MDME: MANUFACTURING, DESIGN, MECHANICAL ENGINEERING 

Mechanical Engineering - Mt Druitt

Timetable and Subjects (Streams: Mechanical). 2019: Semester 1: Rev5

 

Study
Pattern
Time

M O N D A Ys

Time

T U E S D A Y

Time

W E D

Time

T H U R S

FULL
TIME
7.5Hrs
8:00   8:00   8:00   8:00  
8:30     8:30     8:30     8:30    
9:00     9:00     9:00


  9:00    
9:30     9:30     9:30     9:30  
10:00     10:00     10:00     10:00    
10:30     10:30     10:30     10:30    
11:00 -   11:00     11:00     11:00    
11:30     11:30     11:30     11:30    
12:00     12:00     12:00     12:00    
12:30     12:30     12:30     12:30    
13:00     13:00     13:00     13:00    
13:30     13:30     13:30     13:30    
14:00     14:00     14:00     14:00    
14:30     14:30     14:30     14:30    
15:00

ONLINE (60A)

ENV272B Enviro
16006A Comms
16008A Intrct com
30008A Eco/Ergo

  15:00

 

  15:00     15:00    
15:30   15:30     15:30     15:30    
16:00   16:00     16:00     16:00    
16:30   16:30     16:30     16:30    
17:00   17:00     17:00     17:00    
17:30   17:30   17:30   17:30  
PART
TIME
4Hrs
18:00

TL: C3 DESIGN (71M)
(E1-10) 8 in 4hrs

30005A Forces
30006A Stresses

(continued...)
30007A Materials
30008A Eco/Ergo




18:00

TL: Dip DESIGN (73P)
(E1-10) 8 in 4hrs
23109A Eng Mech
23006A Fluid/Thermo

ADV MATHS
23004A Adv Maths
23007A Calculus


 

18:00


< Moved to Tues Night

18:00

 

TL: MATHS (74K)
(E1-10)
30012A Maths
12024A Perform Comp

18:30   18:30   18:30   18:30
19:00   19:00   19:00   19:00
19:30   19:30   19:30   19:30
20:00   20:00   20:00   20:00

 

TL: CAD
(E1-10)
30033A CAD 3D

20:30   20:30   20:30   20:30
21:00   21:00   21:00   21:00
21:30   21:30   21:30   21:30
                       

 

QUALIFICATION PART TIME (Night)  

Class Key:   Teachers: TL=Tim Lovett, IM - Ian McIntyre. AF = Adam Fleming, TF = Fred Tanyous.
Hours Key:  e.g. 6 in 5hrs mans 6 nominal hours done in 5 timetable hours
Subject Key:  Most have MEM prefix. E.g. 30012A Maths = MEM30012A Apply mathematical techniques in a manufacturing engineering or related environment. =www.mem05.com.au,

 
Cert 3 or Diploma Pt 1 1st year (10 hrs/wk)  
Diploma Pt 2 2nd year (6 hrs/wk)
CAD Cert 4 2nd year  
   

 

UNIT DESCRIPTION UNIT No. C3 Grp Dip Grp Day
Organise and communicate information MEM16006A core core Online
Interact with computing technology MEM16008A core core Online
Participate in environmentally sustainable work practices MSAENV272B core core Online
Select common engineering materials MEM30007A Grp A core Mon
Apply mathematical techniques in a manufacturing engineering or related environment MEM30012A Grp A core Thur
Operate computer-aided design (CAD) system to produce basic drawing elements MEM30031A Grp A Grp A Tue
Use computer-aided design (CAD) to create and display 3-D models MEM30033A Grp A Grp A Tue
Calculate force systems within simple beam structures MEM30005A Grp A Grp A Mon
Calculate stresses in simple structures MEM30006A Grp A Grp A Mon
Apply basic economic and ergonomic concepts to evaluate engineering applications MEM30008A Grp A Grp A Online
Perform computations MEM12024A   Grp A Thur
Analyse a simple electrical system circuit MEM30025A   Grp A ?
Apply fluid and thermodynamics principles in engineering MEM23006A   Grp B Wed
Apply basic engineering design concepts MEM09011B   Grp B Wed
Select and test mechanical engineering materials MEM23063A   Grp B Wed
Apply engineering mechanic principles MEM23109A   Grp B Wed
Prepare mechanical models for computer-aided engineering (CAE) MEM09155A   Grp B Wed
Apply mechanical engineering analysis techniques MEM14085A   Grp B Wed
Use workshop equipment and processes to complete an engineering project MEM30029A   Grp B ?
Apply technical mathematics MEM23004A   Grp B See Elect TT?
Select and test components for simple electronic switching and timing circuits MEM30026A   (Extra A) ?
Prepare basic programs for programmable logic controllers MEM30027A   (Extra A) See Elect TT?
Apply calculus to engineering tasks MEM23007A   (Extra B) See Elect TT?
Operate and program computers and/or controllers in engineering situations MEM23003A   (Extra B) See Elect TT?
TOTAL   10 20 (+4)