Page 148 - buku panduan 20192020

Faculty of Science Handbook, Session 2019/2020

SIN3013 FOURIER AND WAVELETS ANALYSIS
SIN3011 SCIENTIFIC COMPUTING
Functions and Function Spaces, Fourier Transform,
Functions, arrays, structures, pointers, strings, classes in Sampling, Orthogonal Wavelet Systems, Multi-resolution
C++. Computation of special functions, solutions of linear Analysis (MRA), Discrete Wavelet Transform, Continuous
systems of equations and of specific partial differential Wavelet Transform, Wavelet Toolbox, Applications to data
equations in C++. compression, de-noising and others.

Assessment Assessment
Continuous Assessment: 50% Continuous Assessment: 50%
Final Examination: 50% Final Examination: 50%

Medium of Instruction: Medium of Instruction:
English English

Soft Skills: Soft Skills:
CS3, CTPS3, TS2, LL2, LS2 CTPS3, LL2

References References
1. D. S. Malik. (2015). C++ Programming program 1. Gilbert Strang, & Truong Nguyen. (1996). Wavelets
nd
design including data structures (7 ed.). Cengage and filter banks (2 ed.). Wellesley College.
th
Learning. 2. Albert Boggess, & Francis J. Narcowich. (2011). A first
nd
2. Tony Gaddis, Judy Walters, & Godfrey Muganda. course in wavelets with Fourier analysis (2 ed).
th
(2017). Starting with C++ early objects (9 ed.). Wiley.
Pearson Education, Inc. 3. Stéphane Mallat. (1999). A wavelet tour of signal
nd
3. Ward Cheney, & David Kincaid. (2008). Numerical processing (2 ed.). Academic Press.
th
mathematics and computing (6 ed.). Thomas 4. James S. Walker. (2008). A primer on wavelets and
Brooks/Cole. their scientific applications (2 ed.). Chapman &
nd
4. Richard L. Burden, & J. Douglas Faires. (2011). Hall/CRC.
Numerical analysis. Brooks/Cole, Cengage Learning. 5. Wavelet toolbox user’s guide. 2006. The MathWorks,
5. Joe Pitt-Francis, & Jonathan Whiteley. (2017). Guide Inc.
nd
to scientific computing in C++ (2 ed.). Springer
International Publishing AG.
SIN3014 INDUSTRIAL TRAINING
SIN3012 MECHANICS
Candidates are required to spend minimum 10 weeks
Newton's laws of motion, central forces, motion in a plane working with selected companies in selected areas of
(cartesian, polar coordinates), conservative forces, industry.
conservation of energy and momentum, small oscillations,
stable and unstable equilibriums. Assessment
Lagrangian mechanics: constraints, generalized Continuous Assessment: 100% S/U
coordinates, principle of least action, Euler-Langrange
equations. Medium of Instruction:
Bahasa Malaysia/English
Assessment
Continuous Assessment: 40% Soft Skills:
Final Examination: 60% CS4, CTPS3, TS2, LL2, EM2, LS3

Medium of Instruction: References
English University of Malaya Guidebook for Industrial Training

Soft Skills:
CS3, CTPS4, LL2 SIN3015 MATHEMATICAL SCIENCE PROJECT

References Subject to supervising lecturer
1. Herbert Goldstein, Charles Poole, & John Safko.
(2014). Classical mechanics (3 ed.). Pearson Assessment
rd
Education Limited. Continuous Assessment: 100%
2. Grant R. Fowles, & George L. Cassiday. (2005).
Analytical mechanics (7 ed.). Brook/Cole. Medium of Instruction:
th
nd
3. Tai L. Chow. (2013). Classical mechanics (2 ed.). Bahasa Malaysia/English
Taylor & Francis Group. LLC.
4. Stephen T. Thornton, & Jerry B. Marion. (2004). Soft Skills:
th
Classical dynamics of particles and systems (5 ed.). CS4, CTPS4, TS2, LL2
Belmont, CA: Brooks/Cole. References
5. Tom W. B. Kibble, & Frank H. Berkshire. (2004). Refer to the lecturer.
th
Classical mechanics (5 ed.). IImperial College Press.

SIQ1001 INTRODUCTION TO ACCOUNTING

Basic principles of accounting – including the role of
accounting standards. Different types of business entity.
Basic structure of company accounts. Interpretation and
limitation of company accounts.

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