| Course Catalogue |
|---|
| Year | Semester | Courses | Key Learning Themes |
|---|---|---|---|
| Year I | Semester I |
• Mathematics for Natural Science • Communicative English Skills I • General Physics • General Psychology and Life Skills • Critical Thinking • Physical Fitness • Geography of Ethiopia and the Horn |
Possess a strong understanding of fundamental mathematical concepts, principles, and techniques, and be able to apply them in problem-solving. |
| Semester II |
• Communicative English Skills II • Social Anthropology • General Biology • Economics • Introduction to Emerging Technologies • Introduction to Civics and Ethics • General Chemistry • History of Ethiopia and the Horn |
Develop mathematical thinking and reasoning skills, enabling them to extend and generalize concepts to new situations. | |
| Year II | Semester I |
• Fundamental Concepts of Algebra • Calculus I • Introduction to Statistics • Introduction to Computer Sciences • Inclusion in Education and Development • Global Trends |
Apply computational techniques and software to explore, visualize, and solve diverse mathematical problems and applications. |
| Semester II |
• Introduction to Combinatorics and Graph Theory • Calculus II • Linear Algebra I • Fundamental Concepts of Geometry • Fundamentals of Programming • Statistics and Probability |
Develop fundamental concepts of mathematical modeling and applied mathematics relevant to real-world situations and career opportunities. | |
| Year III | Semester I |
• Transformation Geometry • Number Theory • Calculus of Functions of Several Variables • Mechanics and Heat • Experimental Physics I • Linear Algebra II |
Have the foundational mathematical knowledge and skills required for successful careers in education, research, and various sectors, as well as self-employment. |
| Semester II |
• Numerical Analysis I • Linear Optimization • Computational and Typesetting Software • Financial Mathematics I • Modern Algebra I • Ordinary Differential Equation |
Able to adapt to evolving technologies and foster a commitment to lifelong learning. | |
| Year IV | Semester I |
• Introduction to Research Methods • Calculus of Function of Complex Variables • Partial Differential Equations • Advanced Calculus of One Variable • Elective I • Entrepreneurship and Business Development |
Apply computational tools (e.g., Python, MATLAB, Mathematica, GeoGebra) to simulate mathematical models, perform data analysis, and interpret quantitative results. |
| Semester II |
• Fundamentals of Machine Learning • Mathematical Modeling • Undergraduate Mathematics Research / Undergraduate Research Project • Elective II • Fundamentals of Database System • Elective III |
Develop creative, logical, and adaptable strategies to solve complex mathematical and real-world problems through iterative analysis and reflection. |