Synopsis Of Year 3 Modules

EGC304
Professional & Interpersonal Communication Skill
[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.

EGC303
Semestral Project 5
[60 hours]
This module structured along the same approach as the Semestral Project series. Its aims to explore and develop students’ abilities in applying techniques/skills and knowledge learnt to new product design, development and product marketing concept. Students are expected to complete and present their solutions with full complement of product and the marketing strategy, which includes but not restricted to information gathering, manufacturability, product usability, robustness of design and cost analysis.

EGC305
Manufacturing Systems & Simulation
[60 hours]
This module provides students with an extensive coverage of the various manufacturing systems and technologies. The manufacturing systems covered include group technology, flexible-manufacturing systems and computer-integrated manufacturing. The manufacturing technologies taught are PCB assembly, cleanroom manufacturing technology and material handling system. Workstation design concepts are covered under assembly line balancing and automated inspection principles. Students will learn simulation tools, which include process simulation, finite scheduling and shop-floor management techniques.

EGC301
Machines Elements & Mechanisms
[60 hours]
This module introduces students to the fundamental concepts of machine elements and mechanism design. This will provide the broad-based application knowledge during mechanical design and analysis. Emphasis will also be placed on the justification of the design and selection. Analytical skills will also be emphasized in this module.

EGC302
Automated Machine Design
[60 hours]
This module offers an overall view to the subject in design and build of industry automation machines. It aims to synthesize diverse engineering fundamentals in this field. It covers a variety of machine subsystems, machine modules, mechanical devices and components used in automated production machines. In addition, the basic design methodology and philosophy and essential design considerations are also discussed. The lectures are complemented with practical design sessions.

EGC307
Computer-Aided-Design and Analysis
[60 hours]
This module introduces students to the supporting technologies for CAD and to develop a better understanding of mechanical design analysis techniques. Using suitable analytical software tools, students will cover the analysis of a wide range of mechanical machine elements and structure. This will provide them with the ability to analyse and utilise that knowledge to solve engineering problems.

EGC315
Enterprise Resource Planning
[60 hours]
This module teaches the role of IT systems in logistics functions. It covers the various logistics order fulfilment processes performed by Enterprise Resource Planning (ERP) systems. These systems integrate information and work flows across a company’s various business functions. Various aspects of optimizing enterprise resources will be taught. Industry-leading software will be used to enable the students to be exposed to industry practices.

EGC316
Manufacturing Software Development
[60 hours]
On completion of this module, students will be able to design and develop software applications using visual programming tools. Rapid application techniques will be emphasized. They will be taught project management life cycle and system modelling methods that can be used to describe operations in an enterprise.

EGC310
Product Innovation & Rapid Prototyping
[60 hours]
This module equips students with the essential knowledge of product innovation process with coverage on the application of Computer Aided Design tools for design and development of components and products. They will also be introduced to the concept and applications of various rapid prototyping and rapid tooling techniques.

EGC312
Advanced Metrology & Quality Assurance
[60 hours]
This module provides students the theory and applications of the latest metrology equipment and quality system. It covers the working principles of precision measuring equipment, its methodology and techniques in precision measurement. The use of statistical tools to solve quality control problems will also be covered.

EGC311
Mould Design & Flow Analysis
[60 hours]
This module provides students with the basic knowledge and skills that are essential to design injection moulds and perform Mould Flow Analysis. Student will be exposed to Computer Aided Design software applications and Mould Flow simulation software. Upon completion of this module, the students will be able to design simple Injection Moulds and perform basic Mould Flow analysis.

EGC318
Decision Support Systems
[60 hours]
This module equips students with the knowledge of key computer-based enabling technologies and methods that support effective decision-making activities. Topics include data analysis, data mining, knowledge-based systems and Groupware. Students will also be provided with the practical uses of data warehousing and different information access strategies.

EGC309
Advanced Machining & CAD/CAM/CAE
[60 hours]
This module provides students with the essential working knowledge and skills on the various advanced machining processes such as CNC machining, High speed machining, Ultra-precision machining and Micro-machining. The module will also involve the applications of CAD/CAM/CAE technology through participating in a series of programming exercises and practical sessions.

EGC319
Aircraft Components and Fixture Design
[60 hours]
This module develops students’ knowledge and skills for designing fixturing systems for flexible precision manufacturing in aerospace industry. Topics include fundamentals of design, modular construction methods, palletizing techniques and clamping system design for the manufacturing process.

EGC320
Aerospace Manufacturing & Quality System
[60 hours]
This module introduces students to the operating principles and applications of common manufacturing processes and production systems in the aerospace industry. It includes the classification of production systems, concepts of manufacturing resource planning, JIT, group technology, Lean Manufacturing, flexible manufacturing system (FMS) and an introduction to computer-aided design/computer-aided manufacturing (CAD/CAM). It also introduces students to the fundamental principles for planning and management of total quality control, from design, development and manufacturing in the aerospace industry. Topics such as quality assurance, quality system, quality audit, procurement, economics of quality, 6-sigma system and statistical process control will be covered.

EGC322
Aerospace Material & NDT Technology
[60 hours] 
This module is built on the foundation of Material Technology and aims to equip students with in-depth knowledge of engineering materials and non-destructive evaluation methods used in aerospace industry. Topics covered include aluminium alloys, titanium alloys, superalloys and composite materials – their properties and their applications in the aerospace industry. In the area of non-destructive testing, the principles, applicability and devices used will be covered.

EGC321
Advanced Machining Technology
[60 hours]
This module provides students with knowledge and skills on advanced machining processes such as CNC, high speed machining, ultra precision, free form surface and 5 axis machining. The module will also involve the applications of CAD/CAM/CAE technology through participating in a series of programming exercises and practical sessions.

EGC324
Semestral Full-Time Project
[12 weeks]
The full-time semestral project enables students to put the knowledge and skills acquired from the course into practice. Students are assigned projects with well-defined objectives that meet industrial standards. They will be organised into project teams to develop team spirit in meeting specific project objectives.

EGC323
Industrial Attachment Programme
[12 weeks]
The industrial attachment programme forms an integral part of the coursework and allows students to gain exposure to real-life working environments through attachment to companies. The module aims to help students develop other important work skills such as positive working attitude, initiative, interpersonal relationships and communication skills.

EGC325
Semestral Full-Time Project - Company-based
[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.

EGC326
Semestral Full-Time 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.

General Studies Project
[30 hours]
This project provides an all-rounded, experiential learning experience where students may carry out prescribed activities and assignments out of the classroom environment. Project topics could be from non-technology related areas such as character development, leadership and teamwork training, special interests, soft skills and sports. The knowledge and experience gained will complement the technology-based education to develop all-rounded graduates.

Back

Last updated on 12 Apr 2010 by Lawrence Durai