评估方法:∙香港最佳大学排名由以下五项总结排名:项目各项占的百分率 (%) (一) 公众人士对大学整体表现评估 (委托香港25大学民意研究计划调查)(二) 研究表现 (资料来源: 研资局)25(三) 入学收生成绩 (资料来源: 联招处)2020(四) 毕业生表现 (委托香港大学民意研究计划调查)10(五) 教职员对社会贡献 (委托香港大学民意研究计划调查)总得分:100备注:联招处:大学联合招生处研资局:研究资助局∙最佳大学校长对内对外透明度最高大学∙最受欢迎本地大学持续教育学院结果:香港各大学排名排名院校1香港大学2香港中文大学3香港科技大学4香港理工大学5香港城市大学6香港浸会大学7岭南大学8香港教育学院计分方法:项目港大中大科大理大城大浸大岭南教院0.2500.2190.1880.1560.0940.1250.0310.063公众人士对大学整体表现评估研究表现0.1880.2500.2500.1560.1560.0630.1560.031入学收生成0.2000.1750.1500.1000.0750.1250.0500.025绩毕业生表现0.2000.1750.1500.1250.1000.0750.0250.050教职员对社0.1000.0880.0750.0630.0380.0500.0130.025会贡献总得分:93.75%90.63%81.30%60.00%46.25%43.75%27.50%19.38%备注:城大:香港城市大学、浸大:香港浸会大学、岭南:岭南大学、中文:香港中文大学、教院:香港教育学院、理大:香港理工大学、科大:香港科技大学及港大:香港大学以下调查由香港大学民意研究计划(HKUPOP)进行问卷调查:∙最佳大学校长对内对外透明度最高大学∙最受欢迎本地大学持续教育学院最佳大学校长排名院校平均数认知率1香港科技大学朱经武教授7.2648.1% 2香港中文大学李国章教授7.0948.9% 3香港大学戴义安教授 6.6739.1% 4香港理工大学潘宗光教授 6.5644.6% 5岭南大学陈坤耀教授 6.4846.6% 6香港浸会大学吴清辉教授 6.3143.4% 7香港城市大学张信刚教授 6.3140.3% 8香港教育学院许美德教授 5.9436.7%对内对外透明度最高大学排名院校平均数认知率1香港大学 6.6453.1% 2香港中文大学 6.6053.1% 3香港科技大学 6.2950.0% 4香港理工大学 6.1750.0% 5香港城市大学 5.8249.0% 6香港浸会大学 5.8148.5% 7香港教育学院 5.5944.7% 8岭南大学 5.3246.4%最受欢迎本地大学持续教育学院排名院校频数百分率1香港大学专业进修学院9229.5% 2香港中文大学校外进修学院5617.8% 3香港理工大学专业进修学院4815.4% 4香港浸会大学持续教育学院247.8% 5香港科技大学持续进修学院237.3% 6香港城市大学专业进修学院14 4.5% 7香港公开大李嘉诚专业进修学院10 3.3% 8香港教育学院持续专业教育部8 2.5%9岭南大学持续进修学院10.4%选择某大学持续教育学院原因:原因频数百分率该持续教育学院具知名度8018.9%课程实用性高6014.2%上课地点就脚5512.9%师资质素佳5011.6%课程类别多元化399.2%口碑好 / 其它人介绍389.0%课程认可性强389.0%设备佳13 3.0%在该院校毕业13 3.2%容易入学12 2.9%学费平宜6 1.4%有其它学院衔接6 1.3%开办时间适合5 1.3%详细结果:一、公众人士对大学整体表现评估由香港大学民意研究计划(HKUPOP)进行问卷调查。
排名院校平均数认知率1香港大学7.8770.7%2香港中文大学7.5370.5%3香港科技大学7.1666.6%4香港理工大学 6.7867.8%5香港浸会大学 6.2166.0%6香港城市大学 6.1064.0%7香港教育学院 5.8358.7%8岭南大学 5.4460.2%二、研究表现资料来源由研究资助局提供。
排名院校分数1香港中文大学41香港科技大学43香港大学84香港理工大学94香港城市大学94岭南大学97香港浸会大学148香港教育学院15三、入学收生成绩资料来源由大学联合招生处提供。
排名院校最高三个平均分1香港大学 3.002香港中文大学 4.673香港科技大学 5.674香港浸会大学8.005香港理工大学10.006香港城市大学11.677岭南大学13.338香港教育学院17.33四、毕业生表现雇主心目中最佳大学毕业生由香港大学民意研究计划(HKUPOP)进行问卷调查。
排名院校频数百分率1香港大学4424.0%2香港中文大学3418.7%3香港科技大学2111.7%4香港理工大学11 6.2%5香港城市大学6 3.0% 6香港浸会大学5 2.6% 7香港教育学院2 1.1% 8岭南大学00.0%雇用某大学毕业生原因:原因频数百分率以往该院校毕业生的表现良好6837.8%具有与工作相关知识2614.4%该院校具知名度2111.8%工作态度认真12 6.5%勤奋上进12 6.5%语文能力佳10 5.8%毕业生与雇主属同一院校7 3.8%对外联系佳6 3.1%人际关系良好5 3.0%有领导才能4 2.3%薪酬与能力相称10.5%五、教职员对社会贡献教职员对社会贡献最多大学由香港大学民意研究计划(HKUPOP)进行问卷调查。
排名院校平均数认知率1香港大学7.2857.9% 2香港中文大学7.1758.2% 3香港科技大学 6.9054.9% 4香港理工大学 6.5155.3% 5香港浸会大学 6.0754.0% 6香港城市大学 5.9653.4% 7香港教育学院 5.8651.2% 8岭南大学 5.4750.0%香港的申请开始得比较晚,至少要12月份才能开始,所以现在找不到。
你可以先准备申请材料:GT成绩,大学成绩单,Personal Statement, 推荐信,以及学习计划。
相对于香港学校来说,学习计划很重要,所以要好好写。
同时需要申请一张VISA信用卡,我是用的招商银行的,不用任何押金,但是要是在工作的人,所以需要由你爸爸妈妈去申请,然后办一张副卡给你。
等到学校可以开始申请了,就去网站上填申请表,交申请费(信用卡用上了)。
然后会拿到学校给你的一个编号,把这个编号写在你申请材料的第一页,然后把材料寄到学校去,不然他们不知道哪个包是谁的。
其后就是耐心等待了!最后,祝好运!补充:1。
除了MBA专业外,其他都不是必须要工作经验的。
2。
课程类硕士很容易申请,也没什么牛人来抢名额,但是一般都是不会给奖学金的,所以要自己买单学费生活费。
3。
提醒一点,护照和信用卡办理都是需要一段时间的,最好尽早开始办理。
专业:Department of Mechanical EngineeringDepartment of Electrical andEngineeringhttp://www.hku.hk/mechhttp://www.eee.hku.hkww.eee.hku.hk/[Back to Chapter Main Page][Back to Ch Major Research AreasDesign and manufacture:Geometric modeling applications; featurebased systems;haptics-based modelling; intelligent design systems; geometricfeature recognition; rapid prototyping; layered manufacturing ofmultiple material objects; product development technologies;design theory and methodology; green product development;axiomatic design; concurrent engineering; evolutionary design;inventive problem solving methods; heterogeneous componentsdesign; design for product life-cycle cost; simulation modeling.Contact PersonProfessor S.T. TanTel: 2859 7909Fax: 2858 5415Email: sttan@hku.hkDynamics, control and robotics:Automatic detection of joint leakage; inertial sensor for partsinspection; mechatronics; model reduction; robust control systemdesign; generalized systems; delay systems; fault detection;reliable control; artificial intelligent control; compensation foractuator nonlinearities; neurofuzzy networks for modeling andcontrol; robotics applications; vibration.Contact PersonProfessor J. LamTel: 2859 2805Fax: 2858 5415Email: m@hku.hkResearch AreasComputer systems and networkingInternet technologies and applications; protocolsService support; multicasting; network security; remanagement for wireless networks; scheduling inwireless networks; wireless network security; ad hrouting in all-optical networks; queueing theory wperformance modeling of networks and computerdistributed computing; peer-to-peer computing anmobile computing; operating systems; compilatioparallel computing; Grid computing.Information systemsComputer vision for control and automation, defeoptical communications, stability study of dynamireconstruction of object from a sequence of 2D imof robust control systems and controllers in robotprocessing, network performance study, and intetransportation systems.Biomedical engineeringApplication of computing, electronics and other tebiomedical field, especially in medical signal prochealth care. One active area is to extract and detvery weak evoked potential signal from high noiseadaptive filtering, artificial neural network filters amethods. Other projects include fast and sensitivdetection of venous air embolism; analysis and mmulti-catheter multi-channel electrode signal in heand blind signal method for signal estimation. In tprocessing area, projects include detection of tumMaterials and solids:Nanocrystalline materials, mechanical properties and mechanisms of nanometer and sub-micron sized materials; transmission electron microscopy of defects; atomistic modeling of materials; structure and properties of plastics and fibre-reinforced composites; micro/nano mechanics of deformation and fracture; electromagnetic solid mechanics; multi-scale modeling; advanced finite element methods; modeling of smart structures; fabric drape simulation; fracture / damage mechanics; biomechanics.Contact PersonProfessor A.K. SohTel: 2859 8061Fax: 2858 5415Email: aksoh@hku.hkNatural and built environment:Indoor and outdoor air/noise pollution; environmental impact assessment; pollutant and dispersion modeling; bio-aerosols; renewable energy and fossil fuel; building energy efficiency; natural ventilation; healthy buildings; dynamic computer modeling of HVAC and BIPV systems; building automation systems; intelligent control strategies and fault detection; CFD; heat transfer; smoke spread and fire safety modeling; vehicle noise; noise source modeling; aeroacoustics; vibroacoustics; flow induced vibration and noise control.Contact PersonDr Y.G. LiTel: 2859 2625Fax: 2858 5415Email: liyg@hku.hkThermofluids:Turbulent boundary layer and shear layer flow interaction problems; flow past porous media; two-body interaction hydrodynamics; free-surface far wake of a self-propelled body; nonlinear water waves; innovative harbour design and research; hydrodynamic stability; vortex dynamics; thermodynamics; environmental fluid mechanics; multi-scale transport phenomena; micro-scale transport phenomena; interfacial transport phenomena, multiplicity and stability in transport phenomena; solar energy applications. images, processing of pathological images, therm analysis, and matching of x-ray images.Energy systems and electric vehiclesAdvanced electric vehicle technology; advanced switch mode power supply technology; power sys and design methodologies; integrated CAD enviro systems analysis; optimization and simulation; ap information technologies in power systems; harm monitoring; power quality; building services.Microelectronics, optoelectronics and VLSIUse of semiconductors for making electronic dev which can be applied in high-speed computer and systems, high-resolution display systems and hig detection systems. Moreover, fast and robust alg developed to speed up the design of these circuit The scope includes high-quality gate dielectrics fo transistors based on various semiconductors, mic optical micro-arrays, LED's, organic semiconduct nano-structures, ultra-wideband fibre-based sour widely-tunable parametric laser source for bio-ph applications, EDA and CAD algorithms for the de signal converters, and efficient circuit simulators b order reduction and large-scale matrix equation sTelecommunicationsMIMO communications systems, ultra-wide band spread spectrum techniques; multi-carrier techno spread spectrum transceiver design; multi-media and protocol design; advanced modulation techni channel modeling and frequency planning; multi-a techniques and tele-traffic optimization; mobile/w high-speed networks; subband coding of digital a perceptual subband coding of image and video; m banks; multiplier-less perfect reconstruction filter multimedia; digital imaging technology; robust ad subspace tracking for blind channel identification environment; constrained optimization; transformDepartmental RequirementsCandidates are required to make an oral present research proposal as part of the procedure for th。