https://www.wastenautsubc.com/
Amount of funding awarded
$1161.162
Budget Report
View budget report.
How the program has supported you
With this project, we are able to conduct research on the use of mine tailings as a substitute for fine aggregate in concrete. We aim to produce stronger concrete by preparing and testing samples with different proportions of tailings. To collect data for analysis and to further our research, these samples will be subject to multiple ASTM tests. The lab work for sample creation required equipment such as plastic molds, weighing scales, and handheld cement mixers. Materials such as coarse aggregate, fine aggregate, buckets, and cement were also essential and they needed to be continually restocked with every sample iteration. The PAF funding was crucial for acquiring these materials and equipment. Without it, our project would not have been able to operate.
Outcomes
The project has two primary outcomes:
1) Develop a better and more sustainable alternative to conventional concrete
2) Develop professional skills in UBC Engineering Students
The project currently provides 8 undergraduate engineering students with a chance to gain research and lab experience. They experience working in a collaborative team environment to create numerous samples, delegate tasks, and adhere to a working schedule. This allows them to navigate scenarios similar to a professional setting. They also get the opportunity to refine their presentation and communication skills in a formal Progress and Assessment presentation at the end of each design cycle. The direct, short-term benefit is that students get exposed to an important industry and learn how to make meaningful contributions through trial and effort. Additionally, the project equips the students with essential transferable skills such as leadership, teamwork, communication, and public speaking.
