Content
Step by step guidance
Case studies and benchmarking
Different direct rainfall methods
Modelling rainfall losses, infiltration and groundwater
Learn how to apply TUFLOW’s extensive direct rainfall, infiltration and groundwater options to simulate hydrologic rainfall-runoff processes that occur overland and sub-surface
Direct rainfall modelling combined with TUFLOW’s Sub-Grid Sampling (SGS) and new groundwater capabilities is a reliable approach to modelling the runoff, infiltration and sub-surface flows from catchments. Benchmarking has demonstrated accuracy commensurate or better than traditional hydrology modelling without the need to have two models, and the benefit of seamlessly transitioning into the hydraulic zone to produce more reliable and detailed flood hazard mapping throughout a catchment.
This advanced online half day hands-on course teaches how to apply TUFLOW’s wide range of direct rainfall, infiltration and groundwater options. The exercises step through the process of applying simple global input parameters, graduating up in complexity to efficient methods to implement detailed spatially and temporally varied inputs.
This course is hosted online over Zoom and is run in one session 3.5 hours long. A short preparation session is also held in the week prior to the course to ensure all trainees have the necessary software and course data installed. This online course is limited to a class size of six trainees.
This face-to-face course is run in a classroom in 3.5 hours. The course is limited to a class size of twelve trainees.
Trainees should have TUFLOW modelling experience and/or have completed the introductory courses:
20 February 2025 - 10:00 (AEST)
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ends: 20 February 2025 - 13:30 (AEST)
Australia/Pacific Region
Time: 10:00 am (AEST)
Location: Online
Duration: 3.5h
Cost (pp): AUD $600 (ex GST)
Max class size: 6
4 March 2025 - 09:00 (NZST)
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ends: 4 March 2025 - 12:30 (NZST)
Christchurch, New Zealand
Time: 9am (NZST)
Location: Christchurch TBC
Duration: 3.5h
Cost (pp): NZD $750 (ex GST)
Max class size: 12
25 March 2025 - 13:30 (AEDT)
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ends: 25 March 2025 - 17:00 (AEDT)
Sydney, Australia
Time: 1:30pm (AEDT)
Location: Karstens, 111 Harrington St, Sydney, NSW 2000, Australia
Duration: 3.5h
Cost (pp): AUD $750 (ex GST)
Max class size: 12
6 May 2025 - 13:30 (AEST)
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ends: 6 May 2025 - 17:00 (AEST)
Brisbane, Australia
Time: 1:30pm (AEST)
Location: BMT, Level 5, 348 Edward St, Brisbane, QLD 4000, Australia
Duration: 3.5h
Cost (pp): AUD $750 (ex GST)
Max class size: 12
15 August 2025 - 09:00 (NZST)
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ends: 15 August 2025 - 12:30 (NZST)
Auckland, New Zealand
Time: 9am (NZST)
Location: Auckland TBC
Duration: 3.5h
Cost (pp): NZD $750 (ex GST)
Max class size: 12
10 September 2025 - 10:00 (BST)
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ends: 10 September 2025 - 14:00 (BST)
UK/Europe Region
Time: 10:00am (BST)
Location: Online
Duration: 4h
Cost (pp): GBP £275 (ex VAT)
Max class size: 6
7 October 2025 - 13:30 (AEST)
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ends: 7 October 2025 - 17:00 (AEST)
Melbourne, Australia
Time: 1:30pm (AEST)
Location: Karstens, 123 Queen St, Melbourne, VIC 3000
Duration: 3.5h
Cost (pp): AUD $750 (ex GST)
Max class size: 12
18 November 2025 - 13:30 (AWST)
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ends: 18 November 2025 - 17:00 (AWST)
Perth, Australia
Time: 1:30pm (AWST)
Location: Karstens, Level 1/111 St. Georges Terrace, Perth, WA 6000
Duration: 3.5h
Cost (pp): AUD $750 (ex GST)
Max class size: 12
If you can't find suitable option, please register your interest.
Step by step guidance
Case studies and benchmarking
Different direct rainfall methods
Modelling rainfall losses, infiltration and groundwater