一、院校简介

麦克马斯特大学（McMaster University）（下称麦马），世界著名学府，加拿大顶尖大学之一，加拿大公立医博类大学。麦马创立于1887年，已有131年历史，坐落在加拿大安大略省汉密尔顿市。汉密尔顿环境优美，洁净安全，是安大略湖西端著名的港口城市，同时也是加拿大著名的旅游城市。距离多伦多、尼亚加拉大瀑布及美国边境城市约一小时驾车路程。麦马背倚汉密尔顿市的皇家植物园，广阔的校园中除了水平一流的教学、科研、图书、运动及食宿设施外，还拥有原子反应堆、著名哲学家罗素的档案馆以及藏有著名艺术大师作品的世界级艺术馆。在加拿大一流大学评比中， 连年被誉为最富有创造力与革新精神的学府。这一荣耀来自其雄厚的师资力量中有1994年诺贝尔物理学奖获得者，优秀毕业生中有荣获1997年诺贝尔经济学奖的著名学者，以及革新性的教学、具有国际竞争性的奖学金和研究成果。麦克马斯特大学2024QS世界大学排名第189名。

二、招聘职位

01土木工程博士

博士学位需要最少的专业课程和深入的研究，从而产生原创的学术工作，对土木工程广泛领域的基础知识和技术创新做出独特贡献。需要相当于硕士学位以外的 4 门半课程，并成功答辩一篇论文。考生必须通过综合考试。在某些情况下，可以与系室安排非全日制博士学习。

研究领域

-生物电化学系统

-桥梁工程

-计算力学和有限元分析

-施工数据传感与融合

-地震工程和结构动力学

-结构的有效设计

-地质力学

-岩土工程

-智能建筑系统

-智能交通系统

-材料耐久性和使用寿命建模

-可持续社区

-污水处理工程

-水资源/环境信息系统

01 Civil Engineering（PhD）

The PhD degree requires minimal specialized courses with intensive research, leading to original scholarly work with a distinct contribution to fundamental knowledge and technological innovation in broad areas of civil engineering. Equivalent of 4 half courses beyond the Master’s degree and successful defence of a thesis is required. Candidates are required to pass a Comprehensive Examination. Under some circumstances, arrangements can be made with the department for part-time PhD study.

Areas of Research

-Bioelectrochemical systems

-Bridge engineering

-Computational mechanics and finite element analysis

-Construction data sensing and fusion

-Earthquake engineering and structural dynamics

-Effective design of structures

-Geomechanics

-Geotechnical engineering

-Intelligent construction systems

-Intelligent transportation systems

-Material durability and service life modelling

-Sustainable communities

-Wastewater treatment engineering

-Water resources/environmental information systems

02工程物理博士

工程物理学是关于理解和推进各种先进系统中使用的知识和技术，包括光通信、生物医学和环境应用的传感器、激光和 LED、光伏和核电系统。

研究领域

-纳米和微器件工程

-核工程和能源系统

-光子学

-生物医学工程

-智能系统

02 Engineering Physics（PhD）

Engineering Physics is about understanding and advancing knowledge and technologies used in a wide range of state-of-the-art systems including optical communications, sensors for biomedical and environmental applications, lasers and LEDs, photovoltaics and nuclear power systems.

Areas of Research

-Nano and micro device engineering

-Nuclear engineering and energy systems

-Photonics

-Biomedical engineering

-Smart systems

-View Program Site

03计算科学与工程博士

计算科学和计算工程是快速发展的多学科领域，将工程、科学、商业、数学和计算机科学联系起来，为现实世界的发现和理解创造新的、强大的工具。计算能力和计算方法的进步使领先的研究人员能够有效地利用计算模拟、建模和优化，通过理论分析和物理实验对以前无法触及的领域进行调查。该学院的成立是为了通过在独特的合作环境中创建具有国际特色的多学科研究和教育计划来满足这一需求。

研究领域

-计算物理科学

-计算优化、设计和控制

-计算生物科学

03 Computational science and engineering（PhD）

Computational science and computational engineering are rapidly growing multi-disciplinary areas connecting engineering, science, business, mathematics and computer science to create new, powerful tools for real-world discovery and understanding. Advancements in computing power and computational methodology are allowing leading-edge researchers to effectively utilize computational simulation, modelling and optimization to pursue investigations into territories that were previously beyond their reach using theoretical analysis and physical experimentation. The School has been established to address this need through the creation of multidisciplinary research and education programs of international distinction within a unique collaborative environment.

Areas of Research

-computational physical sciences

-computational optimization, design & control

-computational biosciences

04电气与计算机工程博士

在我们的哲学博士（PhD）课程中，除了寻求使学生能够提高他们的知识和技能外，我们还寻求提供一个环境，在电气和计算机工程的特定领域培养国际范围内的创造力和卓越的研究，并通过领导他们感兴趣的领域的最新进展，激励学生为我们的社区做出贡献。所需的研究生课程的最低数量是硕士学位以外的四门半课程（或同等学历），或学士学位以外的八门半课程（或同等学历）。候选人还需要准备一篇论文，体现候选人在硕士水平之外进行的研究成果。

研究领域

-生物医学信息技术

-计算机辅助设计

-优化和模拟

-通信

-计算机工程

-图像处理与多媒体

-微电子学

-微波和光子学-光电子学

-网络

-信号处理

-国家微电子与光子学测试合作实验室

04 Electrical and Computer Engineering

In our Doctor of Philosophy (PhD) program, in addition to seeking to enable students to enhance their knowledge and skills, we also seek to provide an environment that fosters creativity and research excellence on an international scale in a particular field of electrical and computer engineering, and inspires students to a career of contributions to our communities through leadership of advances in the state-of-the-art in their fields of interest. The minimum number of graduate courses required is four half courses (or equivalent) beyond the Master’s degree, or eight half courses (or equivalent) beyond the Bachelor’s degree. The candidate is also required to prepare a thesis embodying the results of the research taken on by the candidate beyond the Master’s level.

Areas of Research

-Biomedical information technology

-Computer aided design

-Optimization and Simulation

-Communications

-Computer Engineering

-Image Processing & Multimedia

-Microelectronics

-Microwaves and Photonics-Optoelectronics

-Networks

-Signal Processing

-National Microelectronics & Photonics Testing Collaboratory

05计算机科学博士

博士课程的研究生专注于通过在他们选择的兴趣领域进行深入研究来推进计算理论和实践方面的知识。

研究领域

-人机交互

-机器学习

-编程语言

-软件工程

-优化

-计算几何

-绩效评估

-数据库

-数据分析和数据中心

-安全关键系统和认证

-模型驱动工程

-算法和复杂性

-形式化方法和形式化验证

-机械化数学

-数值分析

-科学计算

-控制系统

-逻辑和离散数学

-字符串和字符串算法

-并发

-无线网络

-移动计算

-离散事件系统

-游戏设计

05 Computer Science

Graduate students in the PhD program are focused on advancing knowledge in computational theory and practice through intensive research in their chosen area of interest.

Areas of Research

-Human-computer interaction

-Machine learning

-Programming languages

-Software engineering

-Optimization

-Computational geometry

-Performance evaluation

-Databases

-Data analytics and data centres

-Safety-critical systems and certification

-Model-driven engineering

-Algorithms and complexity

-Formal methods and formal verification

-Mechanized mathematics

-Numerical analysis

-Scientific computing

-Control systems

-Logic and discrete math

-Strings and string algorithms

-Concurrency

-Wireless networking

-Mobile computing

-Discrete event systems

-Game design

06机械工程博士

机械工程博士学位扩展了硕士学位的所有优势，并为工业、政府和学术界的研发机会打开了大门。博士生培养独立性、创造力和灵活性;并扩展他们在分析、批判性思维、创造性解决问题、数据管理、实验方法和/或分析模型、足智多谋、责任感和毅力方面的技能。他们还培养了对他人作品进行批判性分析的技能，以及向各种观众展示其作品的能力。所有博士生均由该系的一名教职员工指导。教师的研究领域包括：生物力学;制造业;力学与设计;和热流体。

研究领域

-生物力学：生物组织和肌肉的力学;循环和呼吸系统的力学;实验和数值建模技术;以及运动和骨骼生物力学。

-制造：增材制造;铸造;计算机辅助制造;电火花加工;成形;研磨;先进材料的加工;加工工艺和系统;制造自动化;制造工艺和系统;金属成型;用于先进钢的金属和非金属涂层;过程建模和模拟;机器人;和钢铁研究。

-机械与设计：汽车应用;计算机辅助设计;控制系统;动力学和振动;有限元分析;流动引起的振动和噪声;混合动力汽车，包括发动机测试和故障检测;材料与微观结构工程;机电一体化;度量衡学;微机电器件;产品设计;机器人;和理论力学。

-热流体科学：气动声学;燃烧;计算流体力学;流控制;流体力学和湍流;传热;微流体和微加工;热流体系统中的建模;多相流;反应堆热力液压系统;以及材料的热处理。

06 Mechanical Engineering(PhD)

A PhD in Mechanical Engineering extends all of the advantages of a Master’s degree and opens doors to research and development opportunities in industry, government and academia. PhD candidates develop independence, creativity and flexibility; and expand their skills in analysis, critical thinking, creative problem solving, data management, experimental methods and/or analytical models, resourcefulness, responsibility and perseverance. They also develop skills in critical analysis of others’ work, and the ability to present their work to a variety of audiences. All PhD students are supervised by a faculty member from the department. The research areas of the faculty members include: biomechanics; manufacturing; mechanics and design; and thermofluids.

Areas of Research

-Biomechanics: mechanics of biological tissues and muscles; mechanics of the circulatory and respiratory system; experimental and numerical modeling techniques; and movement and skeletal biomechanics.

-Manufacturing: additive manufacturing; casting; computer aided manufacturing; electrical discharge machining; formability; grinding; machining of advanced materials; machining processes and systems; manufacturing automation; manufacturing processes and systems; metal forming; metallic and non-metallic coatings for advanced steels; process modelling and simulation; robotics; and steel research.

-Mechanics and Design: automotive applications; computer aided design; control systems; dynamics and vibrations; finite element analysis; flow induced vibrations and noise; hybrid vehicles including engine testing and fault detection; materials and microstructural engineering; mechatronics; metrology; microelectromechanical devices; product design; robotics; and theoretical mechanics.

-Thermo-fluid Sciences: aeroacoustics; combustion; computational fluid dynamics; flow control; fluid mechanics and turbulence; heat transfer; micro-fluidics and micro-fabrication; modeling in thermo-fluid systems; multi-phase flow; reactor thermal-hydraulics; and thermal processing of materials.

07材料科学与工程博士

材料科学与工程旨在揭示控制材料行为的基本原理，以实现广泛应用的技术。这包括从宏观尺度到纳米尺度的所有类别材料的性能功能。

研究领域

-纳米技术

-纳米材料

-能源和燃料电池

-汽车材料与腐蚀

-钢铁和炼钢

-回收

-电化学技术

-生物材料

-电子材料

-计算建模

-物理冶金

-聚合物

07 Materials Science and Engineering（PhD）

Materials Science & Engineering is about unravelling the fundamental principles governing the behaviour of materials to enable technologies across a broad range of applications. This includes performance functionalities of all classes of materials across length scale ranging from the macro-scale down to nano-scale.

Areas of Research

-Nanotechnology

-nanomaterials

-energy and fuel cells

-automotive materials and corrosion

-steel and steelmaking

-recycling

-electrochemical technology

-biomaterials

-electronic materials

-computational modelling

-physical metallurgy

-polymers

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