I believe teaching is an art grounded in scientific understanding, one that requires not only subject expertise, but also a genuine connection with students. Effective teaching, in my view, is a creative and engaging service that transforms complex concepts into accessible ideas while encouraging curiosity and independent thought.
My approach to teaching has been shaped by my experiences as a guest lecturer at King Abdullah University of Science and Technology (KAUST) and King Saud University (KSU), Saudi Arabia, where I have taught students from diverse international, cultural, and academic backgrounds. I have also served as a teaching assistant at the Indian Institute of Technology Madras, working closely with graduate students across multiple disciplines in engineering and science. These experiences have strengthened my ability to adapt teaching strategies to varied learning styles and intellectual levels.
While my core expertise lies in chemistry, particularly physical chemistry, electrochemistry, and green hydrogen technologies, my teaching philosophy extends beyond the transmission of technical knowledge. I aim to foster intellectual curiosity, critical thinking, and independent problem-solving skills, empowering students to confidently apply fundamental principles to real-world engineering and scientific challenges.
—Dr. Abdul Malek
Graduate-level course taught to M.S. and Ph.D. students at KAUST, covering fundamentals and applications of electrochemical energy conversion and storage technologies.
Core graduate program for Mechanical Engineering and Chemical Engineering students, focusing on the laws of thermodynamics, phase equilibria, and energy analysis relevant to energy, materials, and process engineering applications.
A special interdisciplinary program taught at King Saud University for undergraduate students, jointly offered by KACARE, Women and Energy (Saudi Arabia), and the KAUST Academy, addressing renewable energy systems, decarbonization strategies, and large-scale energy transition pathways. The course primarily focused on Hydrogen production, storage, and transport and its economic aspect.
Served as an instructor for a special course "Energy specialization program: Hydrogen economy" delivered to a combined cohort of final-year undergraduate and master’s students (80 participants). The course examined the full hydrogen value chain with an emphasis on comparative, evidence-based analysis rather than advocacy. Topics included hydrogen production pathways (green, grey, and blue), associated carbon intensities, cost structures, and system-level trade-offs. The curriculum covered hydrogen generation, storage, and transportation, followed by an assessment of the emerging hydrogen economy, including infrastructure readiness, scalability constraints, and policy drivers.