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Faculty of Computer Science and Information Technology, UNIMAS<br />

<strong>COURSE</strong> <strong>TITLE</strong><br />

<strong>COURSE</strong> CODE<br />

<strong>COMPUTATIONAL</strong> <strong>SCIENCE</strong> <strong>LABORATORY</strong><br />

(Makmal Sains Komputan)<br />

TMP2713<br />

CREDIT 3<br />

PREREQUISITE/S<br />

SYNOPSIS<br />

TMC1833 Calculus<br />

TMC1853 Linear Algebra<br />

This course will teach students to solve computational science<br />

problems, ranging from the natural sciences such as chemistry<br />

and biology as well as problems in the engineering and<br />

economics fields. Depending on the problems that need to be<br />

solved, mathematical and statistical packages such as MatLab<br />

and R Statistical Package will be used to assist the students. This<br />

will enable the students to understand not only the usage of<br />

mathematical tools but also the mathematical aspects of the<br />

problem in hand.<br />

(Kursus ini akan mengajar pelajar untuk menyelesaikan masalah<br />

sains komputan, meliputi sains asli seperti kimia dan biologi<br />

serta masalah dalam bidang kejuruteraan dan ekonomi.<br />

Bergantung kepada masalah yang perlu diselesaikan, pakej<br />

matematik dan statistik seperti Matlab dan R Statistical Package<br />

akan digunakan untuk membantu pelajar. Ini akan membolehkan<br />

para pelajar memahami bukan hanya penggunaan alatan<br />

matematik tetapi juga aspek matematik dalam masalah yang<br />

dikaji.)<br />

LEARNING<br />

OUTCOMES<br />

By the end of this course, students will be able to:<br />

o Analyse the results from the computational modelling or<br />

simulation performed on a scientific problem. (C4)<br />

o Reproduce appropriate algorithms/methods in Matlab or R<br />

to solve scientific problems. (P3)<br />

o Initiate steps taken to select appropriate method/technique<br />

when solving scientific problems. (A3)<br />

o Participate in group discussions and respond to scientific<br />

problems that requires the student to think outside the box<br />

TMP2713 Computational Science Laboratory 1 / 4


Faculty of Computer Science and Information Technology, UNIMAS<br />

and critically analyse different methods that can be used to<br />

computationally model and simulate these problems. (CS,<br />

CT, TS, LL)<br />

STUDENT<br />

LEARNING<br />

HOURS<br />

Lectures<br />

Laboratories/Practical<br />

Self-Study<br />

Quizzes, Tests, & Examinations<br />

Total<br />

28 Hour/s<br />

14 Hour/s<br />

87 Hour/s<br />

6 Hour/s<br />

135 Hour/s<br />

LEARNING<br />

UNITS<br />

Supervised<br />

Learning Hours<br />

1. Introduction to Computational Science<br />

Mathematics<br />

Chemistry<br />

Biology<br />

Physics<br />

2<br />

2. Computational tools<br />

2<br />

- MatLab<br />

- R Statistical Package<br />

3. Errors and Uncertainties in Computations<br />

2<br />

- Type of errors<br />

- Experimental Error Investigation<br />

4. Visualization<br />

- Data visualization<br />

- Type of graph<br />

- Graph plotting<br />

2<br />

5. Computational mathematics<br />

2<br />

- Modelling<br />

- Simulation<br />

6. Computational mathematics<br />

2<br />

7. Computational Chemistry<br />

2<br />

- Drug Discovery<br />

- Compound Selection (Fuzzy Clustering)<br />

8. Computational Chemistry<br />

2<br />

- Predicting molecular geometry<br />

TMP2713 Computational Science Laboratory 2 / 4


Faculty of Computer Science and Information Technology, UNIMAS<br />

- Molecular vibrations<br />

9. Computational Biology<br />

2<br />

- Introduction to Molecular Biology (Genes )<br />

10. Computational Biology<br />

2<br />

- Information in Molecular Biology<br />

11. Computational Algorithms in Biology<br />

2<br />

- Dynamic Programming Matrices in Sequence<br />

Alignment<br />

12. Computational Physics<br />

2<br />

- An Aircraft Survivability Analysis<br />

- Simulation Model for Aircraft Vulnerability<br />

13. Computational Physics<br />

2<br />

- Modeling of Fluid Flow<br />

14. Fractals and Statistical Growth<br />

2<br />

- The Sierpinski Gasket<br />

- Stock/Finance Estimation<br />

ASSESSMENT Assignment 01<br />

10 %<br />

Assignment 02<br />

15 %<br />

Lab Pratical<br />

10 %<br />

Group Project<br />

20 %<br />

Mid Sem<br />

15 %<br />

Final Exam<br />

30 %<br />

Total<br />

100 %<br />

REFERENCES 1. Introduction to Computational Science: Modeling and<br />

Simulation for the Sciences, Shiflet, A.B., , G.W. Princeton<br />

University Press, 2006<br />

2. Introduction to Bioinformatics Algorithms, Jones, N. , P.,<br />

MIT Press, 2004<br />

3. Introduction to Computational Biology: An Evolutionary<br />

Approach, Haubold, B. , T., Birkhauser Basel Pub., 2007<br />

4. Introduction to Computational Chemistry, Frank Jensen,<br />

2nd Ed. Wiley Pub., 2006<br />

TMP2713 Computational Science Laboratory 3 / 4


Faculty of Computer Science and Information Technology, UNIMAS<br />

Last updated: July 28, 2011, Thu, 1:08 PM<br />

TMP2713 Computational Science Laboratory 4 / 4

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