Prof. Anthony Andrews, a dedicated professor of Materials Engineering at KNUST, has devoted years to transforming the academic and research landscape in his field. His journey began with a BSc in Metallurgical Engineering from KNUST, followed by an MSc and PhD in Materials Engineering from the University of the Witwatersrand, South Africa. This path highlights his commitment to advancing technology through innovative materials.
With expertise in advanced ceramic processing, corrosion engineering, and tribology, Prof. Andrews is passionate about how materials shape the world. "Materials have the power to revolutionise industries and improve everyday life," he says. This curiosity and drive inspired him to pursue a career in academia, where he combines his research interests with his passion for teaching. As a lecturer, he is dedicated to guiding students on their scientific journeys and inspiring them to push boundaries.
Prof. Andrews' research focuses on combating corrosion and wear, developing energy materials from waste, and incorporating waste into construction. His interdisciplinary approach connects scientific research with practical applications, fostering collaborations across engineering disciplines. One of his proudest achievements is the development of a novel ceramic material, boron suboxide, which has been patented for its exceptional mechanical properties, making it ideal for use in bulletproof vests.
In addition to his teaching and research, Prof. Andrews takes up a new role as Director of the Institute of Distance Learning (IDL), KNUST, effective November 1, 2024. This offers him the unique opportunity to bring quality education to students around the world. His approach to teaching in the digital age includes the use of virtual labs and project-based learning to prepare students for real-world challenges, especially in materials engineering. For him, seeing his students excel in their careers is the most rewarding part of teaching, reinforcing his commitment to nurturing creativity and critical thinking.
Despite the challenges of balancing research, teaching, and administrative duties, Prof. Andrews manages his time effectively. He stresses the importance of maintaining a healthy work-life balance and encourages his students to seek opportunities that align with their career goals.
Looking ahead, Prof. Andrews envisions a future in which higher education adapts to the demands of a rapidly changing job market. He believes that universities should serve as innovation hubs, collaborating closely with industry to solve real-world challenges. His personal future plans include continuing his research in sustainable materials and leading collaborative projects that advance the field of materials engineering.
As a professor and mentor, Prof. Andrews is committed to guiding the next generation of engineers, helping them become innovative thinkers equipped to tackle tomorrow's challenges. His advice to aspiring academics is simple: stay curious, ask questions, and focus on translating complex ideas into practical solutions
