Optimise energy and water resource planning
Optimise energy and water resource planning
Eligibility: Use any open dataset to support your entry.
Go to Challenge | 32 teams have entered this challenge.
Team Name:
GoWithTheFlow
Team Members:
War on Water Waste
Project Info
Team Name
GoWithTheFlow
Team Members
3 members with unpublished profiles.
Project Description
War On Water Waste is a game that simulates Brisbane city from 2000 to 2050. The user plays the role of town management, and tries to make Brisbane the best city that they possibly can. While certain features are still under development, the basic theme of saving water has been implemented - this could be used to teach school children about how to save water and protect the environment, as well as the challenges that governments face in managing a town's water resources.
Data Story
The game is supposed to utilize data from the BOM and possibly other sources such as the CSIRO, etc... to provide a realistic simulation of what Brisbane has and will face during the simulated period. For example, rainfall data could be used to provide realistic rainfall data to the app so that the simulation can be an accurate reflection of what Brisbane has experienced. Furthermore, data extrapolation can be performed to extend the data into future years to provide rainfall data for years beyond 2019.
Team DataSets
BOM Brisbane climate data
Description of Use Use of realistic weather data to simulate Brisbane city's development. Possible extrapolation of data to predict rainfall, etc... for future years until 2050.
Challenge Entries
Innovative ways to be efficient with water
Innovative ideas about water efficiency. Climate change means that we will have more unpredictable weather. Some of Australia is in drought and some areas have plenty of water. That changes each year. Water efficiency was a focus around the millennium drought. We want new, innovative and untapped ideas on ways to be efficient with water use. These ideas could include how we use water, how we can save water, how we waste water, how everyone can make a difference in using water wisely, water rules and ideas on saving water for the future.
Eligibility: Australia Only
Go to Challenge | 26 teams have entered this challenge.
Environment and Science Data
How might we use environment and science data to better engage with the community?
Eligibility: Your solution to this challenge must use at least one environment and science dataset from the Department of Environment and Science
Go to Challenge | 19 teams have entered this challenge.
Thrive or survive: how can we adapt for the future?
What will Australia in 2050 look like?
Eligibility: Must use one or more CSIRO datasets
Go to Challenge | 38 teams have entered this challenge.
Spatial Information
How might Queenslanders find out more about where they live?
Eligibility: We strongly recommend using the Queensland Government open datasets on data.qld.gov.au and spatial web services on QSpatial
Go to Challenge | 19 teams have entered this challenge.
Waterwise
How can we protect and preserve our water resources?
Eligibility: We suggest you consider using the Queensland Government open datasets on https://data.qld.gov.au/
Go to Challenge | 22 teams have entered this challenge.
Water – From source to tap.
Ideas to engage upper primary and lower secondary school students (with advantages for community learning) in learning about the water cycle (source to tap). We want them to understand where water comes from (sources), the different types of water (drinking, recycled, classes of water), how and why it is treated (health), how we move it (infrastructure) and how we use it (drinking, cooking, commercially, fires, toilets, sanitation, washing, in the home). The ideas should highlight why water is so important for our survival. Ideas should be fun, interactive and educational. The engagement should be relevant to the Australian School Curriculum, adaptable to water organisations and schools around Australia and sustainable.
Eligibility: Eligibility Jurisdiction - Australia only
Go to Challenge | 19 teams have entered this challenge.