Australian-first humanitarian engineering program expanded until 2030

Australian-first humanitarian engineering program expanded until 2030

New funding will support an Australian-first project that brings together engineering students and diverse communities in search of solutions. 

RMIT first-year engineering students are meeting with community groups in Victoria and New South Wales to co-design and prototype innovative engineering solutions to solve community problems. A recent surge in support has seen the funding pool increase from $10,000 to $40,000, bringing the total to $210,000 until 2030. 

The project sits within RMIT’s Humanitarian Engineering Lab, co-led by Dr Spyros Schismenos and Dr Nick Brown, and its recently established HERCULES – which stands for Humanitarian Engineering Research Consortium: Understanding and Leveraging Engineering with Society.   

It is a collaboration between RMIT and SydWest Multicultural Services, Settlement Services International and PRONIA – all not-for-profits (NFPs) which work with culturally and linguistically diverse communities, including migrants, asylum seekers and refugees. 

Dr Spyros Schismenos, lecturer in humanitarian engineering, oversees the project.  

“Humanitarian engineering issues are complex. The point of this program is that students understand the power and responsibility they have, even as engineers in training, to help address these issues,” Schismenos said. 

“Students focus on a range of topics, including energy, housing, health, and domestic and family violence.   

“About 1,500 students in Australia’s biggest engineering degree work with communities and our partner NFPs to prepare a proposal for community needs. The most potentially impactful of those go onto meet with community groups and services and, together, develop their idea into a product or a service. 

“I hope many of the students will go onto develop their prototype, whether it be through study – such as a capstone subject or even as a Masters or PhD – or as a startup.”  

02 October 2024

Share

RMIT students and SydWest staff engaging with seniors in Blacktown.

The initial round of funding saw humanitarian engineering students awarded $10k from SydWest to develop prototypes to help improve outcomes for the Blacktown community in NSW. Their prototypes focused on issues such as housing crisis, energy insufficiency and sanitation. 

Community talks for the first round of the expanded project have already kicked off, with students travelling to Sydney to speak with culturally and linguistically diverse (CALD) seniors at SydWest in early September. They also met with staff from Settlement Services International.  

Mechanical engineering student Tahlia Torcasio has led prototype presentations back to community leaders. 

“My team is focused on hoarding in social housing. An elderly lady in the workshops said she is having this problem on her front porch, with clutter spilling over from neighbours,” Torcasio said.  

“She is the sweetest lady, which has given team members even more motivation to help her. 

“We’re looking at solutions around sanitizing the area, making it safer, and making the spaces more accessible to seniors like her.”  

Peter Kan, an RMIT civil engineering student, also visited Blacktown in the pilot program.  

“I think it’s clear to all 20 of us who received the funding that it's no longer an engineering and social sciences assignment for our studies,” Pan said.   

“It's become emotional. You’re sharing Tai Chi and morning tea with the seniors, visiting local areas and connecting in a WhatsApp group. And at the same time, you’re learning a lot more about the engineering design process in practice, especially when working with culturally diverse seniors who have so much to share.” 

Story: Sarah Gates

Return to RMIT News
02 October 2024

Share

Engage

Related News

renew-hub-1220x732.jpg

New research hub to advance renewable energy and resource recovery

RMIT will lead the RENEW Organics Hub, which will bring together academic, industry partners and government to support Australia's energy transition.

news-protein-powder-shake-1220px.jpg

‘Invisible’ tweak could help make protein shakes less clumpy

Scientists from RMIT University and Riga Technical University in Latvia have shown that static change left on surfaces can be controlled, which may have big benefits for companies needing to avoid the little zap in production of common household goods.

3D structures on display.

Turning coffee waste into 3D-printed architectural forms

RMIT researchers have turned coffee waste into 3D-printed architectural forms, opening a potential pathway towards more sustainable, low-carbon construction. The project brings together scientific, architectural and engineering expertise.

moeve-group-thumbnail.jpg

RMIT and Moeve advance their collaboration to support energy transition

The partners marked a milestone event in Madrid, highlighting joint research activity and opportunities for future collaboration.

Show more
aboriginal flag float-starttorres strait flag float-start

Acknowledgement of Country

RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business - Artwork 'Sentient' by Hollie Johnson, Gunaikurnai and Monero Ngarigo.

More information