Solving the World’s Tough Problems Through STEM

Rhea-AI Summary

Nitya Jakka, a high school junior from Aurora, Illinois, has developed a solution aimed at reducing food waste by tracking ethylene production in crops through her company, Terraclu. Ethylene is a gas released as fruits and vegetables ripen, and by monitoring this process, companies can optimize storage conditions to maintain produce freshness.

This innovation comes as 14% of crops, totaling 56 million tons, are lost globally between harvest and retail, wasting vital resources. Jakka's initiative highlights the intersection of education and sustainability, stemming from her time at the Illinois Mathematics and Science Academy, which emphasizes STEM learning. Additionally, Enbridge has supported the academy's PROMISE program with $10,000 in grants since 2021, promoting STEM education for underrepresented youth.

Positive

• Nitya Jakka's innovation helps reduce food waste, addressing a significant global issue.
• Terraclu's technology can potentially lead to better crop management and increased produce shelf life.
• Enbridge has invested in educational programs that foster STEM skills in underprivileged communities.

Negative

• None.

NORTHAMPTON, MA / ACCESSWIRE / April 20, 2023 / According to the United Nations, 14% of crops-that's 56 million tons-are lost worldwide between harvest and retail. Likewise, the energy, fresh water, and land required to grow those crops are wasted.

But a high school junior may have the solution.

Nitya Jakka of Aurora, Illinois, has developed a way to ensure more produce makes it to store shelves. Her company, Terraclu, uses sensors to track crops' output of ethylene, the gas released as they ripen.

By comparing sensor data to baseline ethylene measurements, taken over the lifespan of a crop, companies can predict the speed at which crops are ripening-and adjust temperature and humidity levels during transportation and storage to slow down maturation.

As a result, more produce will survive the journey and reach grocery shelves at the ideal ripeness, which means less is wasted during the farm-to-table process.

The teen developed her idea in her Grade 11 year at the Illinois Mathematics and Science Academy (IMSA). Founded in 1986, IMSA is ranked the No. 1 college prep public high school in the state, with a focus on STEM (science, technology, engineering, math) subjects targeted to about 650 enrolled students in Grades 10 through 12.

"(Jakka's) story gives you an idea of how IMSA students are already changing the world and how it all starts by focusing on science and math," says Cesar Patino, IMSA's major gifts and campaign senior manager.

To expand its educational offerings, the academy developed the PROMISE program (Providing Opportunities for Mathematics and Science Enrichment). Held over spring break, on weekends, and in the summer, PROMISE is open to students in Grades 7, 8 and 9 from culturally, linguistically and economically diverse backgrounds, allowing them to experience STEM enrichment the IMSA way at little or no cost.

PROMISE is used as a feeder program to attract strong students to the boarding school; in 2023, nearly one in four PROMISE students earned enrolment to IMSA.

To help PROMISE meet its goals of developing the potential of underprivileged and BIPOC youth, Enbridge has awarded IMSA a pair of $5,000 Fueling Futures grants since 2021.

Enbridge's success is built on a diverse, respectful and inclusive workforce. We want to see people of all backgrounds represented in STEM, and we recognize the importance of helping diverse students advance their education in the field.

From diverse backgrounds come diverse ideas, Patino adds.

"Some of the world's big problems can be solved by developing the future of these kids, who bring different perspectives, different ideas, into the classroom," he explains. "They're in that stage of life where anything is possible."

Within IMSA's academic programs are embedded the United Nations Sustainable Development Goals. The goals remind students that the world is facing challenging times-climate change, world hunger, international conflicts, the energy crisis, sustainability issues, and racial injustices.

They are problems that every IMSA student strives to solve.

"Our future as a species is going to depend on encouraging these highly competent, scientifically and creative-minded kids," Patino says. "There's so much they can achieve. By developing and nurturing them in the fields of science and math, they'll reach that goal of really changing the world."

View additional multimedia and more ESG storytelling from Enbridge on 3blmedia.com.

Contact Info:
Spokesperson: Enbridge
Website: https://www.3blmedia.com/profiles/enbridge
Email: info@3blmedia.com

SOURCE: Enbridge

View source version on accesswire.com:
https://www.accesswire.com/750437/Solving-the-Worlds-Tough-Problems-Through-STEM

FAQ

What is Nitya Jakka's contribution to reducing food waste?

Nitya Jakka developed a technology through her company Terraclu that tracks ethylene production in crops to optimize storage conditions, thereby reducing food waste.

How much food is wasted globally according to the UN?

The UN estimates that 14% of crops, amounting to 56 million tons, are wasted globally between harvest and retail.

What role does Enbridge play in supporting STEM education?

Enbridge has awarded $10,000 in grants to the PROMISE program at the Illinois Mathematics and Science Academy to help develop STEM education for underprivileged and BIPOC youth.

Where did Nitya Jakka develop her innovation?

Nitya Jakka developed her innovation at the Illinois Mathematics and Science Academy, a top college prep public high school in Illinois.

What is the PROMISE program?

The PROMISE program provides STEM enrichment opportunities to students from diverse backgrounds, aiming to attract talented youth to the Illinois Mathematics and Science Academy.