Aussie high school student wins top prize at International Science and Engineering Fair
2018 BHP Billiton Foundation Science and Engineering Award winner Oliver Nicholls has taken home the top prize and $US75,000 as winner of the Gordon E. Moore Award at the Intel International Science and Engineering Fair (Intel ISEF) announced in Pittsburgh, Pennsylvania on Friday night.
The 19-year-old from Barker College in Sydney secured the win with his fully autonomous robotic window cleaner that is designed to reduce human injury and decrease the costs of window cleaning on medium rise commercial buildings. The small robotic device uses drones, motors and propellers to navigate building facades and clean windows using water and micro-fibre scrubbers.
Australian students excelled at the international competition, with five of Australia's 2018 BHP Billiton Foundation Science and Engineering Awards finalists securing a total of 11 major awards wins against a field of over 1800 high school students from 75 countries.
BHP Billiton Foundation Science and Engineering Awards winners at Intel ISEF
Oliver Grant Nicholls, Barker College, NSW, Australia
- 1st place overall, Gordon E. Moore Award, with a prize value of $US75,000
- 1st place and Best in Category in the Physical Sciences Robotics and Intelligent Machines category
- IEEE Foundation Second Place Award
- National Aeronautics and Space Administration Second Award of $US750
Project: Autonomous window cleaning robot for commercial high rise buildings
Oliver Nicholls combined his knowledge in mathematics, physics and design to design an autonomous robotic window cleaner. His design aims to reduce injury and decrease the commercial costs of window cleaning. The final product went through rigorous prototyping, testing and evaluation to show commercial viability.
Video and interview: https://vimeo.com/253572111
Angelina Arora, Sydney Girls High School, NSW, Australia
- 4th place in Physical Sciences, Environmental Engineering category.
- Angelina also won a scholarship to Arizona University.
Project: Shrimp Shell Bioplastics: A new solution to the world's growing plastic problem
Concerned about the damage plastics do to the environment, especially the ocean, Angelina Arora set out to develop a bioplastic made from prawn shell and sticky protein from the silk of silkworms. The plastic completely degrades leaving nothing harmful behind. She tested the strength, elongation, clarity, solubility, deconstruction and endurance of the plastic as well as other plastics made out of potato, corn and tapioca. Angelina hopes this plastic could replace current plastic shopping bags and other packaging to reduce the environmental impact in landfill and in the ocean.
Video and interview: https://vimeo.com/253346612
Caitlin Roberts, Friends School, Hobart, Tas, Australia
- 3rd place in the Life Sciences, Biomedical Sciences category.
Project: The protease inhibiting effect of almonds
Caitlin's project looked at the digestive properties of almonds. She compared the rate of protein digestion of skim milk when either activated or natural almonds were consumed and how this process occurs. This research contributes to a body of research aimed at understanding how nutritional intake can be optimised.
Video and interview: https://vimeo.com/254159855
Jade Moxey and Macinley Butson, Sapphire Coast Anglican College, NSW, and The Illawarra Grammar School, NSW
- 3rd Place in the Physical Sciences, Environmental Engineering category
- King Abdul-Aziz & his Companions Foundation for Giftedness and Creativity $US20,000 Scholarship for Sustainable Initiatives with Water Technology
- Qatar Foundation, Research & Development First Award of $US1000
Jade and Macinley worked together on a portable sanitation and sterilisation system to provide both clean potable drinking water and sterile water for medical use. It also has the potential to be used in emergency response and disaster relief situations.
Video and interview: https://vimeo.com/253350045