“It was very, very heartening,” said Mohak.
“Whether it be the countless iterations designed by my teammate Miranda, or the numerous hours I spent on the Finite Element Analysis – all our hard work proved worth it.”
The capstone project provided both students with a lesson in problem solving and persevering in the face of obstacles, something that they will take with them in their future careers.
“I was involved in the system's structural design, where more than fifteen iterations and several 3D-printed prototypes were produced until we got the final design right,” said Miranda.
“We failed so many times during the prototyping stage that when it got to the manufacturing of the final design, it was relatively smooth sailing.”
Empowering young females in the industry
Chemical engineering student Grace Bonthorne always felt destined to go into engineering and continue the legacy of her grandfather and father, both of whom are engineers and her personal role models.
Working alongside her teammate Charlotte Gilley, Grace’s capstone project looked at developing a solution to enhance oxygen reduction reactions in sustainable energy devices like fuel cells.
“We explored liquid metals and high-entropy alloys (HEAs) as promising, cost-effective alternatives to improve catalytic efficiency.”
“This approach has the potential to significantly boost performance in clean energy technologies, paving the way for more sustainable solutions,” said Grace.
Their project was the recipient of the industry award for Women in STEM, awarded by Jetstar.