Professor Rym M'Hallah
Professor of Systems Engineering
Research interests
- Engineering
Contact details
Biography
Professor M’Hallah focuses on modeling, analyzing and optimizing large-scale industrial and service systems using operations research and industrial/systems engineering techniques including but not limited to simulation, mathematical, constraint and dynamic programming, math heuristics and computational intelligence combined with techniques from probability, statistics. Primary application areas include health care, manufacturing, vehicle routing, deterministic and stochastic scheduling, cutting and packing, telecommunication networks, and quality control.
Further Information
Research
Manufacturing, Materials & Systems
Design, manufacturing and processing
Computational Engineering
Applying advanced computational methods to engineering practice.
Centre for Urban Science and Progress (CUSP) London
CUSP London is a collaboration between King’s College London and New York University, which brings together researchers, businesses, local authorities and government agencies, to apply data science and visual analytics to challenges in and for London.
News
UK could reach Net Zero faster by expanding its Emissions Trading Scheme
King's policy paper suggests carbon unit prices could be boosted by 67% and 26% additional land unlocked for woodland creation.
Meet King's newest Engineers
Interview with new academics in the Department of Engineering
Research
Manufacturing, Materials & Systems
Design, manufacturing and processing
Computational Engineering
Applying advanced computational methods to engineering practice.
Centre for Urban Science and Progress (CUSP) London
CUSP London is a collaboration between King’s College London and New York University, which brings together researchers, businesses, local authorities and government agencies, to apply data science and visual analytics to challenges in and for London.
News
UK could reach Net Zero faster by expanding its Emissions Trading Scheme
King's policy paper suggests carbon unit prices could be boosted by 67% and 26% additional land unlocked for woodland creation.
Meet King's newest Engineers
Interview with new academics in the Department of Engineering