Team Workshops

Half-Day Workshop - Passive Learning

Typical cost $1800 +GST

• 4 hour duration

• Passive learning - unlimited number of attendees

• One-way communication (similar to a lecture or information session)

Contact us to find out more or tailor a training package for your specific needs.

Half-Day Workshop - Active Learning

Typical cost $1800 +GST

• 4 hour duration

• Active learning - most effective with groups of 4 to 8 attendees

• Engaged learning with participants contributing to discussions

• Participants undertake calculations, worked examples

Contact us to find out more or tailor a training package for your specific needs.

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• QGIS install + useful plugins

• Explore and interrogate provided dataset - stormwater, sewer, water, property parcels, aerial imagery, LIDAR

• Dynamic labelling using data fields

• Export to AutoCAD

• Create multiple map themes

• Create map layouts - customised to suit your business

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Access Free Spatial Data

• Access Free LIDAR

• Connect Live Data to your Project

• Join Attributes

• Field Statistics, Field Calculator 

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Gravity sewer systems

• Physical requirements

• Equivalent Population (EP)

• Design Flows incl. groundwater infiltration and rainfall infiltration

• Pipe design incl. partially-full flow calculations 

• Worked examples, participants undertake all calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (soil types, compaction, testing requirements, moisture content, construction methodology)

• Geotechnical Reports

• Real-world scenarios

Half-Day Workshop - Passive Learning

• Passive Learning - Unlimited number of attendees

• Introduction to Rainfall

• The Rational Method

• Inlet Design

• Pipe Design

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Detailed explanation and examples for all elements of The Rational Method

• Time of Concentration

• Worked examples

• Participants undertake calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Inlet terminology

• Flow limits (longitudinal, transverse, ponding, flooded widths, depth, D*V)

• Flow terminology (catchment flow, approach flow, inflow, bypass flow)

• Inlet capture charts

• Sag inlets, on-grade inlets

• Worked examples

• Participants undertake calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Piped network elements

• Structural requirements

• Design criteria

• Hydraulic calculations (open channel method)

• Worked examples

• Participants undertake calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Piped network elements

• Structural requirements

• Design criteria

• Hydraulic calculations (pressurised grade line method)

• Worked examples

• Participants undertake calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (headwater, tailwater, inlet control, outlet control, blockage)

• Climate change impact

• Hydraulic calculations

• Worked examples

• Participants undertake calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (conveyance, freeboard, hydraulic jump, D*V)

• Create design spreadsheet incl. rating curve (Microsoft Excel)

• Climate change impact

• Hydraulic calculations

• Worked examples

• Participants undertake calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (overtopping roadway flows, interaction with culverts, upstream/downstream protection, D*V)

• Climate change impact

• Hydraulic calculations

• Worked examples

• Participants undertake calculations

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Detention tanks vs basins - pros and cons

• Hydrograph creation

• Assess impact from urbanised site

• Pre vs post developed analysis

• Detention basin sizing (demonstration only)

• Climate change impact

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (horizontal & vertical geometry, stopping sight distance, cross section profiles)

• Worked examples

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (superelevation, side friction factors, construction considerations, reverse engineering)

• Worked examples

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (intersection best practices, sight distance, intersection types)

• Worked examples

• Real-world scenarios

Half-Day Workshop - Active Learning

• Active learning - most effective with groups of 4 to 8 attendees

• Design criteria (%HV, HVAG, TLD, AADT, traffic volume analysis, Empirical design method)

• Worked examples

• Real-world scenarios