Energy is an issue of growing importance in our society. Sustainable developments hinge on our energy technologies and their sensible use. The four-year full-time BSc (Hons) in Green Energy Science aims at preparing students for a multidisciplinary career in the energy sector, which involves trainings in scientific principles, technology, and social sciences. The specific objectives are as follows:
| 1. | To provide students with a solid and broad foundation for the study of Energy Science including the generation, storage, and efficient use of energy. |
| 2. | To provide students with experimental and analytical skills for Energy Science. |
| 3. | To highlight the physical basis of various forms of energy technologies, especially those which are self-sustainable in nature. |
| 4. | To expose students to the socio-economic and environmental impacts of energy problem on our society. |
| I) | Major Courses | 55-58 units |
| II) | Project | 3-6 units |
| III) | General Education | 38 units |
| IV) | Free Electives | 30 units |
| ─────── | ||
| 129 units |
| I. | Major Courses | 55-58 units | ||
| Major Core Courses (46 units) | ||||
| Year I Science courses* | 16 units | |||
| GEOG | 3007 | Energy Problems & Environment | 3 units | |
| GEOG | 4065 | Energy Policy & Analysis | 3 units | |
| PHYS | 2005 | Heat & Motion | 3 units | |
| PHYS | 2006 | Electricity & Magnetism | 3 units | |
| PHYS | 2008-9 | Green Energy Labs I & II | 2 units | |
| PHYS | 3005 | Atomic & Nuclear Physics | 4 units | |
| PHYS | 3006 | Renewable Energy Sources | 3 units | |
| PHYS | 3007 | Energy Storage, Distribution & Conservation | 3 units | |
| PHYS | 3015 | Structure & Properties of Matter | 3 units | |
| PHYS | 4005 | Non-fossil Fuels | 3 units | |
| Major Elective Courses (9-12 units) | ||||
| BIOL | 2035 | Introduction to Environmental Sciences | 3 units | |
| CHEM | 4006 | Environmental Chemistry & Pollution Control | 3 units | |
| GEOG | 4016 | Energy Development in China | 3 units | |
| PHYS | 2007 | Mathematical Methods for Physical Sciences | 3 units | |
| PHYS | 2115 | Electronics | 3 units | |
| PHYS | 3016 | Energy Management | 3 units | |
| PHYS | 3017 | Green Energy Lab with LabVIEW | 3 units | |
| PHYS | 3025 | Physics & Technology of Energy Conversion | 3 units | |
| PHYS | 3027 | Intermediate Electromagnetism | 3 units | |
| PHYS | 3035 | Energy & Thermodynamics | 3 units | |
| PHYS | 3036 | Mechanics | 3 units | |
| PHYS | 4006 | Advanced Green Energy Laboratory (Metrology) | 3 units | |
| PHYS | 4007 | Advances in Displays & Lighting | 3 units | |
| PHYS | 4015 | Introduction to Intellectual Properties | 2 units | |
| PHYS | 4016 | Renewable Energy Materials & Devices | 3 units | |
| PHYS | 4017 | Semiconductor Physics & Devices | 3 units | |
| PHYS | 4025 | Solid State Physics I | 3 units | |
| PHYS | 4027 | Computational Physics | 3 units | |
| PHYS | 4035 | Topics in Energy Science I | 3 units | |
| PHYS | 4036 | Topics in Energy Science II | 3 units | |
| PHYS | 4037 | Topics in Energy Science III | 3 units | |
| PHYS | 4045 | Electromagnetics Waves & Optics | 3 units | |
| PHYS | 4046 | Quantum Mechanics | 4 units | |
| II. | Project | 3-6 units | ||
| PHYS | 4898-9 | Final Year Project I & II | 3-6 units | |
| III. | Genaral Education | 38 units | ||
| IV. | Free Electives | 30 units | ||
| ──────── | ||||
| 129 units^ | ||||
| * | The Year I Science courses are as follows: | |||
| BIOL | 1005 | Introduction to Biology | 3 units | |
| CHEM | 1005 | Introduction to Chemistry | 3 units | |
| COMP | 1005** | Essence of Computing | 3 units | |
| MATH | 1005 | Calculus | 3 units | |
| PHYS | 1005 | Introduction to Physics & Energy Science | 3 units | |
| SCIE | 1005 | Integrated Science Laboratory | 1 unit | |
| ** | The course will be offered only in Semester 2 of 2012-13 but will be offered in semesters from 2013-14 onwards. |
| ^ | At least 36 units must be gained from upper level courses (Levels 3 & 4). |
Source: Calendar/Bulletin 2014-2015
Last modified: August 2014
 |
 |
 |