1. Core Courses (69 credit units) |
| Course Code | Course Title | Credit Units | Remarks |
|---|
| JC4231 | Nuclear Reactor Physics | 3 | | | MNE2020 | Engineering Workshop Practice | 0 | | | MNE2029 | Electrical and Electronic Principles I | 3 | | | MNE2036 | Engineering Computing | 3 | | | MNE2109 | Engineering Mechanics | 3 | | | MNE2110 | Engineering Materials | 3 | | | MNE2112 | Thermodynamics | 3 | | | MNE3049 | Control Principles | 3 | | | MNE3107 | Principles of Nuclear Engineering | 3 | | | MNE3111 | Introduction to Nuclear Power Plant | 3 | | | MNE3118 | Mechanics of Materials | 3 | | | MNE3119 | Manufacturing Technology | 3 | | | MNE3121 | Heat Transfer | 3 | | | MNE3122 | Fluid Mechanics | 3 | | | MNE4105 | Nuclear Reactor Safety | 3 | | | MNE4109 | Reliability Engineering and Risk Analysis | 3 | | | MNE4112 | Nuclear Materials | 3 | | | MNE4118 | Project (Individual) | 6 | | | PHY1101 | Introductory Classical Mechanics | 3 | Students should complete PHY1101 to fulfill the pre-requisite requirement of PHY3210. | | PHY1202 | General Physics II | 3 | | | PHY3210 | Modern Physics for Nuclear Technology | 3 | | | PHY3230 | Nuclear Radiation and Measurements | 3 | | | PHY3275 | Radiation Protection and Dosimetry | 3 | |
|
2. Electives (9 credit units)
Students are required to complete?at least 9 credit units?of electives, in addition to credit units required to make up for exempted core courses. |
| Course Code | Course Title | Credit Units | Remarks |
|---|
| CA4644 | Wind and Earthquake Engineering | 3 | Pre-cursor waiver given by Department of Architecture and Civil Engineering. | | CA4737 | Fire Science and Modelling | 3 | Pre-cursor waiver given by Department of Architecture and Civil Engineering. | | CHEM3038A | Environmental Sampling and Risk Assessment | 3 | Students are advised to take the course CHEM1200 Discovery in Biology before taking this course. | | FS2001 | Workshop-based Study in Science and Engineering | 3 | | | MNE2113 | Aircraft System Design | 3 | | | MNE2114 | Experimental Sustainable Engineering Techniques | 3 | | | MNE3007 | CAD/CAM | 3 | @ | | MNE3046 | Automation Technology | 3 | # | | MNE3109 | Hazard Effect Management Process | 3 | | | MNE3110 | Safety Engineering Design | 3 | | | MNE3123 | Internship in Engineering | 3 | | | MNE3125 | Fluid Mechanics for Energy-Related Applications | 3 | | | MNE3126 | Methodologies for Solving Complex Engineering Problems | 3 | | | MNE3127 | Electron Microscopy | 3 | | | MNE4005 | Finite Element Analysis | 3 | & | | MNE4010 | Dynamics and Vibrations | 3 | | | MNE4047 | Directed Studies | 3 | | | MNE4108 | Nuclear Reactor Engineering | 3 | | | MNE4120 | Bioinspired Composites: Design, Mechanics and Manufacturing | 3 | | | MNE4121 | Machine Learning and Quantum Computation | 3 | | | MNE4122 | Introduction to Microfluidics | 3 | | | MNE4123 | Renewable and Sustainable Energy Systems | 3 | | | MNE4125 | Principles and Transport Process Fundamentals of Semiconductor Manufacturing | 3 | | | MNE4130 | Introduction to Multiphase Flow Science | 3 | | | MNE4131 | Nuclear Reactor Design | 3 | | | MSE3169 | Materials Testing Techniques | 3 | | | MSE3171 | Materials Characterization | 3 | | | PHY4230 | Radiation Safety | 3 | | | PHY4232 | Radiotherapy Physics | 3 | | | PHY4233 | Imaging Physics | 3 | | | PHY4274 | Radiation Biophysics | 3 | | | PHY4275 | Radiological Physics and Dosimetry | 3 | | | PHY4283 | Physics in Medicine | 3 | | | SYE3102 | Quality Engineering | 3 | | | SYE4064 | Reliability Engineering | 3 | | | SYE4103 | Decision Analysis and Risk Management | 3 | |
|
@ ?Course that would contribute towards the area of ‘Design and Manufacturing’ for Mechanical Engineering discipline of Scheme A training of HKIE.
#??Course that would contribute towards the area of ‘Automatic & Control Systems’ for Mechanical Engineering discipline of Scheme A training of HKIE.
&??Course that would contribute towards the area of ‘Solid Mechanics’ for Mechanical Engineering discipline of Scheme A training of HKIE. |
3. Optional Courses |
| Course Code | Course Title | Credit Units | Remarks |
|---|
| FS2002 | Industrial Attachment Scheme | 3 | Internship (minimum 6 weeks) | | FS3002 | Industrial Attachment Scheme | 3 | Internship (minimum 6 weeks) | | FS4001 | Co-operative Education Scheme (CES) | 8 | Internship (8 - 12 months) | | FS4002 | Industrial Attachment Scheme | 3 | Internship (minimum 6 weeks) | | FS4005 | Overseas Internship Scheme | 3 | Internship (9 - 13 weeks) |
|
