JEDDAH — When we walk past a public waste bin, we rarely give it a second thought. For Nelly Almaktoum, however, a public waste bin sparked a question that would consume a year of research and eventually lead to an award-winning invention. "Can technology make waste management in Jeddah smarter and more sustainable?" That simple question eventually grew into Aykah, a smart waste management prototype combining Internet of Things (IoT) technology, solar power, air filtration and real-time monitoring — an innovation that has earned the 16-year-old international recognition even before beginning her higher education. **media[2746898]** Yet despite her achievements, Almaktoum doesn't believe success in STEM begins with natural talent. For her, it begins with discipline. "As a child, if I had a question, I would keep searching for it," she recalled. "I didn't just want to know the answer — I wanted to know how and why. I don't believe anyone is born with talent. Everyone starts with a baseline. With discipline, persistence and determination, you can build so much on top of that." That philosophy is particularly striking given Almaktoum's own background as a Mawhiba student, part of Saudi Arabia's national program for identifying and developing gifted young talent. If curiosity shaped the way Almaktoum approached science, her mother shaped the way she approached life. **media[2746902]** After losing her father, Almaktoum was raised alongside four siblings by a mother she describes as her greatest inspiration. Rather than teaching her to wait for opportunities, her mother taught her to work for them. "She taught me determination and passion, and not to expect anything from anyone," she said. Growing up in Jeddah, Almaktoum became increasingly aware of the city's waste management challenges. But before designing a solution, she wanted to know whether residents shared the same concerns. Instead of assuming what people needed, Almaktoum surveyed 222 participants across Jeddah to understand how they viewed waste management and, crucially, whether they would actually use the technology she envisioned. "My goal wasn't to put every technology possible into a bin," she explained. "I made sure every component solved an actual problem. If people aren't willing to interact with the solution, then I'm not really solving anything at all." The result was Aykah, a prototype built around practical functionality rather than technological novelty. **media[2746897]** At the heart of Aykah are Raspberry Pi and Arduino systems connected to ultrasonic sensors that monitor how full the bin is, while LED indicators provide users with an immediate visual guide. A filtration system helps improve the surrounding air, bilingual instructions make the interface accessible, and the unit operates using solar energy to reduce its environmental impact. Despite the project's potential, Almaktoum's motivation had little to do with financial success. "I didn't build it for the money," she said. "I built it so I can actually solve a real problem that we have here in Jeddah." That purpose has already taken her further than she expected. At just 16, Almaktoum received an award from the United Nations Convention to Combat Desertification (UNCCD), along with recognition from Saudi Arabia's Ministry of Environment, Water and Agriculture and the National Center of Meteorology. **media[2746896]** Despite those achievements, confidence did not always come naturally. Surrounded by experienced researchers, Almaktoum sometimes questioned whether she belonged. "I would be lying if I said I was confident," she admitted. "I had imposter syndrome." But she refused to let those doubts temper her ambition or her determination to solve problems through science. Looking back, Almaktoum remembers starting with little more than an idea. She had no network, no established scientific connections and no guarantee that anyone would take her proposal seriously. "I got rejected a lot," she said. "Eventually one opportunity led to another." **media[2759017]** For Almaktoum, innovation has never been about inventing something extraordinary simply for the sake of it. It begins with identifying a real problem, asking the right questions and believing that one person's curiosity can make a city — or perhaps even the world — a little better. Today, Almaktoum is studying Computing and Information Technology at King Abdulaziz University while expanding her research into the intersection of artificial intelligence and environmental sustainability. Her ambition is to develop smarter systems capable of helping cities like Jeddah — and eventually emerging smart cities across Saudi Arabia — become more efficient and sustainable. The technology may become more sophisticated and the challenges more ambitious, but Almaktoum's philosophy remains the same as the one that started Aykah: notice what others walk past, ask why it cannot be better, and then try to build the answer.