1. COMP1261 Advanced Algorithms n 15 credits, Term 1 (Wednesday 9-12) n Pre-requisites: Calculus and Mathematical Methods, Numerical Mathematics and Computer Algorithms n A broad understanding of designing robust algorithms suitable to be run on modern computers through the use of appropriate mathematical techniques.

2. COMP1261 Advanced Algorithms n To provide a thorough background on the design of robust algorithms for modern computer systems. n To provide advanced practical applied mathematical techniques required to construct robust algorithms.

3. Course title: Advanced Algorithms

4. COMP1261 Advanced Algorithms n Nonlinear systems: algebraic equations, differential equations, Newton’s method; n Perturbation methods; n Concept of modern computers; Transformation methods. n Design of robust algorithms for modern computational platforms.

6. MATH1107 Industrial Applied Mathematics n 15 credits, Term 2 (Wednesday 9-12) n Pre-requisites: Calculus and Mathematical Methods Linear Algebra n Provide appropriate training of using suitable mathematical techniques in the design of algorithms for industrial applications.

7. MATH1107 Industrial Applied Mathematics n To provide advanced knowledge on selected topics of applied mathematics – understanding of mathematical modelling for heat transfer problems and pollution transport phenomena. n To provide a broad experience to the use of applied mathematical techniques for industrial and scientific problems.

8. MATH1107 Industrial Applied Mathematics n Heat transfer modelling; n Pollution transport modelling; n Elementary fluid mechanics: Dimensional analysis; Stokes law, viscosity; n Flow between regions: a bio-medical application. n Techniques of solutions – Series solution methods, defect correction methods, Rayleigh- Ritz method, homotopy methods;

9. MATH1107 Industrial Applied Mathematics n Theory: Formulation of problems, solution methods n Applications n Practical – MATLAB (May be)