|

Synopsis Of Year 3 Modules
EGJ301 Nanomaterials Science [60 hours] This
module provides students with the fundamental knowledge of
materials at the nanoscale. Students are introduced to the
physics of nanotechnology. Topics covered include concepts of
surface area, surface energy and structure, as well as the
effects on mechanical, electronic and optical properties.
Students will learn a range of analysis tools being used in
industry as well as in research labs. Applications of important
nanomaterials and their environmental impact of will be
discussed.
EGJ302 Semiconductor Technology [60 hours]
This module provides students with essential knowledge in key
physical and chemical principles pertaining to semiconductor
technology. Major topics covered include wave theory, basic
matters, chemistry for wafer fabrication, semiconductor devices
physics, semiconductor devices, reliability and clean room
technology.
EGJ303 Nanomaterials and Commerce [60 hours]
This module explores and develops students’ abilities in
applying techniques, skills and knowledge in materials science
and engineering to solve problems related to advanced materials.
Strong emphasis is placed on developing materials applications.
Students will be assigned tasks to solve and are expected to
complete and present their solutions. In addition, this module
will expose students to the process of creating a technology
venture. Topics covered include business entity and structure,
business plan and its various components, and intellectual
property protection.
EGJ304 Professional and Interpersonal Communication Skills [30 hours]
This module aims to help students understand and acquire
communication skills for their entry into the job market as
working professionals. It focuses on job search skills and
includes resume and cover letter writing, as well as interview
skills. Students will gain insight into change management,
organisational structure and corporate culture, enabling them to
better fit into their future work place. They will also learn
about business correspondence.
EGJ305 Wafer Fabrication Processes [60 hours]
This module provides students with essential knowledge of wafer
fabrication processes for IC (integrated circuit) chips in the
semiconductor manufacturing industry. Major topics covered
include oxidation, diffusion, photolithography, etching, ion
implantation, thin film deposition, chemical mechanical
polishing, wafer cleaning, and process integration. Practical
skills pertaining to these technologies will be emphasized in
laboratory to enhance the understanding of wafer fabrication in
a semiconductor-manufacturing environment.
EGJ306 Electronic Materials [60 hours] This
module provides students with the essential knowledge and
concepts of materials used in electronic applications. Students
are introduced to the physical principles of electronic
conduction in materials, influences of composition and
microstructure on electronic properties of materials, and
applications of materials in electronic, magnetic and optical
devices. Practical sessions in the laboratory will be conducted
to enhance the understanding of the electronic materials and
working principles of electronic devices.
EGJ307 Microelectronic Device Physics [60 hours]
This module provides students with the fundamentals of the
physics of microelectronic devices. The module reviews the
concepts of modern physics, materials science and semiconductor
basics and relates their application to device physics. This
module covers the physics of field effect, metal-semiconductor
junction and p-n junction, and discusses their implications on
advanced microelectronic devices such as Bipolar Junction
Transistor (BJT), solar cells and LEDs.
EGJ308 Advanced Crystalline Solids [60 hours]
This module enhances students’ knowledge of metals and ceramics.
The structure and properties of these materials will be treated
in greater detail, and applications of these materials in
biomedical, electronic and structural applications are
discussed.
EGJ309 Smart Materials [60 hours] This
module provides an overview of novel smart materials. Students
gain an understanding of the physical and chemical science
behind these materials and learn how they can be employed in the
materials of the future. The module focuses on the categories,
functionality and applications of a variety of smart materials.
Topics covered include shape memory alloys, piezoelectrics,
pyroelectrics and ferroelectrics, auxetic materials,
chromogenic systems and smart polymers.
EGJ310 Biomaterials [60 hours] This module
provides students with a knowledge of biomaterials. Students
will learn the types of tests used to assess the
biocompatibility of potential biomaterials. The basic
structures, physical and mechanical properties of the materials
and how such properties relate to the final applications of
different types of material are highlighted. With this
knowledge, the students are able to select appropriate materials
for use in medical applications.
EGJ323 Industrial Attachment Programme [12 weeks]
The full-time semestral project enables students to put the
knowledge and skills that they have acquired from the course
into practice. Students are assigned projects with well-defined
objectives that meet industrial standards. They will be
organised into various project teams to develop team spirit in
meeting specific objectives.
EGJ326 Full-Time Semestral Project - Overseas [24 weeks]
The overseas industrial attachment programme forms an integral
part of the coursework and allows students to gain practical
working exposure in the real-life working environment through
attachment to companies. Apart from providing a platform for
students to apply their knowledge, it will also help to develop
other important work skills such as positive working attitude,
initiative, interpersonal relationship and communication skills
in the students. .
EGJ324 Semestral Full-Time Project [12 weeks] This module will enable students to apply the knowledge and skills acquired from previous modules into practice. Students will be assigned projects with well-defined objectives and will be assigned into various project teams in meeting these objectives. This module will provide opportunities for students to learn skills required to effectively function in project teams.
EGJ325 Full-Time Semestral Project - C [24 weeks]
In this 24-week industrial attachment project, students are
assigned a real-life project conducted in a selected
organisation. The purpose is to enhance students’ understanding
of current industry practices and the work environment. Students
will apply knowledge and skills learned during the course. The
extended attachment phase allows companies to plan and conduct a
meaningful project to maximise learning opportunities for the
students.
::Back
...................................................................................................................
Last updated on 12 Apr 2010 by Lawrence Durai
|