baseline and continuous dimensions while configuring associative dimension styles and units.
ACD-E 20
Practical Annotation Examples
Reinforce annotation workflows by dimensioning and documenting mechanical, architectural and civil projects using the techniques developed throughout the course.
ACD-I
AUTOCAD
AutoCAD Intermediate
ACD-I 01
Efficient Use of AutoCAD
Improve productivity through custom workspaces, keyboard techniques, multiple drawings, advanced grips, object display and efficient layer management.
ACD-I 02
Accurate Positioning
Position geometry accurately using Cartesian and polar coordinates, dynamic input, relative coordinates, object snap tracking, temporary points, construction lines and rays.
ACD-I 03
Practical Productivity Examples
Apply productivity techniques across mechanical, civil, landscape and architectural exercises using tracking, dynamic input and efficient drafting tools.
ACD-I 04
Working with Parameters
Control drawing behaviour using geometric and dimensional constraints, dynamic blocks and constraint workflows involving blocks and external references.
ACD-I 05
Blocks
Create, edit and organise reusable blocks using Wblocks, in-place editing, the Block Editor, layer control, purging and custom Tool Palettes.
ACD-I 06
Practical Blocks Examples
Reinforce block workflows through practical mechanical, architectural and civil utility-layout exercises.
ACD-I 07
Template Creation
Build reusable drawing templates by configuring standards, units, limits, layers, linetypes, page setups and drawing properties.
ACD-I 08
Advanced Layouts
Create named views and advanced viewports, apply viewport clipping, layer overrides and annotative scales, and manage multi-view drawing layouts.
ACD-I 09
Creating New Styles
Create and manage text, dimension, dimension sub-styles and multileader styles to standardise annotation across drawings.
ACD-I 10
Practical Examples – Drawing Setup
Build discipline-specific templates incorporating layers, limits, text, dimension and multileader styles for schematic, interior, civil and mechanical work.
ACD-I 11
Working with External References
Attach and manage Xrefs, change reference paths, manipulate referenced content, edit references in-place and apply clipping to coordinated drawings.
ACD-I 12
Practical Examples – Drawings
Apply intermediate AutoCAD skills to title blocks, mechanical parts, architectural layouts and schematic projects through structured hands-on exercises.
ACD-A
AUTOCAD
AutoCAD Advanced 3D
ACD-A 01
Advanced Blocks and Attributes
Create dynamic and annotative blocks, add parameters, actions and attributes, then extract component information into organised drawing schedules and tables.
ACD-A 02
Output and Publishing
Publish and share drawing sets using DWF and DWFx workflows, manage markups and batch plot multiple electronic or paper drawings.
ACD-A 03
Collaboration Tools
Package project information using eTransmit, create reusable transmittal setups and use hyperlinks to connect drawings with supporting information.
ACD-A 04
Cloud Collaboration and Model Integration
Share files through cloud workflows, integrate Navisworks models into AutoCAD and explore coordinated model display and navigation techniques.
ACD-A 05
3D Essentials
Move from 2D drafting into 3D modelling using the 3D workspace, visual styles, navigation tools, orbiting, ViewCube, SteeringWheel and UCS principles.
ACD-A 06
Basic Solids
Create 3D geometry using solid primitives and composite solids, then create, refine and convert mesh models into solid geometry.
ACD-A 07
User Coordinate System
Reposition and rotate the UCS, change its origin and alignment and save reusable coordinate systems for modelling on different 3D planes.
ACD-A 08
3D Solids and Surfaces
Develop 3D models using Extrude, Presspull, Revolve, Loft and Sweep tools together with solid, surface and NURBS modelling techniques.
ACD-A 09
3D Editing
Modify 3D geometry using shell, imprint, slice, interference checking, surface conversion, explode and solid creation tools.
ACD-A 10
3D Visualisation
Create visual styles, apply materials and lighting, generate shadows and sun studies and produce presentation-quality rendered images.
ACD-A 11
Drawings from 3D Models
Produce 2D documentation from 3D models using multiple viewports, hidden-line views, Flatshot, imported models and intelligent drawing views.
C3D
CIVIL ENGINEERING
AutoCAD Civil 3D
C3D 00
Introduction to Civil 3D
Gain an initial understanding of Civil 3D through a practical modelling exercise that introduces the principles of creating information within a coordinated design environment.
C3D 01
UI Tour
Explore the Civil 3D interface, menus, workspaces and core file operations while learning how to open, navigate, save and manage project drawings.
C3D 02
Introduction to Styles
Understand how object and label styles control the appearance and behaviour of Civil 3D information and support consistent drawing standards.
C3D 03
Point Files and Point Groups
Transform survey information into usable design data by managing point files, point groups, styles and description key sets within a Field to Finish workflow.
C3D 04
Surface Creation, Modification and Manipulation
Create and edit terrain surfaces, add survey information, annotate surface data and use analysis tools to interrogate and validate terrain models.
C3D 05
Land Development with Parcels
Create and edit parcels from existing geometry and LandXML data, define rights of way and communicate parcel information using labels and tables.
C3D 06
Modelling New Terrain
Shape and grade proposed terrain, define development areas and calculate cut, fill and material balancing requirements for civil engineering projects.
C3D 07
Geometric Design – Horizontal Design
Create and edit horizontal alignments, apply design criteria and speeds, and communicate alignment information using annotation styles and tables.
C3D 08
Geometric Design – Vertical Design
Develop vertical profiles and profile views using layout, editing, annotation and labelling tools to define proposed vertical geometry.
C3D 09
Geometric Design – Corridor Design
Combine horizontal alignments, vertical profiles and cross-sectional assemblies to create and manage coordinated 3D corridor models.
C3D 10
Quantity Calculations and Cross Sections
Create sample lines and section views, calculate cut and fill quantities and apply material take-off criteria to support quantity reporting.
C3D 11
Gravity Pipe Network Modelling and Analysis
Create and edit gravity pipe networks, analyse surface-water catchments and review sewer systems using profiles, analysis tools and annotation.
C3D 12
Pressure Network Modelling
Configure pressure-network catalogues and parts, create pipe runs from objects or layouts and validate designs using depth and design checks.
C3D 13
Production Drafting and Drawing Layouts
Transform Civil 3D models into coordinated drawing deliverables using plan production tools, view frames, match lines, sheets and sheet sets.
ADV
STRUCTURAL
Autodesk Advance Steel
ADV 00
Configuring Your Setup
Configure country settings, folder structures, Management Tools, layers, snaps and UCS behaviour to establish a reliable Advance Steel working environment.
ADV 01
Introduction to Advance Steel
Explore the Advance Steel interface, InfoCenter, Tool Palettes and model-viewing tools while learning how to open, navigate and save structural models.
ADV 02
Starting a New Project
Establish a new structural project, configure project information, grids and levels, place construction elements and apply automatic steel connections.
ADV 03
Project Documentation
Check structural models for clashes and errors, number elements and produce general arrangement drawings, shop drawings and bills of materials.
ADV 04
Stairs and Handrailing
Create straight and spiral stairs, handrails, vertical caged ladders and different types of grating within coordinated structural models.
ADV 05
Create a Portal Frame Building
Build a complete portal-frame structure using frame connections, copied bays, vertical and roof bracing, purlins, sheeting rails and cladding.
ADV 06
Trusses and Hip Roofs
Use structural macros to create roof trusses, hipped roofs and rafters before inserting and connecting cold-rolled purlins.
ADV 07
Mezzanine Floor, Stair and Handrails
Develop mezzanine structures using primary and secondary steelwork, flooring, stairs and handrailing within an automated structural workflow.
ADV 08
NC File Creation
Generate NC-DSTV, DXF and cold-rolled CAM data, configure MIS information and prepare fabrication output for downstream manufacturing workflows.
ADV 09
Custom Connections
Create, insert and modify custom steel connections using Connection Vault objects and manually created plates, bolts, angles and welds.
ADV 10
Drawing Customisation
Customise drawing styles, prototypes, title blocks and Management Tools to produce organisation-specific general arrangement, assembly and part drawings.
ADV 11
Interoperability
Exchange structural models with Revit, including framing, fabrication elements, connections, levels and grids, and manage model synchronisation between platforms.
VP
INFORMATION MANAGEMENT
BIM Project Certification Training
VP 0.1
Foundations of Information Management
Explore the evolution from BIM maturity concepts to ISO 19650 information management and understand how structured information supports better decisions across the asset lifecycle.
VP 0.2
Case Study Examples
Examine real-world examples of digital design, construction and asset information management to understand how structured information delivers practical project value.
VP 1.1
Introducing the CDE
Understand Common Data Environment principles, workflow states, metadata, naming conventions and structured project folders for controlled information management.
VP 1.2
The Project Design Brief
Establish the Virtual Project context by examining appointing-party objectives, site constraints, stakeholder requirements, work stages and expected information deliverables.
VP 1.3
Information Requirements
Understand OIR, AIR, PIR and EIR requirements, Project and Asset Information Models and Level of Information Need within the information delivery lifecycle.
VP 1.4
The Project BIM Execution Plan
Develop pre- and post-appointment BIM Execution Plans covering project standards, responsibilities, resources, mobilisation, risks and collaborative information workflows.
VP 1.5
Stage 1 Information Exchange
Introduce structured information exchange and COBie principles at an early project stage, including progressive information delivery and data requirements.
VP 1.6
Security-Minded Approach to Information Management
Apply ISO 19650-5 principles to people, physical assets, processes and technology while establishing responsibilities and security information requirements.
VP 1.7
ISO 19650 and NEC4 Contracts
Explore how ISO 19650 information management processes interact with NEC4 contracts, information protocols, X10, X12 and project information obligations.
VP 1.8
Guide to Legal Considerations for Information Management
Examine contracts, protocols, responsibilities, liability, insurance, intellectual property, data protection and legal considerations associated with digital information management.
VP 1.9
Health and Safety Information Requirements
Apply ISO 19650-6 principles to structured health and safety information, responsibilities, risk information exchanges and the digital golden thread.
VP 2.1
Design and Develop a Mass Model
Develop an early conceptual project model and use massing and environmental analysis tools to explore design intent and project performance.
VP 2.2
Stage 2 Information Exchange
Develop structured information for a Stage 2 exchange, including COBie data creation, room and zone information and coordinated model information.
VP 3.1
Discipline-Specific Design Authoring
Develop coordinated architectural, structural, MEP and landscape information models while applying discipline-specific authoring and information-management workflows.
VP 3.2
Model Transmittal
Validate discipline models before issue using health-check and transmittal procedures, model matrices and structured information-quality checks.
VP 3.3
Design Review
Link discipline models using shared coordinates and perform coordinated visual design reviews to identify, communicate and resolve project issues.
VP 4.1
Model Federation and Clash Detection
Federate discipline models, understand model file readers and perform clash detection and coordinated design reviews within a combined project environment.
VP 4.2
Stage 3 Information Exchange
Exchange coordinated project information using IFC and COBie workflows and examine the benefits of structured, interoperable information delivery.
VP 4.3
Rendering and Visual Production
Create project visualisations using materials, lighting, rendered viewpoints, animations and interactive navigation to communicate design information effectively.
VP 4.4
4D Construction Simulation
Link model objects with programme information to visualise construction sequencing, site logistics, phasing and programme constraints through 4D simulation.
VP 4.5
5D Cost Model, Database and Tools
Connect digital model information with quantities, estimating systems and cost databases to support cost planning, procurement and commercial management.
VP 4.6
5D Quantity Take-Off
Extract and validate model-based quantities while considering classification, information quality, completeness, precision and fitness for commercial use.
VP 6.1
Introduction to BIM for FM
Explore how structured project information transitions into asset and facilities management, including handover, validation, information accessibility and operational use.
INV
MANUFACTURING
Inventor Professional
INV 00
Inventor in a Nutshell
Gain a rapid practical introduction to Autodesk Inventor and the capabilities of its parametric mechanical design environment.
INV 01
Introducing Inventor as a BIM Tool
Explore Inventor within the wider BIM context, including industry drivers, benefits, project workflows, deliverables and implications for collaborative design teams.
INV 02
UI Tour
Explore the Inventor interface, project setup and parametric design workflow from part creation through assembly and detailed drawing production.
INV 03
Parametric Sketching Options
Create parameter-driven 2D and 3D sketches using dimensions, constraints, projected geometry, dynamic input and imported AutoCAD information.
INV 04
Basic Part Modelling
Create parametric 3D parts using extrude and revolve features, work geometry, fillets, threads, holes and configurable Inventor part settings.
INV 05
Reusing Parts and Features
Improve productivity using iParts, iFeatures, Model States and Content Center components while developing reusable configurable design content.
INV 06
Advanced Modelling Techniques
Develop complex multi-body parts using sweeps, lofts, guide rails, shell, sculpt, derived components, patterns, parameters and advanced geometry techniques.
INV 07
Assembly Design Workflows
Build structured assemblies using constraints, joints, adaptive components, subassemblies, bills of materials, design accelerators and motion relationships.
INV 08
Creating Drawings and Annotations
Produce part and assembly documentation using drawing templates, views, dimensions, annotations, title blocks, iProperties and PDF or DWF output.
INV 09
Presentations and Exploded Views
Create exploded assembly views, storyboards, animated instructions and presentation sequences for assembly, maintenance and replacement workflows.
INV 10
Large Assemblies
Improve performance when working with large assemblies using Express mode, subassemblies, model organisation and strategies that reduce unnecessary calculations.
INV 11
Sheet Metal Parts
Create manufacturable sheet-metal parts and flat patterns using flanges, hems, folds, cuts, punches, bends, seams, rules and bend tables.
INV 12
The Frame Generator
Automate structural frame creation using skeleton geometry, library members, end treatments, published profiles and bills of materials.
INV 13
Weldment Design
Develop and document welded assemblies using weld preparations, cosmetic and physical welds, machining operations, welding symbols and bills of materials.
PM
PROJECT MANAGEMENT
Project Management Essentials
PM 00
Introduction
Introduce the Project Management Essentials learning pathway, its roadmap, assessment and reflection, and how the modules build practical project management capability.
PM 01
Understanding Projects
Distinguish projects from operational work, identify the key features of a project, explore why projects are undertaken and consider different project types and levels of complexity.
PM 02
The Project Life Cycle and Processes
Explore project phases and life cycles, the processes and activities used from start to finish, the importance of planning and control, and the principles of project closure.
PM 03
Understanding Project Management
Define project management, examine its scope, constraints, roles and recognised standards, and distinguish project management processes from general management and technical processes.
PM 04
Project Hierarchy and Structures
Understand programme and project hierarchies and use product, work, cost and organisation breakdown structures to divide projects into clear, manageable components.
PM 05
Organisational Structures
Compare functional, projectised and matrix organisational structures, including their advantages, disadvantages, reporting relationships and influence on project authority and resources.
PM 06
Project Stakeholders
Identify different stakeholder types, understand stakeholder relationships and expectations, and examine the roles and responsibilities of the project manager, team members and other key stakeholders.
CITB2838
DIGITAL CONSTRUCTION
Taking Digital Construction to the Next Level
CITB2838 01
Digital Foundations: Digitisation, Digitalisation and Transformation
Understand the differences between digitisation, digitalisation and digital transformation, and how each contributes to organisational improvement and modern construction delivery.
CITB2838 02
BIM, CDEs and the Value of Connected Information
Explore BIM, Common Data Environments, interoperability and connected information workflows, and understand how better information supports collaboration, coordination and decision-making.
CITB2838 03
Selecting Digital Solutions: Legal, Security and Governance Factors
Consider legal obligations, information security, privacy, governance and organisational requirements when evaluating and adopting digital technologies and services.
CITB2838 04
Building the Business Case and Funding Digital Adoption
Develop a structured business case for digital investment by considering costs, benefits, productivity, return on investment, available funding and wider organisational value.
CITB2838 05
Digital Strategy and Aligning Solutions to Business Goals
Connect digital initiatives to organisational priorities, identify appropriate technologies and establish a strategy that supports measurable business and project outcomes.
CITB2838 06
Culture, Behaviours and Organisational Change
Understand how leadership, culture, communication and workforce behaviours influence digital adoption and successful organisational transformation.
CITB2838 07
Building Digital Competence and Implementation Capability
Identify the skills, knowledge, roles, structures and implementation capability required to embed digital working practices across an organisation.
CITB2835
DIGITAL CONSTRUCTION
Driving Behavioural Change in Digital Construction
CITB2835 01
Understanding Resistance to Digital Adoption
Understand why individuals and teams may resist digital change and identify the practical, cultural and behavioural factors that affect technology adoption.
CITB2835 02
Creating the Conditions for Change
Explore how leadership, organisational culture, communication and involvement can create an environment in which digital change is more likely to succeed.
CITB2835 03
Building Workforce Capability
Identify training, competence and support requirements that help people develop confidence and capability when adopting new digital processes and technologies.
CITB2835 04
Communicating Meaningful Benefits
Communicate the practical value of digital tools in ways that connect organisational objectives with the everyday needs and priorities of users.
CITB2835 05
Planning Workforce Engagement
Develop structured approaches to stakeholder engagement, communication, participation and support throughout the implementation of digital change.
CITB2835 06
Measuring & Improving Transformation
Use data, feedback and performance measures to evaluate adoption, identify barriers and continuously improve digital transformation initiatives.
CITB2837
DIGITAL CONSTRUCTION
Legal and Contractual Aspects of Digital Construction
CITB2837 01
Legal & Contractual Considerations for Digital Solutions
Understand the legal and contractual issues that should be considered when introducing digital technologies, information processes and digitally enabled project delivery.
CITB2837 02
Reliance on Digital Models & Information
Examine reliance on digital models and information, including accuracy, permitted use, responsibility, liability and the risks associated with shared project information.
CITB2837 03
Responsibilities, Appointments & Contracts
Understand how responsibilities for digital processes and information should be reflected in appointments, contractual documents and defined project roles.
CITB2837 04
Cyber Security & Sensitive Information
Explore responsibilities for protecting digital information, managing security risks and handling sensitive project and organisational data.
CITB2837 05
Digital Products, Platforms & Services
Consider contractual issues associated with software, cloud platforms, digital services, licensing, ownership, service terms and third-party providers.
CITB2837 06
Digital Communications & Contractual Effect
Understand how emails, digital approvals, online communications and electronic records may create obligations or have contractual consequences.
CITB2837 07
GDPR, Privacy & Information Governance
Understand data protection, privacy and information governance responsibilities associated with collecting, processing, storing and sharing digital information.
BIM
EXECUTIVE LEARNING
Executive Guide to BIM
PART 1 What BIM is, and the contextual requirement for BIM Level 2
PART 2 The implications and value proposition of BIM within your organisation
PART 3 The requirement for the management and exchange of information between supply chain members and clients
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