EEEN 2020 可再生能源技術 Renewable Energy Technologies

 

Course Code	EEEN 2020 EEEN2020			科目名稱		Renewable Energy Technologies 可再生能源技術
教員	Professor REN Wei [學術著作]			學　　分		3
課程性質	EEEN Required/MAEG Elective			同科其他選擇
Workload	l   非PAPER類HOMEWORK l   TUTORIAL / PRESENTATION l   MIDTERM								好重
									重
									平均	1
									輕
									極輕
評價教學內容	#1 不論 lab, homework, quiz, midterm 難道都正常，所以全個 course 重點係 group project。 我嗰年係 design wind turbine, 3d printing design 上網揾其實都未必啱，所以要識 CAD (MAEG1020)。Programming 跟住 guide 做同埋上網揾方法亦都唔太難 (ENGG1110)。 至於 assembly 方面 好人 lab 哥哥會 guide 住做，所以唔太難之餘又學到嘢。 但係就係因為所有嘢都唔難嘅關係比較難 A range。
評價教員教學	#1 大陸 prof 英文算清晰，不過有啲介意人傾偈。同埋因為考完 midterm 之後得返 present 要做所以冇人上堂，有要求 ureply take attendance。
CUSIS科目資料	Description： The effort of securing more sustainable, reliable, and affordable energy supplies is among the most challenges faced in this century. This course focuses on scientific and engineering fundamentals of renewable energy resources and conversion technologies. The subject-specific lectures will be provided in more depth to cover these topics: global energy sources, thermodynamics for renewable energy, solar energy, wind energy, hydro power, bioenergy, geothermal, fuel cell, and design, modeling and analysis of energy systems.   Learning Outcome： Upon completion of the course, students should have achieved the following outcomes: (1) understand the fundamental physics of solar collector, thermal energy storage, and photovoltaic cells and systems and to investigate the solar cell efficiency; (2) use wind speed data to evaluate wind energy, design and select wind turbines; (3) investigate the hydraulic energy and design and select water turbines, and the associated environmental risk and impact; (4) know fundamental chemistry of biomass energy systems, conversion technologies for gasification and liquefaction of biomass feedstocks, and ecological aspects of biomass energy systems;  (5) understand the principle of thermoelectric effect, thermoelectric generator, and its design and application; (6) understand the general principles of fuel cells and batteries, hydrogen production and storage, and application in transportation; (7) conduct assigned lab experiments to get familiar with several different renewable energy systems.
其他資料	2223Sem1：學位 71|註冊 35|剩餘 36
同學推薦	高度推薦		推薦		1	有保留		極有保留

EEEN 2040 屋宇設備工程與綠色建築 Bldg Service Eng & Green Bldg

 

Course Code	EEEN 2040 EEEN2040			科目名稱		Bldg Service Eng & Green Bldg 屋宇設備工程與綠色建築
教員	Professor CHEN Chun [官方介紹] [學術著作]			學　　分		3學分
課程性質	EEEN必修			同科其他選擇
Workload	l   TUTORIAL / PRESENTATION l   MIDTERM l   Green Building Project, Assignments								好重
									重
									平均	1
									輕
									極輕
評價教學內容	#1 頗為有趣，主要分做2 part，頭半 part 講 Building Service Engineering，計下啲水喉、燈光、HVAC等等(水電工仲唔係你？!)；後半 part 講 Green Building，介紹 BEAM PLUS同埋LEED，後半 part 鬥背書為主。
評價教員教學	#1 教學認真，講解清晰，願意解答同學問題，真心幾好人
CUSIS科目資料	Description： This course introduces the primary Building Services, including heating, ventilation, and air-conditioning (HVAC), electrical distribution, lighting, fire protection, plumbing and drainage, vertical transportation, security, telecommunication, and building automation systems. This course also introduces Green Buildings based on BEAM Plus, one of the most widely-used green building labelling schemes in Hong Kong, including site aspects, materials aspects, energy use, water use, indoor environmental quality, innovations and additions for both new and existing buildings. This course also introduces the U.S. green building labelling scheme Leadership in Energy and Environmental Design (LEED).   Learning Outcome： Upon completion of the course, students should have achieved the following outcomes:  (1) understand the introduced primary building services including their components and working principles;  (2) be able to analyze the primary building services according to the basic working principles; (3) understand the basic concepts of green buildings from engineering, design, and management perspectives;  (4) be able to analyze the energy and environmental design of a building according to the green building labelling schemes.  This course contributes to the following EEEN Programme Learning Outcomes:  (1) E1: Acquired basic knowledge related to energy and environmental engineering, including physics, mathematics, thermodynamics, energy technologies, power systems, environmental economics, building control and assessment, air pollution, etc. (K,S);  (2) E3: Developed the ability to design and build engineering components, structures, processes or systems to meet targeted needs in specific energy and environmental applications (K,S);  (3) E4: Acquired the ability to function as a member of an interdisciplinary team (S,V);  (4) E5: Acquired the ability to identify, formulate and solve real-life engineering problems and tradeoffs related to energy system and optimization, environmental monitoring and control, and green building technologies (K,S); (5) E7: Developed proficiency in technical communication (both oral and written) (S); (6) E11: Acquired the ability to use the techniques, skills and tools to practice in the energy and environmental engineering discipline and be aware of entrepreneur opportunities (K,S);  (7) E12: Acquired the ability to use the computer/IT tools relevant to the discipline along with an understanding of their processes and limitations (K,S,V); (8) E13: Established a good understanding and vision of the energy and environmental industries in terms of technologies, tradeoffs and impacts (K).
其他資料	2021Sem2：學位 62|註冊 30|剩餘 32
同學推薦	高度推薦	1	推薦			有保留		極有保留

EEEN 2030 能源和環境經濟學及管理 Energy & Environ Econ & Mgmt

Course Code	EEEN 2030 EEEN2030			科目名稱		Energy & Environ Econ & Mgmt 能源和環境經濟學及管理
教員	Professor XU Yunjian [官方介紹] [學術著作]			學　　分		3學分
課程性質				同科其他選擇
Workload	l   TUTORIAL / PRESENTATION l   MIDTERM l   FINAL EXAM l   project								好重
									重	1
									平均
									輕
									極輕
評價教學內容	#1內容唔算難 (利申C+)
評價教員教學	#1唔識教書。唔tick attendance隨心上課
CUSIS科目資料	Description：         This course aims to provide the students with an introduction to economic principles that pertain to energy and the environment. The objective is to apply economics to particular issues of local and global energy markets, energy planning and demand management, government regulations and policies, environmental impact and conservation, local pollution control and new technologies. The course will cover fundamental concepts in environmental economics including cost-benefit analysis and economic valuation of the environment. The students will learn how to analyze the effects of government policies and regulations on energy demand and supply, prices and the environment. The course also provides an introduction to the role of economic analysis in designing policies which address issues of energy security, climate change and related environmental externalities. Through this course, the students will understand the economics of energy markets and externalities, acquire skills in conducting energy and carbon auditing and accessing environmental and economic impact of government policies, and also develop an appreciation of the complexities of the interactions between the environment, the economy and sustainability. Learning Outcome： Upon completion of the course, students should have achieved the following outcomes: (1) know how to apply economic principles in supply and demand of energy; (2) understand basic principles in environmental and ecological economics; (3) access the impact of government policies and regulations; (4) understand energy and carbon auditing.
其他資料	2018Sem2：學位 49|註冊 35|剩餘 14
同學推薦	高度推薦		推薦			有保留		極有保留