STEM education – Artifex.News https://artifex.news Stay Connected. Stay Informed. Fri, 25 Sep 2026 07:42:00 +0000 en-US hourly 1 https://wordpress.org/?v=7.1.2 https://artifex.news/wp-content/uploads/2026/05/cropped-cropped-app-logo-32x32.png STEM education – Artifex.News https://artifex.news 32 32 BrainyBotz STEM Challenge 2026: Young innovators to design cooler homes https://artifex.news/article71475640-ece/ Fri, 25 Sep 2026 07:42:00 +0000 https://artifex.news/article71475640-ece/ Read More “BrainyBotz STEM Challenge 2026: Young innovators to design cooler homes” »

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Children engrossed in making models during the STEM and Robotics Club session of Brainybotz, an organisation that aimes to introduce young minds to robotics and STEM through hands-on learning experience, in Visakhapatnam.
| Photo Credit: KR Deepak

What if beating the heat begins not with an air-conditioner, but with an idea? That is the question posed by the BrainyBotz STEM Innovation Challenge 2026. The contest invites children aged eight to 16 to explore practical ways of cooling homes without depending on expensive air-conditioning systems or high-cost equipment. Themed ‘Beat the Heat: Cool Homes for All’, the challenge places everyday heat and its impact on families as an opportunity for young minds to innovate.

Participants, working in teams of two to four, are expected to investigate why homes become hot, understand the science of heat transfer and develop solutions using locally available materials. The emphasis is on affordability, safety and scalability, with proposed solutions aiming to reduce indoor temperatures by 4–8°C.

The competition is divided into three age groups. Explorers aged eight to 10 will observe, sketch and explain their ideas, while junior inventors aged 11 to 13 will build small prototypes, take temperature readings and document their findings. For those aged 14 to 16, the design engineers category adds physics, local cost comparisons and a presentation with a Q&A.

The challenge follows the complete innovation cycle from research and idea development to prototyping, testing, documentation and presentation. Registrations are open till September 25, with the first-level idea submission due on October 10. The finals and awards are scheduled for November 21, with the final projects to be showcased at Brainybotz’ annual show of AROHA 2026.

Participants can register through BrainyBotz STEM’s website, www.brainybotz.in. For details, contact 9391442996 or email team@brainybotz.in.



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Student’s Science Project With Bird Poop Leads To Discovery Of Cancer-Fighting Compound https://artifex.news/students-science-project-with-bird-poop-leads-to-discovery-of-cancer-fighting-compound-7183959/ Fri, 06 Dec 2024 04:23:13 +0000 https://artifex.news/students-science-project-with-bird-poop-leads-to-discovery-of-cancer-fighting-compound-7183959/ Read More “Student’s Science Project With Bird Poop Leads To Discovery Of Cancer-Fighting Compound” »

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Young school students from the James R Jordan Boys and Girls Club in Chicago made a groundbreaking discovery while studying goose poop in a local park. The school students, under the supervision of researchers from the University of Illinois and Professor Brian Murphy at Chicago, identified a potential cancer-fighting compound. The students participated in a STEM program that turned them into bona fide biomedical scientists before they even started high school. Students carefully isolated a bacterium from the goose poop that showed antibiotic activity. The findings were published in the journal ACS Omega, with student Camarria Williams credited as a co-author.

Professor Murphy’s research laboratory is focused on discovering antibiotics from natural sources, and the cohort of young scientists participated by supplying environmental samples from their local communities.

According to a press release by the American Chemical Society, one of the 14 samples of goose poop collected from the Garfield Park Lagoon contained a strain of bacteria called Pseudomonas idahoensis. The students interpreted the bacterium’s bioassay data and concluded it had antibiotic activity and produced a never-before-seen compound.

Then, the university researchers determined the compound’s molecular structure using nuclear magnetic resonance and mass spectrometry, named it orfamide N after the family of molecules it belongs to, and investigated its biological activity.

Although orfamide N was not responsible for the antibiotic activity that the team initially observed from P idahoensis, the compound inhibited the growth of human melanoma and ovarian cancer cells in culture tests. Further studies could reveal other advantageous properties of this newly characterised molecule, as per the ACS release.

The researchers say that this work proves that it’s possible to combine educational outreach with natural product discovery research, and it emphasises the importance of a strong relationship between universities and their local communities.

These school students’ work is an inspiring example of how curiosity and learning can lead to significant breakthroughs, even in unexpected places.  Camarria Williams, a student, was listed as a co-author on the findings, which were published in the journal ACS Omega.




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