Department of Mathematical Sciences
Where excellence begins and the future is made
Academic program Bachelor of Science in mathematics
Vision, mission and objectives of The Bachelor of Science in mathematics program
Preparing outstanding graduates in Mathematical Sciences, possessing high scientific and skill competence, capable of interacting with economic and societal transformations, and actively contributing to the development of research and community service.
It aims to develop students ' skills in analysis, research, and critical thinking, in order to qualify them to pursue graduate studies and engage competently in various fields of work, while adhering to academic and professional values.
1- Cognitive goals Empowering students with the basics of pure and Applied Mathematics. Develop the ability to use mathematical logic and the foundations of scientific proof. Qualifying students to understand mathematical theories and their applications in multiple fields.
2- Skill objectives Promote analytical thinking and solve complex problems using modern mathematical tools and techniques. Develop students ' abilities in communication and academic presentation, and work in research or professional teams. The use of software and digital means in the analysis of mathematical models.
3- Value and behavioral goals Establish professional ethics and adhere to academic standards. Developing the spirit of cooperation, institutional affiliation and social responsibility. Motivating students to research and innovation within the framework of scientific integrity.
4- Qualifying and general goals Preparing graduates who are able to keep up with the latest developments in their specialty and engage in the labor market. Initially qualify them for postgraduate studies or join Advanced Research Projects. To enable students to develop themselves continuously and to be open to international scientific experiments.
Program Learning Outcome
1- The ability to apply computing and mathematical skills (theoretical foundations, algorithms) in the design and analysis of computational systems.
2- Competence in identifying, formulating and analyzing problems using technical tools, methods of mathematical and logical thinking.
3- Demonstrate skill in designing mathematical solutions to real-world problems within different disciplines, taking into account ethical and professional aspects.
4- Work effectively within multidisciplinary teams to achieve design, implementation and evaluation goals.
5- Following sober professional and ethical practices, adopting cyber security standards and Privacy Protection.
6- The ability to communicate effectively with various academic and community entities.
7- Analyze the socio-economic impact of technical outputs, propose practical and sustainable solutions.
8- Commitment to self-learning and continuous professional development, and involvement in participatory community initiatives.
9- Use modern digital tools and computing software with high efficiency.
Admission requirements to The Bachelor of Science in mathematics program
Obtaining a preparatory certificate (scientific or applied branch ).
Job description of a graduate of The Bachelor of Science in mathematics program
A graduate of The Bachelor of Science in mathematics program is described as a qualified academic and professional cadre who possesses a solid scientific base in the basic and applied branches of mathematics, and is able to employ mathematical knowledge, analytical skills and quantitative methodologies in efficiently and objectively addressing scientific and practical problems. The graduate is prepared to engage in functional areas that require advanced abilities in logical analysis, mathematical reasoning, model building, data processing, decision-making based on accurate quantitative grounds, as well as adaptability to the renewed professional requirements in educational, research, administrative and service institutions.
Scientific and professional competencies of the graduate
The graduate of the program has the ability to: Employing mathematical concepts and theories in the analysis of phenomena and problems of a scientific and applied nature. The use of mathematical and statistical methods in the organization of data, their analysis and drawing conclusions from them. Build mathematical models suitable for real-world problems, interpret their results in the light of available data. Practice demonstrative thinking and logical conclusion according to an accurate scientific methodology. The use of supporting technologies and tools in quantitative analysis and mathematical calculations. Preparing scientific and technical reports that are accurate, clear and objective. Contribute to the implementation of Educational, Research and technical tasks related to the field of mathematics.
Professional features of the graduate
The graduate of the mathematics science program is characterized by the following: Accuracy and discipline in performance. The ability to analyze, conclude, solve problems. Objectivity in dealing with data and results. The ability to continuously learn and keep abreast of scientific developments. Ability to work individually and collectively within diverse academic and professional environments. Commitment to business ethics and Professional Responsibility.
Definition of specialization: Mathematical Sciences
Mathematical Sciences: an academic specialty concerned with the study of mathematical structures, relationships and patterns, employing logical thinking, quantitative analysis and mathematical proof in understanding theoretical and applied problems, thereby contributing to the preparation of qualified scientific cadres for teaching, scientific research and serving various fields of work.
Targeted functional areas
The graduate of the program qualifies to work in a number of fields, the most prominent of which are: Educational institutions, in teaching and pedagogical work after fulfilling the requirements and controls in force. Units of Statistics, Planning, follow-up and data analysis in state institutions and the private sector. Research and scientific centers, projects that require quantitative analysis and mathematical modeling. Financial and banking institutions, insurance companies are engaged in business of a numerical and analytical nature. Supporting areas of computing, including numerical analysis, algorithms, and data processing. Administrative and technical work that requires the skills of organized thinking, problem solving and decision making. Continue graduate studies and engage in the academic path and scientific research.
General institutional description
The graduate of The Bachelor of Science in mathematics program represents a qualitative way out of the outputs of the educational institution, as it combines specialized scientific qualification and applied ability, in line with the objectives of the program and its mission in preparing scientific cadres capable of contributing to cognitive development, community service and the labor market, according to the approved quality standards and academic sobriety.
A graduate of the Department of Mathematical Sciences is qualified to work in the following fields:
In light of the knowledge and skills acquired by the student during the study period, the graduate of the program is expected to be able to perform specialized and supporting functions in the educational, research, statistical and analytical fields, and to contribute effectively to community service through the application of mathematical knowledge in addressing real-world issues and supporting institutional development.
Academic success
The student is required to successfully complete the four academic years within the specified time period, provided that it does not exceed eight years. Research project:
The preparation and implementation of a research project is an essential part of the graduation requirements, as it contributes to the development of scientific research skills and the practical application of theories and concepts acquired during the study period.
