Winners - Exeter and UQ

Borderless competition

Borderless connects students from international universities to collaborate digitally and address some of the global problems economists face today. Recently, UQ students paired up with students from the University of Exeter to address the specific tasks below.

After working together via a number of digital platforms over a five-week period, teams submitted their work via video to a panel of international judges. The students remained in various geographical locations throughout the whole competition, never meeting in person.

Problem Statement

UK cities such as London and Glasgow have rolled out “low emissions zones” (LEZ) to reduce air pollution and encourage uptake of lower emissions or electric vehicles, among other benefits.

These policies also bring a variety of unintended consequences or side-effects, which may impact the overall benefit of the LEZ, or hold implications for how the LEZ should be designed/implemented.

Using the London LEZ as a case study, and as an economic advisor to the government minister for transport, you need to evaluate the merits of introducing a similar scheme in Brisbane to support the position adopted by the government (a position that your team is free to adopt and defend).

Task

Develop an infographic that supports the government’s policy position. Imagine you are developing the infographic for the Minister of Transport who needs to deliver a 5-minute pitch to the media to justify the government’s position. You need to ensure you:

  • provide your team's brainstorming notes, diagrams, calculations, theoretical concepts etc to show your thinking processes
  • condense your brainstorming notes into a narrative of approximately 300 words (in dot point format) that explains the key points that would inform the minister with sufficient information to address the media
  • produce an infographic that the Minister can present and can be distributed to media outlets
  • keep in mind the minister is not an economist. Hence your dot points should be based on economic theory but communicated using everyday language.

The results

Infographic describing the benefits of a Low Emission ZoneWinning team

  • Jay Yu (Exeter)
  • Nadia Chu (Exeter)
  • Owen Tolley (Exeter)
  • Suet Fung Rex Chan (Exeter)
  • Ananye Punetha (Exeter)
  • LinHuan Ye (UQ)
  • William Duffy

 View the infographic

 

 

 

 

The task

Part I: Lomeweb

Each student in each team was provided with an account on Lomeweb, a virtual economy. Once logged in, each participant produced, sold and consumed (i.e., bought various goods) on Lomeweb in accordance with the rules of this virtual economy. Members within each team were able to coordinate their choices on Lomeweb if desired (via various channels external to the platform).

During this phase, each team was tasked with maximising their accumulated resources – forming part of the team's total score.

Part II: Proposal

Each team was then to submit a response on the following challenge via video submission: Consider what you and your team have experienced from playing Lomeweb. Then by referring to economic theory, your own real-world personal experiences and observations, reflect on what Lomeweb has allowed you to learn. What you have learned about economic theory, as a team from playing Lomeweb, needs to be clearly and concisely captured in a video.

The results

Winning team

  • Akshat Lal (Exeter)
  • Joseph Christensen (UQ)
  • Ikec Cleopatra Keinut (UQ)
  • Nathan Peereboom (UQ)


Final scores were determined by the respective team's Lomeweb game play and video submissions.

The opinions expressed in this video reflect only the opinions of its authors. They do not represent the views of the organisers of the competition, nor those of The University of Exeter or The University of Queensland.


Borderless is an interuniversity competition run in partnership between the University of Exeter and The University of Queensland.

The task

Part I: Lomeweb

Each student in each team was provided with an account on Lomeweb, a virtual economy. Once logged in, each participant produced, sold and consumed (i.e., bought various goods) on Lomeweb in accordance with the rules of this virtual economy. Members within each team were able to coordinate their choices on Lomeweb if desired (via various channels external to the platform). 

During this phase, each team was tasked with maximising their accumulated resources – forming part of the team's total score.

Part II: Proposal 

Each team was then to submit a response on the following challenge via video submission: Propose one structural element, inspired by a real event, that teams would like to add to the virtual economy, and predict how users would behave after the addition you propose was implemented.

Final scores were determined by the respective team's Lomeweb gameplay and video submissions.

The results

 


 

 

First place

Joshua T. (Exeter)
Akshat L. (Exeter)
Joshua B. (UQ)
Kate G. (UQ)
Haivue C. (UQ)

 


 

 

Second place

James-Alexander van P. (Exeter)
Nicolas S. (Exeter)
Elkie G. (UQ)
Geraldine G. (UQ)
Joseph A.-F. (UQ)

 


 

 

Third place

Thomas J. (Exeter)
Nihat Y. (Exeter)
Jennifer J.G. (UQ)
Ngonidzaishe G. (UQ)
Sam B. (UQ)

 

 

Honourable Mention

Tsin Hui C. (Exeter)
Phyo Eei Eei Kyaw (Exeter)
Fan O. (UQ)
Runxi L. (UQ)
Jack H. (UQ)

Final scores were determined by the respective team's Lomeweb game play and video submissions.

The opinions expressed in this video reflect only the opinions of its authors. They do not represent the views of the organisers of the competition, nor those of The University of Exeter or The University of Queensland.


Borderless is an interuniversity competition run in partnership between the University of Exeter and The University of Queensland.

 

 

The tasks

Option 1- Green Power and Energy Prices

In December 2017, some utility users in Germany got a welcome stocking-stuffer. Due to the country's clean energy infrastructure, there was an electricity surplus on most of Christmas Eve and a portion of Christmas Day. Thanks to green power, consumers were essentially paid to use electricity during their holidays. Negative energy prices are occurring more often than anticipated as the clean energy infrastructure advances.

Provide an in-depth explanation of a clean energy market model in which negative prices might occur and discuss the implications of such prices for the consumers and producers.

Option 2 - Australian Bushfires

Bushfires have devastated many parts of Australia over the summer of 2019-20. Identify a specific issue that has emerged as a result of the bushfires. Then using economic theory, detail your recommendation(s) to an appropriate level of government (Local, State or Federal) as to how to address the specific issue you identified. You need to indicate how your proposed recommendation(s) would be implemented.

The results

Judges' Comments:
“The team has provided a very clear explanation of an important health consequence of the bush fire.”
“Interesting use of behavioural economics.”


 

 

First place

Will (Exeter)
Tan (Exeter)
Max (UQ)

Judges' Comments:
“The team has explained the impacts of negative energy prices […] on various sectors clearly.”
“I feel I learned more from this presentation.”


 

 

 

Second place

Dayaanan (Exeter)
Nina (Exeter)
Yu Shuen (UQ)

Judges' Comments:
“The team has explained the negative energy prices phenomenon in Germany very clearly."
“Sensible, fluent and mature.”


 

 

 

Third place

Florian (Exeter)
Francisco (Exeter)
Liam (UQ)

Judges' Comments:
“Orderly, clear and measured. Plausible policy, for NSW and beyond.”


 

 

 

Fourth Place

Sami (Exeter)
Christian (Exeter)
Lisa (UQ)

 

 

Honourable mention

Abylaikhan (Exeter)
James (Exeter)
Rosemary (UQ)


 

 


The opinions expressed in this video reflect only the opinions of its authors. They do not represent the views of the organisers of the competition, nor those of The University of Exeter or The University of Queensland.

 

 


Borderless is an interuniversity competition run in partnership between the University of Exeter and The University of Queensland.