Synopsis Of Year 1 Modules

EG1303
Biomedical Modelling
[60 hours]
This practice-oriented module enables students to acquire practical skills in generating 3D models which is a necessity in the design of medical devices. In addition to this, they will be taught the drawing standards, orthographic projection, sectional views, assembly drawing and dimensioning. These will enable them to be able to prepare and interpret engineering drawings.

EG1074
Electrical Principles and Circuits
[75 hours]
It acquaints students with the fundamentals of DC and AC electrical circuits containing resistances (R), inductances (L) and capacitances (C). Besides learning and applying the relevant electrical principles pertaining to R, L and C, the other topics covered are electrical safety rules, measurements of basic electrical quantities with the standard analogue/digital measuring instruments, correct usage of laboratory equipment and devices such as the analogue /digital multi-meters, variable and regulated DC/AC power supply units, dual-trace oscilloscope, frequency generator, circuit protection devices, cables, connectors, switches, relays and the standard electrical/electronics components.

EG1301
Mathematics 1A/B
[60 hours]
This module provides students with the essential knowledge and analytical skills in mathematics for solving engineering problems. Topics covered include basic trigonometry, common engineering functions, determinants and matrices, vectors and complex numbers.

EG1216
Communication Skills
[60 hours]
This module aims to enable students to communicate effectively in an engineering and academic environment. It covers methods of study, reading, listening, technical writing and oral presentation. Topics such as communication process, laboratory report writing, note taking, reading comprehension, oral presentation skills, interview skills and writing of job application letters, memos, proposals, technical report and business letters are covered.

EG1306
Organic Chemistry
[60 hours]
This module covers the fundamentals of organic chemistry. It includes chemistry of hydrocarbons, halogen compounds, hydroxyl compounds, carbonyl compounds, carboxylic acid & derivatives and nitrogen compounds. It also covers basic reaction pathways, determination of structures and stereochemistry. Applications of organic chemistry in the chemical and biomedical industries will be introduced. This module also includes practical classes which aim to further enhance the understanding of organic chemistry and the appreciation of various industrial applications.

EG1307
Biomedical Engineering Mechanics
[75 hours]
This module provides students with the fundamentals of engineering mechanics and biomechanics. Topics includes principles of mechanics, Newtons’ 3 laws, statics in 2D, stress and strain, moment of inertial of areas and masses, beams and bending theory. In particular, specific topics in biomechanics will include Musculo-skeletal systems mechanics, and Orthopaedic biomechanics.

EG1088
Computer Programming
[75 hours]
This module comprises two parts. The first part gives an overview of the computer and its applications, with a focus on personal computers. It includes a section on how to develop algorithms and draw flowcharts. The second part of the module covers computer programming using C language. The emphasis is on mastering basic programming skills. The module has a practical orientation with ample hands-on practice.

EG1212
Manufacturing Technology
[75 hours]
This module introduces students to the common manufacturing processes and production systems in the industry. The operating principles, applications and economical aspects of the industrial manufacturing processes will be described. It also includes the classification of production systems, concepts of manufacturing resource planning, JIT and group technology, and an introduction to computer-aided design/computer-aided manufacturing (CAD/CAM), and flexible manufacturing system (FMS). The practical sessions introduce students to the operation of various basic machines (for milling and turning), measuring techniques and bench fitting and assembly.

EG1302
Mathematics 1A/C
[60 hours]
This module provides students with the essential knowledge and analytical skills in mathematics for solving engineering problems. Topics covered include trigonometric, logarithmic and exponential functions, differentiation and integration.

EG1308
Biomaterials 1
[60 hours]
This module provides students with knowledge of biomaterials science. The basic requirements of a biomaterial that sets it apart from general engineering materials are introduced. The module also covers the atomic structure, chemical bonds, physical and mechanical properties, and, types of biomaterials. Students will also learn the definition of biocompatibility and understand the typical wound healing process and the host response of human to biomaterial.

EG1325
Applied Physics
[60 hours]
This module provides students with fundamental basic concepts of physics. Typical topics cover kinematics, dynamics, energy, optics, electricity, electromagnetics and thermal physics. The module also aims to enhance the understanding of applied physics in biomedical and various relevant industrial applications.

EG1321
Inorganic & Physical Chemistry
[60 hours]
This module covers the general chemistry involving ideal gas laws, thermochemistry, phase diagrams, the principles of physical chemistry and the reactions and properties of inorganic compounds.Also included in the module are atomic structure and trends, chemical bonding, chemical equilibrium, kinetics, electrochemistry and reactions, and chemistry of solutions including acids and bases.

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Last updated on 10 Dec 2008 by Lawrence Durai