Please note - Swinburne University of Technology

TEA503 Jig and Tool Drafting Milling and
Turning Fixtures
A 40 hour module Hawthorn Prerequisite: TEAfiO2
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical).
Content
Fixtures - purpose, uses and fixture design of conventional
production milling and turning machines. Introduction to
numerical control fixture design.
TEA670 Applied Chemistry
A 40 hour module Hawthorn Prerequisite: TEA671
A subject in the Diploma of Applied Science (Materials
Engineering) and the Certificate IV in Materials Science.
Content
Thermodynamics, acid-base theory, Hess's law,
equilibrium and free energy charge, chemical reactions,
electrochemistry.
TEA671 Constitution of Matter
A 40 hour module Hawthorn Prerequisite: VCE
Chemistry or equivalent
A subject in the Diploma of Applied Science (Materials
Engineering) and the Certificate IV in Materials Science.
Content
Laboratory techniques, constitution of matter, periodic
table, bonding, valencies, reactions, Avogadro's number,
gas laws, oxidation and reduction.
TEA700 Computer Aided Manufacturing
Systems
A 40 hour module Hawthorn Prerequisite: TEA069
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical).
Content
Selection and operation of a CAM system for a
g manufacturing environment.
-. U
3 TEA701 Engineering Drawing l
$
3.
A 40 hour module Hawthorn Prerequisite: TEA061
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical) and the Advanced Certificate
in Engineering, and the Certificate IV in Fire Technology.
Content
Standard drawing, freehand sketches, isometric projection,
detailed drawings, auxiliary views and sections. Dimension
limits and fits, surface texture. Assembly drawings.
TEA706 Fluid Mechanics l
A 40 hour module @ Hawthorn Prerequisite: Nil
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical).
Content
Basic properties of fluids, chemical properties, foaming of
liquids, pipes, channels, tubes and ducts (rigid and flexible),
valves, filters, gauges and instruments, tanks and vessels -
storage tanks, pressure vessels, header and surge tanks,
weirs/dams/rese~oirs.
TEA71 1 Mechanical Drive Components
A 40 hour module Hawthorn Prerequisite: Nil
A subject in the Advanced Certificate in Engineering.
Content
Shafting/couplings, gearing, chaindrives, belt drives,
mechanical variable speed drives. Brake and clutch,
bearings, winch equipment, reciprocating drive, linear to
rotational drive.
TEA71 4 Thermodynamics l
A 40 hour module Hawthorn Prerequisite: Nil
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical).
Content
Energy and humanity, basic concepts, energy, energy
transfer in open and closed systems, heat engines.
TEA727 Drafting-Mechanical Drive Systems
80 hour module. Prerequisite:
A subject in the Associate Diploma of Engineering
(Manufacturing/Mechanical)
Content
Belt drives, chain drives, gear drives, drive shafts, machine
drive system bases, reduction box assembly
TEA740 Workshop Practices (Fabrication)
A 40 hour module Hawthorn Prerequisite: Nil
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical) and the Advanced Certificate
in Engineering.
Content
Rolling, pressing, cropping, punching, manual metal arc,
oxygen/acetylene, gas metal arc, gas tungsten arc,
submerged arc welding, safety and hazards.
TEA741 Workshop Processes (Machine Shop)
A 40 hour module Hawthorn Puereqztisite: Nil
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical) and the Advanced Certificate
in Engineering.
Content
Machine tools and operations, cutting tools, work holding
methods, machine set-up, centre lathe, milling machine,
grinding machine.
TEA772 Introductory Dynamics
A 40 hour module Hawthorn Prerequisite: Nil
A subject in the Associate Diploma in Engineering
(Manufacturing/Mechanical)
. and the Advanced Certificate
in Engineering.
Content
Theory and practical applications of simple rigid bodies in
motion. Problem solving of linear and circular equations of
motion including displacement, velocity, constant
acceleration, force, work, power, energy, mechanical
advantage, velocity ratio, efficiency of machines, torque,
moment of inertia, radius of gyration, conservation of
momentum, elastic collisions~