Noorfazreena earned her PhD in Aerospace Engineering from the University of Manchester in 2011, where she had the opportunity for valuable training in wind tunnel experiments. Her doctoral research focused on the dynamics and performance of flying discs, providing her with a solid foundation in experimental aerodynamics and flight performance analysis. After completing her PhD, she had the honor of joining Universiti Sains Malaysia, where she spent 12 rewarding years conducting research and teaching aircraft aerodynamics.

In Malaysia, her early research focused on vortex trapping for unconventional wing configurations, exploring mechanisms to improve lift and aerodynamic efficiency. Over time, her passion for finding practical solutions to real-life challenges inspired her to expand her research into hydrokinetic energy extraction using turbines for river-based applications, motivated by her involvement in charity work in rural communities. She applied her fundamental background in aerodynamics and had the privilege of investigating the interaction of wake vortices on turbine blades with flow deflectors, initially explored in wind tunnel experiments to optimize power generation in rural areas. She also explored various turbine materials to enhance turbine performance for low-speed river current applications, particularly in developing countries.

Currently, her research focuses on wind energy, particularly optimizing turbine designs. She is exploring the impact of various tubercle configurations on turbine blades, inspired by the natural design of humpback whale fins, aiming to improve turbine performance in terms of power output and efficiency across varying wind conditions. While her expertise originated in aerospace applications, focusing on aircraft and wing aerodynamics, her current work extends into interdisciplinary research, where she applies these principles to optimize turbine technology. Through this work, she aspires to contribute to the development of sustainable wind energy technologies that can positively impact communities and improve quality of life.

• Experimental Aerodynamics
• Hydrokinetic Turbines
• Wind Turbines Aerodynamics
• Sports Aerodynamics