Ms. Yeo Yi Xuan at University Malaysia Perlis, Malaysia
🔗 Profile
👨⚕️ Academic Background
Ms. Yeo Yi Xuan is a dedicated PhD student in mechanical engineering at the University Malaysia Perlis. With a strong academic foundation in engineering principles, she is passionate about advancing innovations in sustainable energy systems. Her research focuses on the development of eco-friendly and efficient mechanical solutions for industrial applications. Yeo Yi Xuan has actively participated in national and international conferences, presenting her findings on renewable energy technologies. She is committed to contributing to the engineering community through research and collaboration.
🎓Education
- PhD in Mechanical Engineering (Ongoing)
University Malaysia Perlis
Focus: Sustainable energy systems and mechanical solutions for industrial applications.
- Master of Science in Mechanical Engineering
University of Technology Malaysia
Specialization: Renewable energy technologies
- Bachelor of Engineering in Mechanical Engineering
University Malaysia Perlis
Achievements: Graduated with honors, recipient of the Dean’s List Award
🌟Professional Experience
Ms. Yeo Yi Xuan has gained extensive experience in mechanical engineering, focusing on sustainable energy solutions. As a Research Assistant at the University Malaysia Perlis, she conducted experiments and data analysis in the field of renewable energy, contributing significantly to research projects on energy efficiency. She collaborated with faculty members to develop innovative solutions for industrial applications and assisted in publishing research papers. During her internship at a national engineering firm, she supported engineering teams in designing eco-friendly mechanical systems and contributed to developing new energy-efficient technologies. Her experience has equipped her with a solid foundation in engineering practices and a commitment to advancing sustainable energy innovations.
🔍Research Interests
Ms. Yeo Yi Xuan’s research interests center around sustainable energy systems and renewable energy technologies. She is passionate about developing eco-friendly mechanical solutions that enhance energy efficiency in industrial applications. Her current research focuses on designing high-efficiency solar panels and implementing wind energy solutions to improve energy access and reduce carbon footprints. By exploring innovative materials and technologies, she aims to contribute to the advancement of sustainable energy practices. Her work is driven by the goal of creating a more sustainable and environmentally conscious future through cutting-edge engineering solutions.