Semester 1 2015

Micro- and nanofabrication (6105BPS)
Teacher, In Person, Nathan Campus

Semester 1 2014

Micro- and nanofabrication (6105BPS)
Teacher, In Person, Nathan Campus

Semester 2 2011/2012

MP2003 Thermodynamics (coordinator, 19 hours lectures, 24 hours tutorials, class size ~400)
P3.22 (30 hours lab project)
P3.28 (30 hours lab project)

Semester 1 2011/2012

MP2003 Thermodynamics (36 hours tutorials)
P3.29 (30 hours lab project)
P3.30 (30 hours lab project)

Semester 2 2010/2011, Teaching index: 86.37  (lecture and tutotrial)

MP2003 Thermodynamics (coordinator, 26 hours lectures, class size ~400)
E3.6 (30 hours lab project)
P2.16 (30 hours lab project)

Semester 1 2010/2011

P3.28 (30 hours lab project)
P3.29 (30 hours lab project)
P3.30 (30 hours lab project)

Semester 2 2009/2010,  Teaching index: 83.37 (lecture and tutotrial)

M6505 Clinical Engineering (coordinator, 12 hours lecture)
MP2003 Thermodynamics(26 hours lecture, class size ~400)
MP2008P Electrics and Electronics: Circuits and Devices (12 hours tutorial)
P2.16 (30 hours lab project)
P3.22 (30 hours lab project)
P3.30 (30 hours lab project)

Semester 1 2009/2010

MP2008 Electrics and Electronics: Circuits and Devices (23 hours lecture, class size ~400)
P2.16 (30 hours lab project)
P3.22 (30 hours lab project)
P3.29 (30 hours lab project)
Semester 2 2008/2009, Teaching index: 87.31 (lecture), 90.00 (tutorial)
M6505 Clinical Engineering (coordinator, 12 hours lecture)
MP2008/MP2008P Electrics and Electronics: Circuits and Devices (24 hours tutorial)
MP3003/MP3003P Heat Transfer (26 hours lecture, 36 hours tutorial, class size ~400)

Semester 1 2008/2009

MP2003 Thermodynamics(24 hours tutorial)
MP3003 Heat Transfer (12 hours tutorial)
MP2008/MP2008P Electrics and Electronics: Circuits and Devices (26 hours lecture, 24 hours tutorial, class size ~400)
P3.28 Heat Transfer Experiment (30 hours)
P3.29 Heat Transfer Experiment (30 hours)

Semester 2 2007/2008, Teaching index: 89.49 (lecture), 91.29 (tutorial)

M6505 Clinical Engineering (coordinator, 12 hours lecture)
MP2008/MP2008P Electrics and Electronics: Circuits and Devices (36 hours tutorial)
P.329 Experiments (30 hours)

Semester 1 2007/2008

MP2003/MP2003P Thermodynamics(38 hours lecture, 60 hours tutorial, class size ~400)
MP3003 Heat Transfer (36 hours tutorial)
P3.29 Heat Transfer Experiment (30 hours)

Semester 2 2006/2007, Teaching index: 88.74 (lecture), 86.34 (tutorial)

M6505 Clinical Engineering (coordinator, 12 hours lecture)
MP2008/MP2008P Electrics and Electronics: Circuits and Devices (36 hours tutorial, class size ~400)
P2.16 Experiments (30 hours)
P3.22 Experiments (30 hours)
P.329 Experiments (30 hours)
M6702 Microfluidics and Heat Transfer(13 hours lecture)

Semester 1 2006/2007

MP2003/MP2003P Thermodynamics(38 hours lecture, 60 hours tutorial, class size ~400)
MP3003 Heat Transfer (36 hours tutorial)
P3.29 Heat Transfer Experiment (30 hours)

Semester 2 2005/2006, Teaching index: 78.09 (lecture), 89.23 (tutorial)

M361P Thermodynamics(13 hours lecture, 12 hours tutorial)
M461 Heat Transfer (coordinator, 13 hours lecture, 12 hours tutorial)
M6505 Clinical Engineering (coordinator, 6 hours lecture)
MP2008 Electrics and Electronics: Circuits and Devices (24 hours tutorial)
MP2008P Electrics and Electronics: Circuits and Devices (13 hours lecture, 24 hours tutorial)
MP3003 Heat Transfer (13 hours lecture, 12 hours tutorial, class size ~400)
MP3003P Heat Transfer (13 hours lecture, 12 hours tutorial)
M6702 Microfluidics and Heat Transfer(13 hours lecture)

Semester 1 2005/2006

M361P Thermodynamics(13 hours lecture, 12 hours tutorial)
M461 Heat Transfer (36 hours tutorial)
MP2008 Electrics and Electronics: Circuits and Devices (13 hours lecture, 24 hours tutorials)

Semester 2 2004/2005, Teaching index: 80.80 (lecture)

MP2003 Thermodynamics(24 hours tutorial)
M361 Engineering Thermodynamics (13 hours lecture, 12 hours tutorial, class size ~400)
M6702 Microfluidics and Heat Transfer(21 hours lecture)
MP2008 Electrics and Electronics: Circuits and Devices (13 hours lecture, 12 hours tutorials, class size ~400)
M6505 Clinical Engineering (6 hours lecture)

Semester 1 2004/2005

G261 Thermodynamics(36 hours tutorial)
M361 Engineering Thermodynamics (26 hours lecture, 48 hours tutorial, class size ~400)
M6702 Microfluidics (21 hours lecture)
P3.29 Convective Heat Transfer
P3.30 Refrigeration cycle analysis

Semester 2  2003/2004, Teaching index: 81.63 (lecture), 83.60 (tutorial)

G261 Engineering Thermodynamics(26 hours tutorial)
M405 Electronics Engineering (26 hours tutorial)
M6505 Clinical Engineering (6 hours lecture)

Semester 1  2003/2004

M361 Engineering Thermodynamics(24 hours lecture, 39 hours tutorial, class size ~400)
M405 Electronics Engineering (26 hours tutorial)
P3.20 Project “Open Channel Flow”
P3.26 Project “Convective Heat Transfer”

Semester 2  2002/2003, Teaching index: 75.91 (lecture), 91.57 (tutorial)

M405 Electronics Engineering (26 hours tutorial)
M261 Thermodynamics (36 hours tutorial)
P205 Thermodynamics (subject coordinator, restricted repeat)

Semester 1  2002/2003

G166 Engineering Physics (12 hours tutorial)
M261T Thermodynamics (14 hours lecture, 24 hours tutorial, class size ~400)
M205P Thermodynamics (13 hours lecture, 12 hours tutorial)
M405 Electronics Engineering  (39 hours tutorial)
M212/213  Lab project P2.16, P2.20 (30 hours)

Semester 2 2001/ 2002, Teaching index: 74.63 (lecture), 83.31 (tutorial)

M405 Electronics Engineering ( 36 hours): tutorial
M212/213   Lab project P2.29 (Analysis of Thermodynamic Cycle in an IC Engine)
Introduction to Microfluidics(6. and 7. May 2002): a short course for Centre For Continuing Education

Semester 1  2001/2002

M205  Thermodynamics : Full-time course (13 hours lecture, 24 hours tutorial), part-time course (13 hours lecture, 12 hours tutorial, class size ~400)
M405  Electronics Engineering : (24 hours tutorial)
M312  Lab project P3.25 (Thermal Radiation Unit)
M212/213  Lab project P2.29 (Analysis of Thermodynamic Cycle in an IC Engine)

Semester 2 2000/ 2001, Teaching index: 86.94 (tutorial)

M205  Thermodynamics Tutorials ( T6, T21)
M211  Machine Elements Tutorials and Lab Sessions (D25)
M212/213 Lab Experiments and Projects (E 2.11, Pressure Loss in Pipes, Lecturer in Charge)