The 2019 winners of the Working Technologically category of the Young Scientist Awards competition were announced at a special ceremony at the PTC (Professional Teachers Council) offices in Auburn on Saturday 7th September, 2019.
The ceremony followed a science fair where student entrants had the opportunity to present their projects to an audience of judges, parents and teachers.
Congratulations to all entrants and winners! The judges were blown away by your creativity!
Did you know that the Innovations and Engineering Design category of our awards is aimed at your student projects? Check out the judging rubrics and enter your best HSC major works by Friday 6th September. Sponsored by iTE – there are cash awards to be won as well as the opportunity to progress to national and international competitions.
Sign up to judge the awards and get a comprehensive understanding of how closely our awards are linked to NSW curriculum outcomes.
The deadlines for project entries to our 2019 awards are fast approaching! Engineering projects must be entered and uploaded by the 6th of September and Investigations by the 11th of September.
Stage 6 teachers of Science and Technology – your students Depth Studies and HSC major works are perfectly suited to our awards. Check out the judging rubrics and enter your most impressive projects – it can really take your students places!
And ….. don’t forget to register for JUDGING! Free NESA Accredited professional development.
The team was lucky to spend a wonderful day exploring the amazing Grand Canyon. It gave the finalists a chance to bond and develop amazing team spirit that would continue to grow through the rest of our time in ISEF.
(Sponsored by Broadcom, part of the Young Scientist team) Dean investigated whether he could find the most efficient method of growing bond oats which his father grows for cattle feed. Using nine 44-gallon drums cut in half, Dean planted 114 oat seeds in each of the 18 half drums which had three different types of soil and then two duplicates of different types of fertiliser and a control. He found that Nitrophoska fertiliser added to sandy loam soil had the highest dry matter yield over a 14-week period.
Angelina conducted a novel investigation into strategies to remediate oil spills using ferromagnetic nanoparticles and algae. Angelina successfully magnetised algae that was then able to be used to degrade oil in a simulated spill. This could then be removed using a neodymium magnet. Trialling different amounts and strains of algae, Angelina established that the Scenedesmus obliquus strain of algae was the most effective in degrading the oil, and the most effective amount of algae was a volume 1.5 times that of the oil.