School of Mechanical and Manufacturing Engineering Student Course Evaluations

The table below provides course evaluation data for courses^ within the School of Mechanical and Manufacturing Engineering 2012-15 from CATEI Form A - Course Evaluation Question 10: Overall, I was satisfied with the quality of this course.

Course^ Overall, I was satisfied with the quality of this course* Response Rate
#NAME? 100.00% 64.10%
NAVL3710 - Ship Standards and Marine Engineering 86.36% 75.76%
NAVL3620 - Ship Hydrodynamics 62.50% 55.81%
MTRN4010 - Advanced Autonomous Systems 90.48% 41.47%
MTRN3500 - Computing Applications in Mechatronics Systems 95.65% 38.98%
MTRN3200 - Elements of Mechatronic Systems 85.61% 47.47%
MTRN3100 - Robot Design 84.21% 40.86%
MTRN3020 - Modelling and Control of Mechatronic Systems 93.09% 54.34%
MTRN2500 - Computing for Mechatronic Engineers 90.80% 25.36%
MMAN4410 - Finite Element Methods 74.00% 27.27%
MMAN4400 - Engineering Management 76.69% 37.23%
MMAN4000 - Professional Engineering 78.50% 49.88%
MMAN3400 - Mechanics of Solids 2 94.84% 16.04%
MMAN3300 - Engineering Mechanics 2 86.65% 65.99%
MMAN3200 - Linear Systems and Control 79.29% 10.69%
MMAN3000 - Professional Engineering and Communication 31.79% 21.32%
MMAN2700 - Thermodynamics 86.46% 29.22%
MMAN2600 - Fluid Mechanics 96.95% 25.23%
MMAN2400 - Mechanics of Solids 1 92.99% 26.65%
MMAN2300 - Engineering Mechanics 2 63.33% 22.56%
MMAN2130 - Design and Manufacturing 100.00% 27.11%
MMAN2100 - Engineering Design 2 63.45% 26.13%
MMAN1300 - Engineering Mechanics 90.09% 39.02%
MMAN1130 - Design and Manufacturing 100.00% 25.22%
MECH9761 - Automobile Engine Technology 98.43% 47.90%
MECH9751 - Refrigeration and Air Conditioning 1 97.62% 78.31%
MECH9720 - Solar Thermal Energy Design 85.00% 33.33%
MECH9620 - Computational Fluid Dynamics 93.88% 40.71%
MECH9420 - Composite Materials and Mechanics 95.56% 53.49%
MECH9400 - Mechanics of Fracture and Fatigue 97.67% 40.57%
MECH9325 - Fundamentals of Acoustics and Noise 98.08% 41.63%
MECH9223 - Machine Condition Monitoring 94.05% 63.43%
MECH4900 - Mechanics of Fracture and Fatigue 100.00% 33.61%
MECH4880 - Refrigeration and Air Conditioning 1 96.23% 64.29%
MECH4620 - Computational Fluid Dynamics 100.00% 34.57%
MECH4305 - Fundamental and Advanced Vibration Analysis 98.70% 49.69%
MECH4100 - Mechanical Design 2 95.85% 53.85%
MECH3610 - Advanced Thermofluids 86.59% 30.00%
MECH3540 - Computational Engineering 93.18% 29.74%
MECH3110 - Mechanical Design 1 96.74% 15.04%
MANF9544 - Concurrent Product and Process Design 100.00% 105.83%
MANF9543 - Computer Aided Design / Computer Aided Manufacture 87.50% 76.92%
MANF9472 - Production Planning and Control 93.75% 87.67%
MANF6860 - Strategic Manufacturing Management 98.70% 47.53%
MANF4615 - Production Planning and Control 100.00% 84.00%
MANF4611 - Process Modelling and Simulation 88.89% 77.14%
MANF4100 - Design and Analysis of Product-Process Systems 93.33% 81.08%
MANF3610 - Manufacturing Operations 92.86% 75.68%
MANF3510 - Process Technology and Automation 97.14% 52.24%
MANF3430 - Experimental and Reliability Engineering 100.00% 87.50%
MANF3130 - Manufacturing Facilities Design 1 95.35% 76.79%
MANF3100 - Product and Manufacturing Design 94.64% 48.31%
GSOE9840 - Process Improvement and Maintenance Engineering 95.95% 64.96%
GSOE9830 - Economic Decision Analysis in Engineering 91.53% 54.27%
GSOE9820 - Engineering Project Management 95.33% 55.95%
GSOE9810 - Process and Product Quality in Engineering 97.40% 47.80%
GSOE9340 - Life Cycle Engineering 100.00% 75.97%
AVEN2230 - Aviation Technologies 98.78% 79.81%
AVEN1920 - Introduction to Aircraft Engineering 71.24% 37.35%
AERO9610 - The Space Segment 84.62% 33.33%
AERO4620 - Dynamics of Aerospace Vehicles, Systems and Avionics 100.00% 72.22%
AERO4500 - Spacecraft Engineering 100.00% 34.62%
AERO4410 - Advanced Aerospace Structures and Vibrations 91.67% 48.08%
AERO4120 - Aerospace Design Project B 93.55% 61.04%
AERO4110 - Aerospace Design Project A 92.71% 56.40%
AERO3660 - Flight Performance and Propulsion 100.00% 60.47%
AERO3640 - Flight Mechanics and Dynamics 95.65% 40.23%
AERO3630 - Aerodynamics 87.18% 53.51%
AERO3410 - Aerospace Structures 93.55% 71.84%
AERO3200 - Aerospace Systems and Avionics 100.00% 57.89%
AERO3110 - Aerospace Design 69.18% 68.18%

* Percentage of students that Strongly Agree, Agree and Mildly Agree.

^Data is not provided from (a) courses with less than 10 aggregated responses; (b) honours thesis courses; (c) special research courses and (d) courses where the responses may identify individual staff members as proscribed by section 27(e) of the UNSW Australia (Academic Staff) Enterprise Agreement 2015.