学校简介：
研究和教育形成了宾州工程学院的创新毕业生使命。宾夕法尼亚大学的工程经验与许多其他机构提供的经验有两个关键区别:特殊的学术项目，以及实际的设计和研究经验。研究的兴奋和发现对所有学生开放，是我们享誉世界的博士项目的基石。这些课程还包括一系列不同的硕士学位课程，其中包括几个领域的终端学位。
宾州工程学院的合作研究和学习环境确实让我们与众不同。学生在核心学科项目中与导师合作并向导师学习，同时也通过与医学院、艺术与科学学院和沃顿商学院的学术互动进行学习。宾夕法尼亚大学的许多研究所、中心和实验室进一步丰富了这一环境。一百多年来，宾夕法尼亚工程大学一直走在创新的前沿，就像我们大学的创始人，美国第一个科学家和工程师本杰明·富兰克林一样。
项目名称：Master of Science in Engineering in Mechanical Engineering and Applied Mechanics
项目简介：
Total = 10 Courses + 2 Seminar
The master’s in Mechanical Engineering and Applied Mechanics (MEAM) is innovative, unique, and nationally recognized for its excellence. We are at the forefront in preparing students for leadership careers by providing opportunities to work in emerging and interdisciplinary areas that are fueling exciting advances in technology. The program can be tailored and customized to meet individual needs under the guidance and approval of an academic advisor. Students can choose to focus on Design and Manufacturing, Mechanical Systems (Robotics, and Micro Electro Mechanical Systems (MEMS)), Heat Transfer and Fluid Mechanics with applications in energy production, material processing, and the electronics industry, Mechanics of Materials, or Biomechanics.
机械工程与应用力学(MEAM)硕士学位是创新的，独特的，并以其卓越的成绩获得全国认可。我们为学生提供在新兴领域和交叉学科领域工作的机会，这些领域正在推动令人兴奋的技术进步，因此我们在培养学生成为领导人才方面走在前列。在导师的指导和批准下，课程可以根据个人需要进行调整和定制。学生可以选择专注于设计和制造、机械系统(机器人技术、微电子机械系统(MEMS))、传热和流体力学，在能源生产、材料加工、电子工业、材料力学或生物力学中的应用。
研究方向：
Biomechanics生物力学
Research in Biomechanics spans from the molecular level through to tissue-level investigations, with major efforts in cell mechanics and biophysics, biomolecular simulation, gravity effects on cells and tissues, tendon and ligament injury, repair, regeneration, and intervertebral disc function/degeneration, and targeted drug delivery.
生物力学的研究范围从分子水平到组织水平，主要集中在细胞力学和生物物理学、生物分子模拟、重力对细胞和组织的影响、肌腱和韧带损伤、修复、再生、椎间盘功能/退变、靶向给药等方面。
Computational Mechanics计算力学
Research in and application of novel computational methodologies in analysis, design and control. Examples include research in mesoscale and nanoscale materials science, molecular dynamics, plasticity and fracture, flows with dynamic interfaces and moving boundaries, multiphase flows and transport, electro- and magneto-hydrodynamics, wave propagation, microgravity, modeling and computation of biological networks in Scientific computation, and robotics and dynamical systems.
新型计算方法在分析、设计和控制方面的研究和应用。例子包括中尺度和纳米尺度材料科学、分子动力学、塑性和断裂、动态界面和移动边界的流动、多相流动和输运、电和磁铃动力学、波传播、微重力、科学计算中生物网络的建模和计算、机器人技术和动力系统。
Fluid Mechanics流体力学
Fluid mechanics is is the study of how fluids move and the forces on them. This includes work in micro- and nanofluidics, “laboratories on chips,” fluid and particle motion under the action of electric and magnetic fields, multi-phase flows, problems of relevance to biology and medicine, micro-electronic manufacturing, complex fluids and materials processing, hydrodynamic instabilities and flow control, and computational fluid mechanics.
流体力学是研究流体如何运动和作用于流体上的力的学科。这包括在微观和纳米流体学、“芯片实验室”、电场和磁场作用下的流体和粒子运动、多相流、与生物学和医学相关的问题、微电子制造、复杂流体和材料加工、流体动力学不稳定性和流动控制以及计算流体力学。
Mechanics of Materials材料力学
Crystal plasticity, effective properties of nonlinear composites and polycrystals, atomic/continuum property relations, nano-scale mechanics and tribology, localization studies, phase transitions, interfacial fracture, fatigue and high temperature fracture, soft materials, cell mechanics, anisotropy and viscoelasticity of soft composites.
晶体可塑性，非线性复合材料和多晶的有效性能，原子/连续体性能关系，纳米尺度力学和摩擦学，局部化研究，相变，界面断裂，疲劳和高温断裂，软材料，单元力学，软复合材料的各向异性和粘弹性。
Micro- and Nanomechanics微纳米力学
Nano, micro, and macro heat transfer, molecular dynamics simulation, energy analysis and conversion, advanced systems for power generation with reduction of global warming emissions, exergy (Second Law) analysis, renewable energy sources, space power, bio-heat transfer, combustion, emissions reduction, water desalination and waste treatment, electronic packaging, and materials processing.
纳米、微观和宏观传热、分子动力学模拟、能量分析和转换、减少全球变暖排放的先进发电系统、火用(第二定律)分析、可再生能源、空间动力、生物传热、燃烧、减排、海水淡化和废物处理、电子封装和材料加工。
Thermal Sciences and Energy Conversion热科学和能量转换
Nano, micro, and macro heat transfer, molecular dynamics simulation, energy analysis and conversion, advanced systems for power generation with reduction of global warming emissions, exergy (Second Law) analysis, renewable energy sources, space power, bio-heat transfer, combustion, emissions reduction, water desalination and waste treatment, electronic packaging, and materials processing.
纳米、微观和宏观传热、分子动力学模拟、能量分析和转换、减少全球变暖排放的先进发电系统、火用(第二定律)分析、可再生能源、空间动力、生物传热、燃烧、减排、海水淡化和废物处理、电子封装和材料加工。
学费：1 Course Unit = $7, 310
宾夕法尼亚大学(University of Pennsylvania)将每门课程视为一个课程单元(CU)，而不是3个课时，硕士研究生的学费按注册课程的数量收取。全日制至少需要三个Course Unit，每学期最多允许修四门课。
申请要求：申请截止日期：February 1st
a. 英语语言要求：
TOEFL 100+ / IELTS 7.5+
c. GPA要求：required，
d. GRE要求：required
e. 其他材料要求：
l Resume
l Personal Statement – we recommend the following guidelines for the personal statement:
No more than two pages in a readable font/size:
Use answers to the following questions to guide your writing; please provide detailed and specific examples from academia, industry or research when possible:
Why are you interested in this program?
What have you done that makes you a great candidate?
How will you benefit from the program?
How do you plan to contribute to the student community in SEAS while you’re here?
Why will you succeed in the program?
What will you do/accomplish once you have completed the program?
l Two [2] official Letters of Recommendation – one must be from a faculty member who is familiar with the candidate’s scholarly abilities:
l Unofficial Transcript – submitted with application:
One [1] transcript from each university or college attended where course credit was earned, to be uploaded and submitted with the online application. It is required to be in English.
l $80 non-refundable application fee – This payment must be submitted with the online application.
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