Synopsis Of Year 2 Modules

EGJ201
Mathematics 2A
[60 hours]
This module is a continuation of Mathematics 1A/B/C. Topics covered include solutions of 1st (Variable Separable, Linear, Homogeneous) and 2nd Order Differential Equations (Linear Homogeneous and Non-Homogeneous with constant coefficients) and Laplace Transform Properties and Techniques. It also includes Fourier Series and Fourier Transforms.

EGJ204
Organic Chemistry
[60 hours]
This module covers the fundamentals of organic chemistry. It includes chemistry of bonding and geometry, alkanes, alkenes, alkynes and alkyl halides, alcohols, aldehydes and ketones, amines, carboxylic acid and derivatives. It also covers types of organic reactions and reaction mechanisms. Students will learn stereochemistry and the applications of organic compounds in the life sciences and   medicine, particularly related to chemical and biomedical industries. This module also includes practical classes which aim to further enhance the understanding of organic chemistry and the appreciation of various industrial applications.

EGJ205
Materials Analysis and Nanocharacterization
[60 hours]
This module covers the analysis and characterization techniques essential for the study of materials.  Students will learn an introduction to the theory behind each technique followed by instruction into the use of the techniques and the interpretation of results.  Some examples of the techniques discussed are: Atomic Force Microscopy, Scanning Electron Microscopy, X-ray Diffraction and UV–VIS Spectroscopy.

EGJ203
Polymers and Composites
[60 hours]
This module introduces students to the science and engineering of polymers and composite materials.  Topics covered include classification and structures, physical and chemical properties, processing techniques, commercial examples and applications of both material types. The module focuses on the advantages these materials offer and the modern advances in material science achievable due to these materials.

EGJ202
Thermodynamics
[60 hours]
The module covers the fundamental concepts and applications of thermodynamics. Internal energy and enthalpy are introduced in connection with the first law of thermodynamics, and entropy with the second law. Tables of thermodynamics properties, steady state flow processes, cyclic processes, and ideal systems are also covered.

EGJ206
Materials and Nanotechnology Project 1
[30 hours]
This module covers a series of structured project assignments in the area of materials and nanotechnology. Students work in teams and are expected to apply the techniques and skills learnt throughout the first year of the diploma in projects that may include materials characterisation and analysis-related assignments. Close supervision will be provided to reinforce the learning experience.  Creativity, problem solving and innovation are encouraged.

EGJ207
Mathematics 2C
[60 hours]
This is a continuation of Mathematics 1A/B/C. Topics to be covered include Fourier Series, permutation, combination, probability and probability distributions. .

EGJ210
Metrology and Quality Control
[60 hours]
This module introduces students to the fundamental principles for planning and management of total quality control, from design, development and manufacturing to customer support. Topics such as quality assurance, quality systems, quality audit, procurement, economics of quality, product reliability and acceptance sampling will be covered. It also provides students with hands-on practice on precision measuring tools with statistical process control capabilities.

EGJ211
Micro and Nano Technology
[60 hours]
This module covers the basic principles and concepts of micro and nanotechnology. It introduces students to design principles used in miniaturised devices, micro and nanofabrication processes and system integration. Students also learn about standard and novel applications of micro and nanotechnology in the areas of biomedical, consumer electronics, building and construction, alternative energy, aerospace and textiles.

EGJ208
Advanced Materials Science
[60 hours]
This module is a continuation of the first year materials science module. This module provides higher knowledge of advanced engineering materials. Students will learn about the scientific and engineering concepts of structure-property-processing relationships applied to the various engineering material classes such as metals, ceramics, polymers and composites.

EGJ209
Mechanics of Materials
[60 hours]
This module is designed to provide students with fundamental knowledge and understanding of how materials in its application as certain structures behave and behave under mechanical loading. Major topics to be covered include elastic and plastic deformation, dislocations and strengthening mechanism, fracture, fatigue and creep of materials.

EGJ212
Materials and Nanotechnology Project 2
[30 hours]
Structured along the lines of Materials and Nanotechnology Project 1, this module allows students to further develop techniques and skills learnt. Materials and nanotechnology-related tasks will be given with emphasis on materials processing projects. Students are expected to work in groups, and a high degree of freedom is given to encourage innovation.

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Last updated on 12 Apr 2010 by Lawrence Durai