overview...modeler/developer results compiled into a report scenarios can be run by modellers truii...

Overview

• Modelling tools used to be

made by modellers for

modellers

• Truii’s user focused approach,

puts tools in the hands of

decision makers

• Case studies of tools created

for decision makers

Traditional approach to modelling application development

Model developed

Tool developed by

modeler/developer

Results compiled into a report

Scenarios can be run by

modellers

Truii

works

here

Truii’s user focused approach

User interviews

Map user workflows

Develop personas

Wireframes

High fidelity mock-ups

Application architecture

Application build

Usability testing

Refinement

User acceptance testing

Phase 1

User Experience (UX)

Research

Phase 2

UX/ User Interface

(UI) Design

Phase 4

Test and Refine

Phase 3

Development

Phase 1: UX Research

• User interviews• Get user requirements from real users!

• Who are they?

• What are their goals?

• What questions to they need to ask?

• Map workflows / user journeys• What is their current process for achieving the

task?

• Where are the pain points?

• Where are the opportunities to improve that process?

• Create design personas• Representative of real users

• This is who we are designing for

Phase 2: UX/UI Design

• Wireframes

• Overall user interaction

• Maps out functionality

• Multiple iterations

• High fidelity mock-ups

• Detailed interactions

• Detailed functionality

• Look and feel

• Design approval

Phase 3: Application Design and Build

• Application architecture

• Front and back end design, informed by mock-ups

• Application build

• Agile approach

• User focused

• Client involvement

Phase 4: Test and Refine

• Usability testing

• Test on real users (representing personas)

• Identify pain points

• Refinement

• How can we make it easier?

• Do we need onboarding?

• User acceptance

• Can the user achieve the goals and answer the questions identified in personas?

Reef WQ Report Card ReefonomicsP2R Projector

Catchment Investment

Decision Support System Natural Resources

Inventory for

Queensland

Paddock to Reef Data Portal

Paddock to Reef Project Selector (P2R Projector)

The challenge

• Create an online tool to replace the ‘calculator

spreadsheet

• Assist NRM bodies in deciding which P2R projects

should be funded (process was mostly ad hoc)

• Ensure privacy of farm-level data

Our solution

• Simple process (answer questions, draw on map)

• Sort projects by water quality impact

• User management in groups for sharing within

organisations but not with government

• Discovering more use cases as we approach

version 3 (e.g. extension)

User interviews

Map user workflows

Develop personas

Wireframes



Application build

Usability testing

Refinement


Phase 1


Research

Phase 2

UX/ User Interface (UI)

Design

Phase 4

Test and Refine

Phase 3

Development

P2R Projector demo

Reef Water Quality Report Card

The challenge

• Communicate the outputs of the Paddock to Reef

program / Reef 2050 Plan

• Progress towards 2025 targets – land management,

catchment management, end-of-catchment water quality

• Condition – inshore marine, wetlands

• Lots of different users with different needs

Our solution

• Progressive disclosure approach – start high level

but let those who want to dig deeper for more

information

• Allow different users to explore results using

different pathways (e.g single land use-across all

locations, all land uses for a single region)

User interviews

Map user workflows

Develop personas

Wireframes



Application build

Usability testing

Refinement


Phase 1


Research

Phase 2


Design

Phase 4

Test and Refine

Phase 3

Development

Natural Resources Inventory for Qld

The challenge

• Report the stock, use and value of Qld’s natural

resources

• Original request was for paper report

• Never been done before, so no blueprint

Our solution

• Fast and beautiful web-based application that

reports by sector (water, energy, geological, land,

vegetation), resource and spatially

• Highlight high level figures and charts, then allow

users to dig deeper for more information and data

User interviews

Map user workflows

Develop personas

Wireframes



Application build

Usability testing

Refinement


Phase 1


Research

Phase 2


Design

Phase 4

Test and Refine

Phase 3

Development

Natural Resources Inventory for Qld

Reefonomics

The challenge

• Create high-level investment planning tool for

Great Barrier Reef water quality

• Builds on Paddock to Reef modelling and

Alluvium costings project (RPIT app)

Our solution

• Sub-catchment scale reporting for budget, all

actions, or to meet targets

• Action library - so users can edit costs and

efficacies of actions without hard coding

• Users can share and manage scenarios

User interviews

Map user workflows

Develop personas

Wireframes



Application build

Usability testing

Refinement


Phase 1


Research

Phase 2


Design

Phase 4

Test and Refine

Phase 3

Development

Catchment Investment Decision Support System (CIDSS)

The challenge

• Create investment planning tool for SEQ catchments

• Answer the question “where should we invest to get

the best water quality outcomes?”

• Started from scratch. No modelling in place to

begin.

• Communicate decisions to wider organisation

Our solution

• Flexible data-driven, web-based. Spatial optimisation

solution for small number of modellers (5-6)

• Communication/reporting interface for all Seqwater staff

User interviews

Map user workflows

Develop personas

Wireframes



Application build

Usability testing

Refinement


Phase 1


Research

Phase 2


Design

Phase 4

Test and Refine

Phase 3

Development

Reef WQ Report Card ReefonomicsP2R Projector

Catchment Investment

Decision Support System Natural Resources

Inventory for

Queensland

Paddock to Reef Data Portal

overview...modeler/developer results compiled into a report scenarios can be run by modellers truii...

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