At Canadian University Dubai (CUD), students Karthika Manoj and Anthony Ibrahim are showcasing the transformative impact of undergraduate research in fostering global innovation. Both are rising stars in engineering, having delivered groundbreaking projects in robotics and data science, demonstrating how the new generation is spearheading technological advancements.
Karthika, a standout in the Computer and Networking Engineering program, recently completed a three-week research internship in Germany with the Automated and Autonomous Systems Department at the Technical University of Freiberg. During this practical project, she worked on a simulator for the Unitree G1 U-6 humanoid robot, an essential tool in tasks requiring human-like anatomy.
Guided by esteemed international academics, Dennis Bäcker and Amir Nemati, Karthika applied her CUD education to tackle real-world robotics challenges. She stated, “This experience added a practical, research-focused layer to my studies at CUD. It demonstrated how computer and networking engineering concepts apply in advanced fields like robotics and automation. I’m thankful for the opportunity to work with an inspiring team, contribute to ongoing research, and gain insights to bring back to my studies and future projects.”
Karthika’s internship initiated a broader partnership between CUD and TU Freiberg. Dr. Arash Kermani Kolankeh, associate professor at CUD’s School of Engineering, Applied Science and Technology, commented, “This collaboration with TU Freiberg is part of a larger strategy to immerse our students in the research cultures of industrialized nations. We’re now expanding this collaboration to include official internships and faculty exchanges.”
Similarly, Anthony, a third-year Mechatronics Engineering student, is applying his academic knowledge to real-world advancements. He presented his research at the 7th HCT International Multi-Conferences on Advances in Science & Engineering Technology (ASET 2025). His paper, titled ‘Empirical Analysis of Feature Selection Methods under Varying Selection Thresholds’, offers a thorough evaluation of essential techniques in fields like biomedical science.
Anthony’s research provides a thorough evaluation of techniques essential in biomedical science.
Anthony, guided by faculty mentor Dr. Firuz Kamalov, professor at CUD, made a significant contribution to the field. Dr. Kamalov noted, “Anthony’s research exemplifies the critical inquiry we encourage at CUD, combining rigorous data analysis with practical applications. His study not only contributes academically but also fosters advancements in biomedical sciences and AI. At CUD, we nurture innovation that has real-world relevance and global impact.”
With his code publicly available on GitHub, Anthony leaves a legacy for global researchers while continuing to explore AI and robotics innovations through ongoing projects and competitions at the university. He expressed, “Working on this paper with Dr. Kamalov and presenting at ASET was a rewarding milestone. It enhanced my research skills and reaffirmed my commitment to expanding my knowledge through innovative projects and hands-on experience.”
Dr. Sherif Moussa, dean of the School of Engineering, Applied Science and Technology, stated, “These initiatives illustrate CUD’s commitment to experiential learning, international collaboration, and academic mentorship, aligned with our efforts to support the UN Sustainable Development Goals on education and innovation. Karthika and Anthony exemplify the impactful role students can play at the undergraduate level, setting standards for future tech leaders.”
