KTH Royal Institute of Technology
MSc Engineering Mechanics
Stockholm, 瑞典
期间
2 Years
语言
英语
步伐
全职
报名截止日期
Request application deadline
最早开始日期
Aug 2024
学费
SEK 342,000 / per year *
学习形式
在校园
* non-EU/EEA/Swiss is 342,000 SEK.
介绍
The master's programme in Engineering Mechanics provides a solid and up-to-date knowledge base for the analysis and design of products and processes. Students learn to use advanced simulation and experimental methods to analyse mechanical phenomena ranging from lightweight gases to solid materials. Graduates work in numerous branches of design, testing, computation and research as managers, engineers, consultants, or researchers.
Engineering Mechanics at KTH
The master's programme in Engineering Mechanics covers theory, numerical methods and experimental techniques related to fluid mechanics, solid mechanics and sound and vibration. The curriculum is developed with strong involvement from industry and is heavily influenced by the latest research. It will prepare you with the knowledge and skills for advanced industrial problem-solving in large and small international enterprises and research organisations.
The programme offers three tracks: Fluid Mechanics, Solid Mechanics, and Sound and Vibration. Only one-third of the courses are mandatory, so you have many opportunities to tailor the course structure to meet your interests. During the first three semesters, we mix theoretical courses with more applied project-based courses. The courses typically contain experimental and numerical laboratories and provide you with proficiency in up-to-date experimental methods and software. In the courses, you are given many opportunities to interact with prominent researchers at KTH and companies such as the world-leading truck manufacturer Scania and the train and aircraft giant Bombardier.
The fourth semester is spent working on a five-month degree project, where you will have the opportunity to investigate a specific topic in-depth. You will complete the degree project in industry or at an academic institution in Sweden or abroad. Students doing their degree projects close to KTH may also take courses parallel to their thesis work.
This is a two-year programme (120 ECTS credits) given in English. Graduates are awarded the degree of Master of Science. The programme is given mainly at KTH Campus in Stockholm by the School of Engineering Sciences (at KTH).
Fluid Mechanics track
The students taking the track in Fluid Mechanics will acquire a deep and widely applicable competence in fluid mechanics, preparing them for their future profession.
Fluid Mechanics as a discipline encompasses physics, mathematics, mechanics, and numerical analysis. As our student, you will learn and work with modern theoretical, numerical, and experimental methods to find solutions to various fluid mechanical problems. In addition, extensive high-profile research is carried out within the field at KTH, which will be introduced via interaction with our researchers and teachers.
Fluid mechanics is found everywhere, both in nature and industrial applications, and plays a vital role in developing many future products. Anything that involves a fluid (gas or liquid) is fluid mechanics. These fluids may or may not contain particles such as raindrops in the air, red blood cells flowing in blood or the fibres found in paper pulp flows. The applications are, for example, found in various energy conversion processes such as wind and wave power, food process industry as well as conventional combustion engines, but also in vehicle design, where the focus can be directed towards optimising wings on aircraft or minimising fuel consumption.
Solid Mechanics track
The students taking the track in Solid Mechanics will have their own premises and computer laboratory. Our faculty strongly values communication with the students. Our goal is to provide you with knowledge in all the technical aspects of Solid Mechanics analyses, which are in great demand in many industries. Your future occupation can include working with computational stress and strain analysis, design, development, research, or testing.
Solid Mechanics as a discipline encompasses mathematics, numerical analysis, mechanics and physics. It also involves several aspects of Materials Science and Industrial Design.
Solid Mechanics is an area which is still continuously being developed and researched both nationally and internationally. The driving force in this work is the development of new materials and their utilisation for advanced product functionality, improved durability and reliability, and minimising the adverse environmental impact. At KTH, we devote much effort to developing tools to facilitate the design of new products through a better description of material mechanical properties and formulating appropriate design criteria. In addition, we actively develop and use scientific computational tools widely adopted by the industry for Solid Mechanics and interdisciplinary analyses.
Sound and Vibration track
As a students in the track in Sound and Vibration, you will learn advanced topics in noise and vibration control, especially in the field of vehicle engineering, and you can develop your specialisation through numerous elective courses.
Sound and Vibration as a discipline encompasses mathematics, numerical analysis, mechanics, and physics. It also involves several aspects of sustainable development. The programme has a good balance between theoretical studies and practical applications. It gives you a platform for a successful career in the industry or continuation towards a PhD.
Everywhere in our modern society, we are exposed to sound and vibrations, from the pleasant sound of birdsong or music through sound carrying information to unpleasant or even harmful noise and vibration from, for instance, traffic and construction work. Applications of technical acoustics cover a vast field, from applied mathematics via signal processing to engines, transport and building technology. The Marcus Wallenberg Laboratory for Sound and Vibration Research (MWL) is the largest university centre in northern Europe for sound and vibrations research.
课程
为期两年的工程力学硕士课程包括三个学期的课程和一个专门用于硕士学位项目的最后一个学期。每个学期包含大约 30 个 ECTS 学分。根据您选择的方向,您将学习不同的课程。本页面提供的课程适用于 2024 年秋季开始的学习。
第一年
对于从 2020 年秋季开始学习该课程所有课程的学生,必须学习必修课程 + 所选课程中的至少一门有条件选修课程。
学习过SG1218的学生应选择SG2225而不是SG2214。
SD2110 适合不学习声音和振动曲目的学生。
必修课程
- 科学理论与方法论(自然科学)(AK2030)4.5学分
- 工程力学可持续发展与研究方法(SA2002)3.0学分
第二年
对于从 2020 年秋季开始学习该课程所有课程的学生,必须学习必修课程 + 所选课程中的至少一门有条件选修课程。
学习过SG1215的学生应选择SG2225而不是SG2214。
必修课程
- 科学理论与方法论(自然科学)(AK2030)4.5学分
- 工程力学可持续发展与研究方法(SA2002)3.0学分
计划成果
可持续发展
KTH的毕业生拥有推动社会朝着更可持续的方向发展的知识和工具,因为可持续发展是所有计划的组成部分。工程力学硕士课程解决的三个关键可持续发展目标是:
- 7 负担得起的清洁能源
- 9 工业、创新和基础设施
- 11 可持续城市和社区
工程力学在几乎任何主要的能量转换过程中都起着关键作用。拥有工程力学学位,您将能够做出贡献,例如,评估核电站和风力涡轮机的结构完整性,以及风力涡轮机园区的设计,以最大限度地收集能量。
工程力学在许多工业产品和系统的设计过程中至关重要。您将从硕士课程中学到的知识和技能,例如新颖的实验技术和高级模拟,将使您成为新的可持续创新的关键贡献者。
噪音和其他不良声音的干扰是可持续城市和社区发展中的一个重要问题。工程力学专业的毕业生将完全有能力为与运输、能量转换和结构完整性等相关的无噪音产品和系统的设计做出贡献。
此外,工程力学课程当然也有助于实现其他可持续发展目标。一个例子是良好的健康和福祉,通过提供与血管疾病和人类活动等医学问题相关的生物力学课程。
设计工程师,研究工程师,计算工程师,研究员,软件开发人员,CFD工程师,开发工程师,研发项目负责人,声学顾问。
毕业于工程力学硕士课程的学生将精通流体力学,固体力学以及声音和振动,这些领域与众多行业相关。毕业生将不仅在机械工程领域,而且在其他工程领域的工业,咨询和研究领域中找到广泛的工作机会。
欲了解更多信息,请访问研究所网站。
招生
奖学金和资助
KTH为硕士学习提供四种不同的奖学金机会。 KTH奖学金涵盖一年或两年硕士课程的学费。 KTH一年期奖学金针对目前KTH硕士课程的学生,涵盖第二年的学费。 KTH联合项目奖学金针对某些联合项目的学生,涵盖在KTH学习期间的学费。 KTH印度奖学金专门针对来自印度的学生。
- KTH奖学金
- KTH一年期奖学金
- KTH联合项目奖学金
- KTH印度奖学金
瑞典学院
瑞典学院 (SI) 为来自目标国家来到瑞典的学生提供多种奖学金。
KTH相关奖学金组织
KTH与以下组织合作,为未来的KTH学生提供奖学金机会。
- COLFUTURO(Programa Crédito Beca)针对来自哥伦比亚的学生
- 面向印度尼西亚学生的 LPDP(印度尼西亚教育捐赠基金)
- FUNED 为来自墨西哥的学生
奖学金门户网站
IEFA数据库
IEFA 数据库提供全面的奖学金搜索、助学金列表和国际学生贷款计划。
学习门户
Studyportals 奖学金数据库列出了全球 1,000 多个为申请在欧盟学习的学生提供的奖学金和助学金。
学者4dev
发展奖学金是向发展中国家学生开放的奖学金数据库。
我们造学者
WeMakeScholars 帮助印度学生从银行和非银行金融机构获得教育贷款。他们还列出了来自不同信托、基金会和政府的 26,000 多项国际奖学金。身体。
美国学生贷款的延期
KTH是美国教育部认可的机构,拥有 Title IV“仅限延期”状态(OPE ID 03274300)。美国学生在就读KTH硕士课程期间可以推迟现有联邦学生贷款账户的付款。 “仅延期”状态不允许学生申请联邦学生贷款在KTH就读。然而,该认证为美国学生提供了助学金和贷款机会,因为美国许多私人学生贷款机构都将此指定作为发放新贷款的要求。希望推迟付款的学生必须联系他们在美国的贷款机构。
提供奖学金。请检查学院的网站以获取更多信息。
课程学费
画廊
工作机会
工程力学硕士课程的毕业生精通流体力学、固体力学和声音与振动等与众多行业相关的领域。因此,您将在行业内的研发、咨询和研究中找到广泛的工作机会,不仅在机械工程领域,而且在其他工程领域。
通常,毕业生在 ABB、空客、阿法拉伐、COMSOL、山特维克、斯堪尼亚、利乐、AFRY 和沃尔沃等公司担任设计工程师、测试工程师、计算工程师、研究人员、顾问和专家。此外,许多毕业生还在KTH或其他国际知名大学攻读博士学位。
毕业之后
设计工程师、研究工程师、计算工程师、研究员、软件开发人员、CFD工程师、开发工程师、研发项目负责人、声学顾问。