Introduction
In branch of Pure Mathematics, there are 11 full time faculty members with specialization in Algebra (Algebraic hypererstructure, Group theory, Logical algebra, Module theory, Ring theory, Lattice, Soft computing), Graph Theory and Combinatorics, Geometry and Topology (Dynamical systems, Geometry of chaos, Generalized partial metric spaces, Over-rings of ring of continuous functions, Differential geometry and Digital topology) and Mathematical Analysis (Approximation theory, Fourier analysis, Functional analysis, Geometry of Banach spaces and Harmonic analysis).
The main purpose of the Bachelor’s degree is training specialists who, in addition to learn basic mathematics thoroughly, obtain the ability to use mathematical tools in analyzing issues in some organizations and companies. This program also prepares students to be able to continue their education at the higher levels. In addition, the need for special research in these and other mathematical disciplines, the strengthening and qualitative and qualitative development of graduate courses, and the need to focus on launching newer branches of mathematics doubles the importance of paying attention to the bachelor's degree.
The Master and PhD students have the ability to take the position of academic staff at universities and institutions of higher education in teaching at different levels, doing research, and also are expected to utilize mathematical tools in analyzing issues related to science, engineering, technology and various sectors of the society such as industry, manufacturing, economic, and social management.
In Applied Mathematics, there are 6 full time and 2 emeritus faculty members. The areas of specialization in this department are
1. Differential Equations and Dynamical Systems,
2. Financial Mathematics,
3. Numerical Analysis,
4. Optimal Control and Optimization.
The main purpose of the Bachelor’s degree is to train specialists who, in addition to learn basic mathematics thoroughly, obtain the ability to use mathematical tools in analyzing issues in some organizations and companies. This program also prepares students to be able to continue their education at the higher levels.
Computer Science is a field of theoretical and practical problem solving, combining creativity with mathematics, logic and many other disciplines. A strong understanding of computer science principles helps prepare graduates for problems solving, project management and system development.
During the courses, students will actively be involved in solving problems and building new programs in classes and tutorial labs. Students interested in research may pursue opportunities to work in research laboratories, either as a volunteer or as part of research courses.
A computer science graduate will be prepared for a wide area of career opportunities such as the civil service, the non-profit sector, and the business world. A degree in computer science can also be used as a stepping-stone to graduate studies or another professional degree such as law, medicine, veterinary medicine, or education.
Benefited from 5 full time faculty members, this department can offer a wide area of specializations, such as Soft Computing and Artificial Intelligence, Scientific Computing, Computational Geometry and Graph Algorithms.
The goal of Statistics section is research and student training in statistics and probability, both theory and applications. Also, the section is responsible for a variety of courses for undergraduate degrees in statistics for other departments in the university. The statistics section offers PhD, MSc, and undergraduate programs in statistics. The section's faculty includes two professors, five associate professors and two assistant professors. Particular areas of current research activity of statistics section include financial and actuarial Science, data science, time Series analysis, statistical modelling, reliability, distribution theory, statistical machine learning, with many interactions between these areas of research.