Mission
The Department of Mathematics aims at providing instruction in mathematics at both the Bachelors Degree and Postgraduate levels, and to carry out scientific research adapted to the changing needs of the society. The Bachelors Degree programme is designed to provide tools for mathematical techniques and thinking in such a way as to enable the graduates to find gainful employment in areas where mathematical knowledge is required and to have the adequate background necessary for the pursuit of studies and research in mathematics, computational sciences and related disciplines at the postgraduate level. The postgraduate programme is designed in such a way that graduates, depending on their specific specialties, can seek employment in Institutions of Higher Learning, Industries, Banking and Insurance Sector or in the Social Sector. Furthermore, graduates will be endowed with sufficient skills to be self-employed as consultants or soft-ware developers. The Department, through its programmes, also seeks to satisfy the evolving needs of the mathematicians, computational scientists and users of mathematics.
Admission Requirements
BSc Programmes
Candidates with General Certificate of Examinations (GCE) Background
GCE Advanced Level
- Pass in GCE Advanced Level (minimum of 2 subjects)
- Must have subjects: Either:
- Mathematics (with minimum of Grade C) OR
- Further Mathematics (with minimum of Grade D)
- Subjects not considered: Religious Studies
GCE Ordinary Level
- Pass in GCE Ordinary Level (minimum of 4 subjects)
- Must have subjects: Mathematics
- Subjects not considered: None
Candidates with BAC Background
- BAC Series C
- Probatoire Series C
MSc Programmes
MSc in Mathematics
Candidates must hold at least a Second Class (honours) Lower Division or Mention “Assez Bien” degree or equivalent in the required field of studies from a recognized university.
Teaching Staff
- Nkemzi Boniface Belagoa, PhD (Technical University of Chemnitz, Germany)
Professor, Mathematical and Numerical Analysis - Nana Cyrille, PhD (University of Yaounde)
Associate Professor, Harmonic Analysis - Agbor Dieudonne Agbor, PhD (University of Yaounde I)
Associate Professor, Classical and Harmonic Analysis - Ngwa Gideon Akumah, PhD (University of Oxford, UK)
Associate Professor, Mathematical Modelling - Dor Celestine Kewir, PhD (University of Buea)
Senior Lecturer, Theory of Rings and Modules, Relative Homological Algebra - Tchuiaga Stephane, PhD (University of Abomey Calavi, Benin Republic)
Senior Lecturer, Mathematics - Nkeck Jake Leonard, PhD (University of Buea)
Lecturer, Numerical Analysis - Fomboh Nee Nforba Mary Yah, PhD (University of Buea)
Lecturer, Mathematical Modelling - Ndambomve Patrice, PhD (African University of Science and Technology, Abuja, Nigeria)
Lecturer, Partial Differential Equations and Mathematical Control Theory - Alexander Mengnjo, PhD (University of Buea)
Assistant Lecturer, Probability
Degree Programmes
Courses
BSc Courses
- MAT201: Calculus I
- MAT202: Calculus II
- MAT203: Abstract Algebra
- MAT204: Linear Methods
- MAT207: Mathematical Methods IA
- MAT208: Mathematical Methods IIA
- MAT211: Mathematical Methods
- MAT301: Analysis I
- MAT302: Analysis II
- MAT303: Linear Algebra I
- MAT304: Linear Algebra II
- MAT305: Mathematical Probability I
- MAT306: Introduction to Mathematical Statistics
- MAT307: Introduction to Differential Equations
- MAT310: Mathematical Methods III
- MAT311: Analytical Mechanics
- MAT312: Electromagnetism
- MAT314: Analytic Geometry
- MAT401: Analysis III
- MAT402: General Topology
- MAT403: Set Theory
- MAT404: Group Theory
- MAT406: Mathematical Probability II
- MAT407: Complex Analysis I
- MAT409: Ordinary Differential Equations
- MAT411: Analytical Dynamics
- MAT412: Hydromechanics
- MAT413: Affine and Projective Geometry
- MAT415: Differential Geometry
- MAT416: Measure Theory and Integration
- MAT417: Calculus of Variations
- MAT418: Numerical Methods
- MAT419: Elements of Stochastic Processes
- MAT420: Elements of Queuing Theory
- MAT421: Multivariate Statistics
- MAT422: Introduction to Optimization
- MAT423: Combinatorics and Graph Theory
- MAT498: Research Project
MSc Courses
- MAT601: Analysis
- MAT602 : Seminars and Communication Skills
- MAT603 : Rings an Modules
- MAT604: Field Theory
- MAT606 : Mathematical Ecology and Biology
- MAT607 : Complex Analysis II
- MAT612 : Functional Analysis
- MAT613 : Partial Differential Equations
- MAT614: Numerical Solution of Partial Differential Equations and Application
- MAT615: Theory of Stochastic Processes
- MAT616: Topology
- MAT618: Queuing Theory
- MAT619: Deterministic Operations Research Models
- MAT620: Stochastic Operations Research Models
- MAT621 : Decision Analysis
- MAT622: Calculus with respect to Brownian Motion
- MAT623: Mathematical Statistics
- MAT624: Markov Processes
- MAT625: Elements of the Statistics of Random Processes
- MAT626: Spectral Theory and Application to Partial Differential Equations
- MAT627: Mathematical Probability III
- MAT628: Functional and Variational Methods for Partial Differential Equations
- MAT629: Theory of Martingales
- MAT630: Dynamical Systems and Chaos
- MAT631: Computer Algebra I
- MAT632: Hypergeometric Orthogonal Polynomials and Special Functions
- MAT633: Nonlinear Ordinary Differential equations
- MAT634: Applied Statistics and Stochastic Models
- MAT635 : Numerical Methods for Ordinary Differential Equations
- MAT637 : Numerical linear algebra
- MAT684: Research Methodology and Scientific Writing
- MAT686 : Research Seminars and Communication Skills
- MAT689: Entrepreneurship
- MAT691: Research Methodology and Scientific Writing
- MAT696: Pre-defence Seminar
- MAT698: MSc Thesis
PhD Courses
- MAT702: Infinite Abelian Groups
- MAT703: Advanced Theory of Rings and Modules
- MAT704: Homological Algebra
- MAT705: Category Theory
- MAT706: Algebraic Topology
- MAT707: Commutative Algebra
- MAT708: Differential Manifolds
- MAT709: Topics in Real Analysis
- MAT710: Topics in Real
- MAT711: Topics in Complex Analysis
- MAT712: Topics in Topology
- MAT713: Topics in Functional Analysis
- MAT714: Numerical Methods for Partial Differential Equations: The Finite Element
- MAT715: Topics in Partial Differential Equations
- MAT716: Scientific Computing and Software Development
- MAT717: Topics in Numerical Analysis
- MAT718: Continuum Models
- MAT719: Mathematical Foundation and Elasticity
- MAT720: Asymptotic Perturbation Methods
- MAT721: Introduction to Fluid Mechanics
- MAT722: Advanced Queuing Topics
- MAT723: Nonlinear Partial Differential Equations
- MAT724: Applied Statistical Analysis
- MAT725: Topics in Nonlinear Ordinary Differential equations
- MAT726: Multi Objective Decision Analysis
- MAT727: Mathematical Modelling
- MAT728: Introduction to Random Dynamical Systems
- MAT729: Discrete: DNA Testing and Forensic statistics
- MAT730: Statistics of Random Processes II
- MAT731: Operations Research Practice
- MAT732: Advanced Topics in Mathematical Programming
- MAT733: Advanced Topics in Random Models
- MAT734: Discrete and Algorithmic Mathematics
- MAT735: Discrete System Simulation
- MAT737: Semimartingales
- MAT739: Statistics of Random Processes I
- MAT741: Topics in Hypergeometric Orthogonal Polynomials and Special Functions
- MAT785: Research Methodology and Scientific Writing
- MAT786: Communication Skills
- MAT792: Research Seminars
- MAT794: Scientific Computing
- MAT796: Comprehensive Examination in Mathematics
- MAT798: PhD Thesis Research in Mathematics