
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. 

  Assessment Task  Value (of total mark)  Related Learning Outcome/s 
1.  Calculus Assignment (48 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.  Midsemester 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 (48 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 24 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.

