智能建筑物技术与管理课程科目及师资.doc

智能建筑物技术与管理课程科目及师资学科目录及学科内容必修课IBTM 501智能建筑物设施管理Business framework and strategic approach for facility and energy management, due diligence auditing, project management tools and processes, assessing performance requirements over the facility lifecycle, energy efficiency, life safety systems, IT infrastructure and information systems, workplace automation.IBTM 505智能建筑物系统Automation, communication and security; mechanical, electrical, electronic subsystems and their integration with the building envelope; environment, energy and sustainability; configuration and operational characteristics; performance specifications; analytical models; design methods; case studies.选修课IBTM 515先进通风供暖及空调系统This course introduces the advanced heating, ventilation, air-conditioning and refrigeration systems. Topics include refrigeration, psychometrics, solar radiation, heating and cooling loads in buildings and design of duct and piping systems. Theory and analysis are emphasized throughout.IBTM 520先进能源转换系统Theory and developmental state of advanced energy conversion systems including fuel cells, solar energy, heat pipes, heat pumps, thermoelectrical cooling, and other advanced systems.IBTM 523空气污染模型和控制之应用The physics of air pollution dispersion and methods of modeling will be discussed. The application of modeling in the air pollution control strategy to intelligent building design will be stressed.IBTM 526建筑声学与音频系统Acoustics wave equations; psychological acoustics; outdoor and indoor airborne sound propagation; interaction of air-borne and structure-borne sound with building structures; sound transmission between rooms; architectural acoustics; design and criteria in room and building acoustics; audio systems; multi-media environment; application of computer-aided simulation tools in architectural acoustics.IBTM 530建筑物环境设计的计算机计算方法Concept of computational fluid dynamics (CFD); applications of CFD to indoor and outdoor environmentally related problems; case studies and project.IBTM 533建筑物的能源管理Renewable and non-renewable energy resources, review of energy conversion technologies, energy use in domestic/non-domestic buildings, energy economics, design guides, energy management and energy auditing.IBTM 536设施及质量管理History, definition and scope of facilities management; management circle of people, process and workplace, quality issues of facilities management, quality management system and its implementation, and environmental management system.IBTM 543室内空气质量技术和管理Discussion of the various air contaminants in the indoor environment and their transport phenomena, sick building syndrome, building related diseases, thermal comfort, ventilation theory, advanced ventilation systems, air treatment systems, indoor air quality assessment and mitigation strategy, indoor air quality management in intelligent buildings.IBTM 546室内环境的物料Overview of materials issues in indoor environment; potential sources of pollution with focuses on organic related sources; the materials science of materials encountered in offices and in common households will be covered from both a physical and chemical perspective. The science of the release of the pollutants from solid materials is covered in depth. The learned materials science and evaporation engineering will be combined for use in a mini-project on material selection for low pollution environment. IBTM 550建筑物的职业安全卫生领域This course introduces various occupational safety health issues in buildings, particularly those required by the Occupational Safety and Health Ordinance and other local regulations. Emphasis will be on the practical aspects of fire and life safety, lighting, general ventilation, exhaust ventilation, occupational hygiene, and hazardous material management.IBTM 553智能建筑物的风险管理和决策This course aims to provide an understanding of the definition of risk, perception of risk, social acceptability of risk, risk assessment and management techniques, principle and process of risk management, contingency plans and disaster recovery, principle and process of risk-informed decision, multi-attribute utility theory, analytical hierarchical process and cost-risk benefit analysis in intelligent building management.IBTM 556振动与机械特征分析Study of vibrations and effects of various types of vibrations; free and forced vibrations; transient and steady responses; multi-degree-of-freedom systems; continuous systems; random vibrations; vibration measurements; signature analysis and condition monitoring techniques.IBTM 601智能建筑物系统专题课IBTM 601A智能建筑物系统专题课: 智能建筑物电机设施This course is trying to equip students with the required knowledge to appreciate what is a reliable as well as energy efficient electricity supply system for intelligent buildings. This will uplift the ability of students in designing better systems for intelligent buildings and managing their daily operationsIBTM 601B智能建筑物系统专题课: 智能建筑物自动控制系统Principles of advanced control strategies in building automation and control systems; control theory, sensors, novel and mobile controllers, and their applications for air conditioning, fire safety, transportation and lighting control systems; formulation of control models and their numerical solutions.IBTM 601C智能建筑物系统专题课: 智能建筑物系统财务评审Modern technological advancements of intelligent building systems could provide safe, healthy and comfortable living with conveniences. The success of deploying these systems that are technically feasible requires accurate financial assessment. Basic tools and methods of financial assessment will be introduced to analyze the state-of-the-art technologies that could make the buildings inspirational in the contemporary, and life cycle analyses of these inventions and power logistics offer solutions to secure sustainability for the humanity.IBTM 601D智能建筑物系统专题课: 工程风险管理-合同条款Engineering managers and executives prefer to sign contracts with knowledge of the legal liabilities and damages. This course will set the engineering and legal foundations necessary for the assessment of potential liabilities and damages. Case studies on civil, mechanical and building engineering will be analyzed from both the legal and engineering perspectives. The legal consequences of engineering decisions and vice versa will be highlighted with the aim to enable the engineering executives to make informed management decisions on technical and legal issues in everyday contracts.IBTM 601E智能建筑物系统专题课: 筛选环保高可持续性材料的筹略Material choices in the environment are driven by engineering and environmental sustainability. The course will consider material choices from an integrated functional as well as life cycle perspectives. Selection strategies using functional material selection methods and eco-audit tools for an eco-informed material selection strategy will be presented.IBTM 695独立课题An independent project carried out under the supervision of a faculty member.教师名单及研究方向本课程大部分课目由香港科技大学教职员任教，我们亦邀请具有相关工作经验的专业人士任教部分课目，令课程内容基础与实用并重。所有教师皆拥有博士学位，并以英语授课。香港科技大学余同希教授机械工程学系 讲座教授PhD ScD 剑桥大学研究方向: Impact dynamics; engineering plasticity; structural crashworthiness and failure; mechanics of sheet forming; energy absorbing materials and devices. 许金造教授机械工程学系 教授PhD 斯坦福大学研究方向: Flow, heat and mass transfer in porous media; sediment transport; environmental fluids engineering; remote sensing; experimental and computational fluid dynamics and heat transfer. 赵天寿教授机械工程学系 教授PhD ScD 剑桥大学研究方向: Fuel cell; microscale heat transfer; Lattice Boltzmann method; electronic cooling; heat pipes; advanced air conditioning and refrigeration systems.赵汝恒教授机械工程学系 副教授PhD 加州大学伯克利分校研究方向: Indoor environmental quality in buildings; combustion and fire safety science. 葛时俊教授机械工程学系 副系主任及高级讲师PhD 康乃尔大学研究方向: Computational fluid dynamics; environmental fluid dynamics; atmospheric dispersion; wind-tunnel modeling; airport wind shear. 林铨振教授机械工程学系 副教授PhD 加州大学圣芭芭拉分校研究方向: Experiments and theories of higher order elasticity and plasticity; mico- and nano-architecture design and analyses; embedded resistors, capacitors and inductors in 3-D electronic packaging. 李世玮教授机械工程学系 副教授PhD 普渡大学研究方向: Electronics packaging and surface mount technology; smart materials and mechanics for sensors and actuators. 李贻昆教授机械工程学系 副教授PhD 加州大学洛杉机分校研究方向: Bio-Microelectromechanical System (Bio-MEMS) and Lab-on-a-chip: micro biosensors, micro electroporation chips; Micro chao