ABOUT THE MILLENNIUM FELLOWSHIP - CLASS OF 2025
United Nations Academic Impact and MCN are proud to partner on the Millennium Fellowship. This year, 60,000+ young leaders applied to join the Class of 2025 on 7,000+ campuses across 170 nations. 290+ campuses worldwide (less than 5%) were selected to host the 4,500+ Millennium Fellows.

UNITED NATIONS ACADEMIC IMPACT AND MCN PROUDLY PRESENT IBRAHIM HOSSAIN, A MILLENNIUM FELLOW FOR THE CLASS OF 2025.
Shahjalal University of Science & Technology | Sylhet, Bangladesh | Advancing SDG 4, SDG 5 & UNAI 3

" I am excited to be a Millennium Fellow because it empowers me to turn innovative ideas into meaningful impact. My work in materials science and nanotechnology aims to contribute solutions for sustainable development, and this fellowship provides the platform to collaborate, learn, and lead initiatives that can create positive change in communities globally. "
Millennium Fellowship Project: Learning Seed
Our project “The Learning Seed” was designed to help the underprivileged children of a marginalized village named Tior Gaon for our initiative where poverty-stricken families live at a subsistence level. Millennium Fellows of Shahjalal University of Science and Technology participate in this initiative directly in the families to facilitate Quality Education (SDG 4). As we are all students, we, unfortunately, couldn’t do much for the children due to financial constraints. However, we purchased pen, writing sheets and some chocolates as a mood-booster and distributed among the children. Later, we met the parents and engaged in an inclusive discussion about the importance of education as well as its private and social benefits to spread awareness among them. By promoting both educational resources and awareness, Learning Seed plants the foundation for sustainable change, stronger communities, and brighter futures aligned with SDG 4.
About the Millennium Fellow
Ibrahim Hossain is a Physics undergraduate at Shahjalal University of Science and Technology (SUST) with a keen interest in condensed matter physics, solid-state physics, and nanomaterials. He has research experience in Density Functional Theory (DFT) using VESTA and Quantum ESPRESSO, focusing on the theoretical study of metal oxide nanoparticles, nanocellulose, and carbon-based nanomaterials. Beyond academics, he actively participates in student leadership and community initiatives, demonstrating strong problem-solving skills and a commitment to advancing scientific research and innovation.









