Unbelievable! Unesa Student Claims Pimnas Victory Using AI Is It True?
Unesa student Akbar Wildhanata wins Pimnas with groundbreaking AI innovation, how did he achieve this incredible feat so young?
Akbar Wildhanata, a top graduate from Unesa, stunned the nation by claiming a Pimnas gold medal through his innovative AI project.
His achievement raises questions and excitement: Did this young mind really outperform all competitors with artificial intelligence? The story The Art of Sensual Movement behind his success is both inspiring and astonishing.
Meet Akbar Wildhanata: Unesa’s Top Graduate
Akbar Wildhanata was recognized as the best graduate of Universitas Negeri Surabaya (Unesa) from the Faculty of Engineering during the 118th graduation ceremony in early February 2026. He completed his Bachelor’s in Electrical Engineering with an impressive GPA of 3.89, demonstrating both academic excellence and a strong commitment to innovation.
Born on November 24, 2005 in Batam, Akbar developed an early interest in electronics thanks to his father’s influence and hands‑on experience with practical experiments. His curiosity and passion for technology continued to develop throughout his college years.
More than chasing grades, Akbar actively pursued projects that could make a real world impact. His academic journey was not just about good marks but also about contributing meaningful innovation to society and environmental solutions.
Breaking Ground With AI Innovation
One of Akbar’s most notable achievements came during PIMNAS 37 in 2024, where he and his team won a silver medal representing Unesa in the highly competitive national student scientific competition.
Their project, “SMART‑LANDFILLPRISM,” focused on artificial intelligence (AI) and waste‑to‑energy solutions designed for the Benowo landfill in Surabaya. The team combined AI‑based sorting systems with a waste energy plant concept aimed at supporting sustainable urban development.
This innovation was intended to automatically separate different types of waste while simultaneously converting organic materials into electrical energy, offering a comprehensive approach to waste management challenges in growing cities.
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What SMART‑LANDFILLPRISM Offers
SMART‑LANDFILLPRISM was designed as a multifunctional structure that integrates AI algorithms to improve sorting accuracy and operational efficiency at landfills. It also aimed to generate electricity from waste, reducing reliance on traditional energy sources.
The concept addresses two major urban issues: waste overload and energy scarcity. By optimizing waste handling and energy return, this innovation supports circular economy principles turning a problem into a potential resource.
Experts have praised this project for its practicality and forward‑thinking design, positioning it as a possible model for future landfill modernization efforts not only in Surabaya but also in other major cities.
Balancing Academics And Innovation
Apart from his project, Akbar’s academic record stood out among his peers. Graduating with such high academic honors in a technical field requires discipline, dedication, and a deep understanding of complex subjects.
Akbar credits his success to a blend of academic rigor and creative problem‑solving, describing electrical engineering as a field that blends logic with creativity. This mindset helped him approach real challenges with practical solutions.
His journey reflects more than personal achievement it illustrates how student‑led innovation can contribute to sustainable development and inspire other young engineers to address real world problems early in their careers.
Future Prospects And Inspiration
Akbar’s accomplishments have made him a role model among Unesa students and beyond, showcasing how academic excellence and practical innovation can go hand‑in‑hand. Many students now consider his achievements a testament to what they can achieve through passion and perseverance.
His success story also highlights the importance of supporting student research and innovation programs that empower young minds to create impactful technologies, especially in areas that affect everyday life.
As Akbar moves forward in his career, his blend of academic strength and real world innovation positions him well for future success in engineering, research, or entrepreneurial ventures. His legacy continues to encourage others to dream big and innovate boldly.
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