Marcus Campbell Bannerman

Dr. Marcus Campbell Bannerman is a Senior Lecturer in the School of Engineering at the University of Aberdeen, serving as Programme Leader for Chemical Engineering. He teaches chemical engineering courses while applying computational techniques to solve diverse engineering problems. His research bridges fundamental physics with practical applications in cement chemistry and thermodynamics.

Education:

• MEng Chemical Engineering (2006) from UMIST
• PhD Chemical Engineering (2009) from University of Manchester

Dr. Bannerman's research focuses on computational approaches to engineering challenges, with significant expertise in molecular dynamics simulations, cement chemistry, and thermodynamic modeling. He has developed key computational tools including DynamO (molecular dynamics), Stator (collision calculations), and SimCem.com (thermodynamic database). His work demonstrates strong interdisciplinary connections between physics, chemistry, and engineering.

His recent publications (2023-2025) reveal a dual research trajectory: cement chemistry (Portland cement clinker, alternative cement formulations) and fundamental molecular dynamics (hard sphere systems, thermodynamic properties). This combination reflects his ability to connect theoretical understanding with industrial applications, particularly in sustainable cement production.

Key Contributions:

• Development of DynamO, widely-used molecular dynamics simulation software
• Creation of SimCem.com, comprehensive thermodynamic database and tools
• Research on low-carbon cement alternatives with reduced environmental impact
• Advancements in understanding hard sphere systems and their thermodynamic properties

Dr. Bannerman actively supervises PhD students and is accepting new candidates. His teaching includes advanced courses on Heat, Mass, and Momentum Transfer with comprehensive lecture materials covering vector notation, differential balances, energy transport, and non-Newtonian flow. His approach combines theoretical rigor with practical application across multiple engineering domains.