87 工程课程 理学硕士 Degree Programs in 瑞典

Students in this programme will conduct individual industrial design projects, participate in workshops and contribute to the creation of knowledge within the field of design. By organising exhibitions, seminars and workshops, you will communicate your work and participate in the public debate. Students will become authorities in their chosen subject and the programme encourages the in-depth debate and deliberation of the discipline. Upon completion of the programme, students will be well-prepared to continue these discussions as designers, entrepreneurs, design coordinators, managers or researchers. Alumni have gone on to successful careers at companies such as Google, IKEA, Sony, Tetra Pak, Husqvarna, Electrolux, H&M, as well as to PhD studies.

This programme is arranged in cooperation by three leading European research universities: Ghent University, Lund University and the University of Edinburgh. Together we educate students in this multidisciplinary field including subjects such as fire safety of buildings, the thermo-chemical processes associated with fire growth, human behaviour and the representation of the many uncertainties thorough fire risk assessment. Through 15 industrial partners as official sponsors and EU support, students can apply for full or partial scholarships. Graduates are qualified for various fire-related jobs such as designing fire protection for a space station, protecting museum treasures, or ensuring occupants' safety in high-rise buildings.

Access to clean water is the cornerstone for enhancing people’s quality of life, increasing food supply and reducing child mortality rates. It is crucial to develop technologies that can tackle water security challenges and meet increasing demand. By applying integrated water resources management, surface water and groundwater can be used to cover this demand in a sustainable and eco-friendly way. Students learn to meet challenges like wastewater treatment, stormwater management, coastal hydraulics and hydrological processes modelling. This programme covers vital aspects of water resources engineering and graduates are sought after as hydrologists, process engineers, hydrogeologists, and water resource managers.

这个为期两年的资源工程硕士课程在欧洲是独一无二的，为学生提供地质资源工程、地质冶金、初级矿产资源加工和金属回收二次资源加工方面的前沿知识。

材料科学本质上是多学科的，并且经常依赖于理论建模和实验表征。隆德拥有世界上最好的两个用于材料科学研究的大型设施：世界上第一个第四代同步加速器辐射源，MAX IV实验室（于2016年开始运行）和欧洲散裂源（ESS）用于中子研究。目前正在建设中（将于2023年开放）。物理，材料科学硕士学位课程中的教育与这两个基础设施的研究紧密相关。您将学习如何通过光谱，衍射和显微镜研究材料的重要特性。硕士课程是灵活的和跨学科的，并且可以将理论或计算研究与实验方法相结合。

有效的运营和维护流程对于可持续发展的未来非常重要。该硕士课程旨在满足工业和学术需求，以便您可以在技术和竞争激烈的行业或学术界从事职业。维护的目标是通过应用识别和预防问题来保持所有系统正常运行。

您对岩土和采矿工程感兴趣吗？您是否想拥有对我们未来社会的发展至关重要的工程工具？然后，这个为期两年的土木工程大学课程（采矿和岩土工程专业）将适合您！

可持续性——如何实现和维持可持续性——取决于几个复杂因素，其中可持续化学是关键。 可持续化学是一个广泛的领域，可以解决和解决重要的环境和气候变化相关问题。

正在考虑气候变化、天气预报或环境挑战方面的研究和职业？ 我们的理学硕士课程允许你定制自己的研究，运用你在数学、物理和化学方面的知识来了解大气和海洋。 通过这个跨学科项目，你将广泛了解物理和化学过程如何影响地球的气候，以及我们如何解释人类活动与气候变化之间的关系。

使世界上成长中的城市健康，有吸引力和可持续发展是一个巨大的挑战。该计划借鉴最佳实践和对城市形态，城市质量和可持续性的深入研究，培养出能够应对可持续城市设计挑战的高技能专业人士，他们是富有创造力，洞察力和知识技能的成功人士。在全球就业市场上，毕业生很受追捧，他们在建筑师事务所或政府组织中找到职位。其他人选择继续攻读博士学位。我们的学生有机会建立一个强大的初始网络，以帮助启动和发展自己的职业。

由于对全球变暖的关注，对使用碳中和能源的推动，与化石燃料源相关的地缘政治问题以及对电力的需求增加，能源行业的格局在全世界范围内发生了巨大变化。许多国家都制定了严格的能源行业排放法规和无化石燃料未来的新路线图。在全球范围内，公司，大学和研究机构都在探索新技术并改进现有技术，以满足新的要求和法规。该主计划的独特贡献是可以专门研究可持续交通运输以及使用计算流体力学（CFD）来设计/改进能量转换过程。