Professor
Mohammed Quddus, BSc, MEng, PhD, FHEAProfile page
Chair in Intelligent Transport Systems
Department of Civil and Environmental Engineering - Faculty of Engineering
Orcid identifier0000-0001-6969-2365
- Chair in Intelligent Transport SystemsDepartment of Civil and Environmental Engineering - Faculty of Engineering
- 020 7594 6121 (Work)
- 308, Skempton Building, South Kensington Campus, United Kingdom
TEACHING INTERESTS
CIVE40003 Mathematics (MEng Civil Engineering, Year 1)
I contribute to Ordinary Differential Equations (ODEs) covering the following topics:
(1) Introduction to Ordinary Differential Equations and their applications: ODEs vs PDEs, order, techniques to form ODEs and solving ODEs; (2) First Order ODEs: techniques include- separable, homogeneous, integrating factor, exact, linear, substitution;(3) Second Order ODEs: Linear homogeneous (two real roots, double and complex roots) and linear non-homogeneous (constant coefficients, undetermined coefficients, particular integral and degenerate case);
CIVE70015 Traffic Engineering (MEng Civil Engineering Year 3 and Year 4)
I am the module coordinator and contribute to: fundamentals of traffic engineering, traffic flow theory and queueing theory. Other contributors are: Prof Neil Hoose and Dr Fangce Guo
CIVE70107 Analytical Methods (MSc Transport & MSc Transport with Data Science)
I contribute to: time-series models and spatial models;
CIVE10110 Intelligent and Autonomous Transport (MSc Transport & MSc Transport with Data Science)
I am the module coordinator and contribute to: fundamentals of intelligent transport systems, autonomous and connected vehicles, smart infrastructure, evaluating the impact of emerging technologies
CIVE70115 Safety, Security and Human Factors(MSc Transport & MSc Transport with Data Science)
I contribute to: count data models for analysing traffic collisions
I contribute to Ordinary Differential Equations (ODEs) covering the following topics:
(1) Introduction to Ordinary Differential Equations and their applications: ODEs vs PDEs, order, techniques to form ODEs and solving ODEs; (2) First Order ODEs: techniques include- separable, homogeneous, integrating factor, exact, linear, substitution;(3) Second Order ODEs: Linear homogeneous (two real roots, double and complex roots) and linear non-homogeneous (constant coefficients, undetermined coefficients, particular integral and degenerate case);
CIVE70015 Traffic Engineering (MEng Civil Engineering Year 3 and Year 4)
I am the module coordinator and contribute to: fundamentals of traffic engineering, traffic flow theory and queueing theory. Other contributors are: Prof Neil Hoose and Dr Fangce Guo
CIVE70107 Analytical Methods (MSc Transport & MSc Transport with Data Science)
I contribute to: time-series models and spatial models;
CIVE10110 Intelligent and Autonomous Transport (MSc Transport & MSc Transport with Data Science)
I am the module coordinator and contribute to: fundamentals of intelligent transport systems, autonomous and connected vehicles, smart infrastructure, evaluating the impact of emerging technologies
CIVE70115 Safety, Security and Human Factors(MSc Transport & MSc Transport with Data Science)
I contribute to: count data models for analysing traffic collisions