Master's program in Applied Mathematics
Program mission
Preparing graduates with a deep knowledge of applied mathematics and its applications qualifies them to be creative researchers and serve society.
Program goals
- Promoting cooperation between experts in applied mathematics with their peers in the areas of community service.
- Develop current knowledge in applied mathematics and its applications.
- Employing the latest methods to solve various models in applied mathematics.
- Benefit from the latest knowledge in the field of scientific calculations to model and solve many problems
- Improving cooperation and establishing strategic partnerships that support scientific research locally and globally.
Program learning Outcomes
- Knowledge and Understanding:
K1: Recognize fundamentals of applied mathematics.
K2: Identify mathematical applied knowledge appropriate to professional activities K3: Describe problems relating to the basic concepts in applied mathematics various fields of science.
- Skills:
S1: Apply appropriate mathematical, models and tools in solving various problems.
S2: Employ mathematical knowledge to applications related to mathematical sciences or in postgraduate studies.
S3: Explain the complementarity of mathematics as an abstract area of study versus applied disciplines.
S4: Use mathematical techniques in solving many problems in other disciplines.
S5: Demonstrate understanding of the important mathematical concepts, principles, theorems, formulas, computational techniques in the required courses.
- Values, Autonomy, and Responsibility:
V1: Participate effectively within groups and independently.
V2: Give responsibility for learning importance and continuing personal and professional development.
V3: Accept critical thinking, communication skills, and mathematical methods for solving many problems in other disciplines.
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