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| 1. | Solve mathematical problems using calculus, linear algebra and vector calculus. |
| 2. | Apply calculus to solve problems encountered in science, engineering and other disciplines using concepts such as integration and numerical methods of integration. |
| 3. | Apply linear algebra to problems encountered in science, engineering and other disciplines using linear transformations, real and complex vector spaces, eigenvalues and eigenvectors. |
| 4. | Apply vector calculus to solve problems encountered in science and engineering using vector and scaler functions and fields, divergence and curl of a vector field, Green's theorem, line and surface integrals, triple Integrals and divergence theorem of Gauss. |
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| | Assessment Task | Value
(of total mark) | Related Learning Outcome/s |
|---|
| 1. | Calculus Assignment (4-8 pages) | 10% | - 1 - Solve mathematical problems using calculus, linear algebra and vector calculus.
- 2 - Apply calculus to solve problems encountered in science, engineering and other disciplines using concepts such as integration and numerical methods of integration.
|
| 2. | Mid-semester test (90 minutes) | 30% | - 1 - Solve mathematical problems using calculus, linear algebra and vector calculus.
- 2 - Apply calculus to solve problems encountered in science, engineering and other disciplines using concepts such as integration and numerical methods of integration.
- 3 - Apply linear algebra to problems encountered in science, engineering and other disciplines using linear transformations, real and complex vector spaces, eigenvalues and eigenvectors.
|
| 3. | Linear algebra Assignment (4-8 pages) | 10% | - 1 - Solve mathematical problems using calculus, linear algebra and vector calculus.
- 2 - Apply calculus to solve problems encountered in science, engineering and other disciplines using concepts such as integration and numerical methods of integration.
- 3 - Apply linear algebra to problems encountered in science, engineering and other disciplines using linear transformations, real and complex vector spaces, eigenvalues and eigenvectors.
|
| 4. | MATLAB tutorials (2 x equivalent to 2-4 pages each) | 10% | - 1 - Solve mathematical problems using calculus, linear algebra and vector calculus.
- 2 - Apply calculus to solve problems encountered in science, engineering and other disciplines using concepts such as integration and numerical methods of integration.
- 3 - Apply linear algebra to problems encountered in science, engineering and other disciplines using linear transformations, real and complex vector spaces, eigenvalues and eigenvectors.
- 4 - Apply vector calculus to solve problems encountered in science and engineering using vector and scaler functions and fields, divergence and curl of a vector field, Green's theorem, line and surface integrals, triple Integrals and divergence theorem of Gauss.
|
| 5. | Final Test (2 hours) | 40% | - 1 - Solve mathematical problems using calculus, linear algebra and vector calculus.
- 2 - Apply calculus to solve problems encountered in science, engineering and other disciplines using concepts such as integration and numerical methods of integration.
- 3 - Apply linear algebra to problems encountered in science, engineering and other disciplines using linear transformations, real and complex vector spaces, eigenvalues and eigenvectors.
- 4 - Apply vector calculus to solve problems encountered in science and engineering using vector and scaler functions and fields, divergence and curl of a vector field, Green's theorem, line and surface integrals, triple Integrals and divergence theorem of Gauss.
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