| Course Code |
Title |
Learning Outcomes |
| MATH1311 |
FINITE MATH |
CLO1 Employ basic tools learnt from finite mathematics to business related endeavors. |
| CLO2 Use tools from mathematics to make good business decisions. |
| CLO3 Analyze how long-term investments produce profits. |
| CLO4 Make long-term predictions with respect to market share and demographics. |
| CLO5 Develop improved collaborative skills. |
| MATH1312 |
CALCULUS FOR STUDENTS OF BUSINESS |
CLO1 Employ basic tools learnt from finite mathematics to business related endeavors. |
| CLO2 Use tools from mathematics to make good business decisions. |
| CLO3 Analyze how long-term investments produce profits. |
| CLO4 Make long-term predictions with respect to market share and demographics. Develop improved collaborative skills. |
| CLO5 Develop improved collaborative skills. |
| MATH1313 |
STATISTICAL METHODS |
CLO1 Identify different types of data, data sources, and sampling techniques. |
| CLO2 Present data and characterize it. |
| CLO3 Compute probability and identify different distributions. |
| CLO4 Estimate parameters and test hypotheses. |
| CLO5 Construct regression Models and Conduct quality control and create productivity charts |
| MATH1324 |
CALCULUS III |
CLO1 Define the concepts of limit, continuity, differentiability, and integration for functions of more than one variable |
| CLO2 Describe vector valued functions and perform vector operations. |
| CLO3 Calculate partial derivatives and demonstrate how partial differentiation is used to solve problems arising in the physical sciences and engineering. |
| CLO4 Manipulate real functions of several variables. Calculate multiple integrals using different coordinate systems and illustrate their use in physical problems. |
| CLO5 Develop the concept of vector fields and employ the fundamental theorem of line integrals, Green's Theorem, Stokes's Theorem and the Divergence Theorem to solve problems. |
| MATH1422 |
CALCULUS I |
CLO1 Define Limits, Continuity, Differentiation, and Integration. |
| CLO2 Show an understanding of limits and their relationship to the concept of continuity. |
| CLO3 Differentiate elementary and trigonometric functions |
| CLO4 Demonstrate how differentiation is used to solve problems arising in the physical sciences and engineering. |
| CLO5 Compute simple integrals. |
| MATH1423 |
CALCULUS II |
CLO1 Use definite integrals to compute volume and Surface area of revolution, and Arc length. |
| CLO2 Identify and use the suitable integration techniques. |
| CLO3 Manipulate sequences and infinite series (convergence and divergence). Generate a polynomial to approximate functions. |
| CLO4 Use Maclaurin/Taylor series to approximate a definite integral to a desired Accuracy. |
| CLO5 Develop basic techniques in Vector Algebra. |
| MATH2331 |
LINEAR ALGEBRA |
CLO1. Formulate linear systems as mathematical models and to solve these models |
| CLO2. Find the inverse of a given matrix (if it exists) as well performing matrix operations. |
| CLO3. Evaluate the determinant of a given matrix using different methods |
| CLO4. Recognize standard examples of vector spaces and determine their basis, and dimensions. |
| CLO5. Determine transformations of vector spaces and well as to determine the kernel and range of a given linear transformation. |
| CLO6.Find the characteristic equation and eigenvalues and eigenvectors of a given matrix and to find the rank and basis for the row or column space of a matrix |
| MATH2332 |
ORDINARY DIFFERENTIAL EQUATIONS |
CLO1 Define different types of Ordinary Differential Equations and interpret their solutions. |
| CLO2 Identify and solve deferent types of First, Second and Higher Order Ordinary Differential Equations. |
| CLO3 Model and solve problems arising from the physical sciences and engineering using ODE and interpret the solution. |
| CLO4 Identify and solve Ordinary Differential Equations using Laplace Transforms. |