A transformative three-year mentorship initiative led by Universiti Teknologi Malaysia (UTM) is reshaping how young students engage with science, innovation, and entrepreneurship. The program, titled “From Mastery to Mindset: AI-Integrated Innovation-Based Learning with Entrepreneurial and Collaborative Approaches,” integrates artificial intelligence (AI), STEM-based innovation, and real-world mentorship to nurture future-ready innovators among students aged 13 to 15
The program, spearheaded by Dr. Nor Ain Husein from the Faculty of Science, with co-researchers Assoc. Prof. Dr. Nor Hasrul Akhmal Ngadiman (Faculty of Mechanical Engineering), Siti Suraya Jaffer (SMK Tan Sri Mohamed Rahmat), Dr. Syaza Soraya Sauli (Faculty of Educational Sciences and Technology), and Muhammad Nur Syiham Abdul Razak (Faculty of Science), demonstrates how collaboration between universities, schools, and industries can elevate STEM education to new heights.
Turning Pineapple Waste into Innovation
The initiative began with a group of students from SMK Tan Sri Mohamed Rahmat, mentored by UTM lecturers, who transformed their STEM theatre project into a series of tangible, sustainable innovations. Their creations include:
- FILAMENAS – a patented 3D printing filament made from pineapple peel and pulp waste.
- Biodegradable cup sleeves embedded with plant seeds, designed to sprout after use.
AI tools such as ChatGPT and Canva AI were integrated throughout the process — from ideation and market research to design and presentation. These technologies accelerated learning and encouraged entrepreneurial and problem-solving mindsets, aligning perfectly with the New Academia Learning Innovation (NALI) framework
Students not only developed functioning prototypes but also showcased their innovations at Hari Nanas Malaysia and Jom Heboh 2025, gaining real-world exposure and confidence in STEM entrepreneurship.
AI, Collaboration, and Mentorship in Action
The mentorship program was built around collaborative, hands-on learning rather than traditional classroom instruction. Over three years (2023–2025), UTM mentors guided students through product development, competitions, and public exhibitions. Teachers played a pivotal role by supporting the students’ continuous growth and encouraging experimentation.
According to Dr. Nor Ain,
“This program shows how embedding AI and mentorship into STEM learning can turn classroom mastery into a growth mindset. Students learn not just science — they learn how to think like innovators and problem solvers.”
Data gathered from surveys, interviews, and academic reports revealed powerful outcomes:
- 93% of students reported improved understanding of STEM concepts.
- 95% showed increased interest in STEM-related careers.
- 91% felt more confident in solving real-world problems.
- 95% highlighted the importance of positive mentorship in sustaining their motivation
Teachers observed significant transformations in their students’ creativity, communication, and confidence. “Students who were once quiet now take the lead in pitching innovative ideas,” one teacher noted, emphasizing the deep impact of guided mentorship.
Building Future-Ready STEM Entrepreneurs
The mentorship framework, rooted in AI-integrated, innovation-based learning, fosters critical skills such as creativity, collaboration, and resilience — key elements for future STEM leaders. It also introduces entrepreneurship at an early age, helping students recognize opportunities and design sustainable solutions.
By bridging the gap between schools, universities, and industries, the program offers a replicable model for future educational ecosystems that promote both STEM mastery and entrepreneurial mindset. The Ecopine Revolution project serves as a prime example of how sustainability, technology, and innovation can merge to create real societal impact.
Acknowledgement and Collaboration
This initiative received strong support from the National STEM Association (NSA) through the Mini STEM Theatre platform, which inspired the project’s inception. The team extends gratitude to SMK Tan Sri Mohamed Rahmat, the Faculty of Science, Faculty of Mechanical Engineering, Faculty of Educational Sciences and Technology (UTM), and the Lembaga Perindustrian Nanas Malaysia (LPNM) for their collaboration and mentorship support.
📍 Project Title: From Mastery to Mindset: AI-Integrated Innovation-Based Learning with Entrepreneurial and Collaborative Approaches
👩🏫 Principal Investigator: Dr. Nor Ain Husein, Faculty of Science, UTM
📧 Contact: norainh@utm.my
🔗 Learn more about UTM’s research and educational innovations: https://science.utm.my/utmfsresearch/
