We may have all come on different ships, but we're in the same boat now. M.L.King
Idea Transcript
Mechanical Engineering Curriculum Programme Convenor: Associate Professor Tunde Bello-Ochende A candidate shall complete approved courses of a value required to bring the total to a minimum of 576 credits and shall comply with all the prescribed curriculum requirements. First Year Core Courses Number
Course
Credits
CEM1008F
Chemistry for Engineers
16
MAM1020F/S Mathematics 1A for Engineers
18
MAM1021F/S Mathematics 1B for Engineers
18
MAM1042S
Engineering Statics
16
MEC1006W
Mechanical Engineering Drawing
16
MEC1005W
Introduction to Mechanical Engineering
24
PHY1012F/S Physics 1A for Engineers
18
PHY1013F/S Physics 1B for Engineers
18
Total credits:
144
MEC1000X
Practical Training
Second Year Core Courses Number
Course
Credits
EEE2030F
Electrical Engineering I
12
EEE2031S
Electrical Engineering II
12
MAM2083F/S Vector Calculus for Engineers
16
MAM2084F/S Linear Algebra and DEs for Engineers
16
MEC2044S
Machine Element Design I
16
MEC2022S
Thermofluids I
16
MEC2023F
Dynamics I
16
MEC2025F
Mechanics of Solids
12
MEC2042F
Materials Science in Engineering
12
Total credits:
144
MEC2000X
Practical Training
Third Year Core Courses Number
Course
Credits
EEE3044S
Energy Conservation and Utilisation
8
MAM2082F
Computer Programming in Matlab
8
MEC2026S
Project Management
8
MEC3023F
Mechanics of Solids
12
MEC3031S
Dynamics II
16
MEC3033F
Thermofluids II
20
MEC3037S
Professional Communication Studies and Dev
12
MEC3045F
Experimental Methods
12
MEC3044S
Thermofluids III
12
MEC3050W
Design II
24
Total credits:
132
MEC3000X
Practical Training
Elective Core Courses: A minimum of 12 credits must be chosen from the following: MEC3069S
Production Processes
8
MEC3060F
Materials Under Stress
8
Fourth Year Core Courses Number
Course
Credits
MEC4047F
Mechanical Vibrations
12
MEC4063C
Industrial Ecology
8
MEC4103F
Product Design
12
MEC4104F
Manufacturing and Nanotechnology
8
MEC4107S
Fundamentals of Control Systems
8
MEC4108S
Systems Design
12
MEC4109S
Engineering Professionalism
8
MEC4110W
Final Year Project
46
Total Core Credits
114
Fourth Year Elective Core Courses: Students must select one of the following courses: MEC4045F
Numerical Methods in Heat and Fluid Flow
12
MEC4105F
Finite Element Analysis
12
MEC4106F
Resource Engineering
12
MEC4113F
Heat Transfer and Psychrometry
12
Elective Complementary Studies Courses: Complementary Studies courses cover disciplines outside of engineering sciences, basic sciences and mathematics and are split into two categories according to the requirements of ECSA: (a) are essential to the practice of engineering economics, the impact of technology on society, management and effective communication, and (b) broaden a student's perspective in the humanities or social sciences to support an understanding of the world. Students must select at least 18 credits worth of courses which fulfil the requirements of category (b).