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丹麦技术大学 · 可持续能源技术硕士 硕士

Technical University of Denmark|Sustainable Energy Technologies。 下面的学制、学费、入学时间、语言要求与课程设置均来自该校该项目本身,不与其他学校同一名称的项目共用。
QS 2027 · 第 105 位
学位 硕士 · 92 门课程

📖 项目简介

DTU is at the cutting edge of research in sustainable energy in Europe. With a Master's degree in Sustainable Energy Technologies you will acquire extensive expertise in various energy technologies with focus on sustainability.

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The MSc Eng programme in Sustainable Energy Technologies provides you with qualifications in the development of new solutions for accelerating the transition to a sustainable future.

Study programme focus

Each study line specializes in specific aspects of energy technologies, from bio-fuels and energy conversion and storage to wind, solar and nuclear energy.

The programme also allows you to specialize in the integration of multiple energy solutions as well as providing concepts for integrating these new technologies in the existing energy system. In the coming decades, global energy systems and new energy technologies will undergo major changes, and their sustainability will prove to be of the utmost importance - environmentally, economically, and socially.

During the course of study, you will acquire extensive expertise in various energy technologies with focus on sustainability.

The MSc is a two-year graduate programme with a workload of 120 ECTS credit points.

以上为丹麦技术大学该项目官网项目页原文(英文),本站未做改写或补写。

📋 项目参数

可持续能源技术硕士

Sustainable Energy Technologies
硕士
语言要求英语(要求 B-level, IELTS, TOEFL, CAE)
📚 课程设置(92 门,理工基础课 7 / 专业课程 4 / 专业核心课 78 / 核心能力课 3)
理工基础课7 门
  • 12100Quantitative methods to assess sustainability (Polytechnical Foundation)
  • 12106Quantitative methods to assess sustainability (Polytechnical Foundation)
  • 12105Quantitative methods to assess sustainability (Polytechnical Foundation)
  • 12101Quantitative methods to assess sustainability (Polytechnical Foundation)
  • 38400Innovation in Engineering (Polytechnical Foundation)
  • 38404Innovation in Engineering (Polytechnical Foundation)
  • 38402Innovation in Engineering (Polytechnical Foundation)
专业课程4 门
  • 38401Facilitating Innovation in Multidisciplinary Teams
  • 38405Facilitating Innovation in Multidisciplinary Teams
  • 38403Facilitating Innovation in Multidisciplinary Teams
  • 41636Design for Circular Economy
专业核心课78 门
  • 28485Biobusiness and Process Innovation
  • 34541Entrepreneurship in photonics and communications
  • 38102Technology Entrepreneurship
  • 10304Experimental Surface Physics
  • 10333Physics of Sustainable Energy
  • 10339Concepts in heterogeneous catalysis and applications to energy conversion
  • 10411Nuclear reactor physics
  • 10414Neutronics Monte-Carlo simulation of nuclear reactors
  • 10415Nuclear Reactor Technology
  • 10850Micro- and nanofabrication for quantum engineering
  • 10871Advanced design and simulation of solar cells
  • 12150Radioactivity in the environment
  • 22530Computational radiation dosimetry
  • 22531Ionizing radiation protection and safety
  • 26510Catalysis and Sustainable Chemistry
  • 28233Recovery and purification of biological products
  • 28242Chemical Kinetics and Catalysis
  • 28244Combustion and High Temperature Processes
  • 28271Thermal gasification, pyrolysis and sustainability
  • 28311Chemical and Biochemical Product Design
  • 28345Implementation of industrial bioprocesses
  • 28350Process Design: Principles and Methods
  • 28420Separation Processes
  • 28871Production of Biofuels
  • 28872Biorefinery
  • 34540Light emitting diodes and photovoltaics for energy applications
  • 34552Photovoltaic systems
  • 34553Applied photovoltaics
  • 34554Design of Ground Mounted Photovoltaic Power Plants
  • 34555Thin Films for Energy and Electronics by Solution Processing
  • 34556Solar Cells: From Fundamentals to Device Engineering
  • 34748Modelling for operation of complex industrial plants
  • 41317Computational Fluid Dynamics
  • 41320Advanced fluid mechanics
  • 41343Fuels and emissions from current and future transportation
  • 41346Internal combustion engines - experimental methods and data processing
  • 41416Energy systems - analysis, design and optimization
  • 41417Digitalization of Thermal Energy Technologies – Modelling and Simulation Methods
  • 41418Green fuels and power-to-x
  • 41419Advanced Industrial Thermal energy Storage
  • 41420Refrigeration and Heat Pump Technology
  • 41461Building Integrated Photovoltaics
  • 41464Solar Heating Systems
  • 41468Sustainable District Heating
  • 41469Solar resource assessment and forecasting
  • 46100Introduction to Micrometeorology for Wind Energy
  • 46120Scientific Programming for Wind Energy
  • 46200Planning and Development of Wind Farms
  • 46211Offshore Wind Energy
  • 46215Socio-technical dimensions of Renewable Energy
  • 46230Power system balancing with large scale wind power
  • 46300Wind Turbine Technology and Aerodynamics
  • 46310Wind Turbine Aeroelasticity
  • 46320Loads, Aerodynamics and Control of Wind Turbines
  • 46400Wind Turbine Measurement Technique
  • 46500Probabilistic Methods in Wind Energy
  • 46550Offshore wind grid connection and high-voltage DC (HVDC) transmission
  • 46600Aeroacoustics
  • 46700Introduction to Electric Power Systems
  • 46725Electrical machines
  • 46735Wind, solar and energy storage electrical drive trains
  • 46740Distributed energy technologies, modelling and control
  • 46745Integration of wind power in the power system
  • 46755Renewables in electricity markets
  • 47301Hydrogen energy and fuel cells
  • 47302Experimental Course in Hydrogen Energy Technologies: Fuel Cells and Electrolyzers
  • 47305Electrochemistry
  • 47310Battery materials and chemistries: from fundamental mechanisms to battery cells
  • 47317Exergy analysis
  • 47319Functional materials
  • 47330Energy storage and conversion
  • 47332AI-orchestrated self-driving labs
  • 47333Electron microscopy for materials science
  • 47335Atomic-scale modelling of energy materials (online)
  • 47336Applications of X-ray and neutron scattering in biology, chemistry, and physics
  • 47338Organic energy materials
  • 47341AI4Materials: Artificial Intelligence for Accelerated Materials Design and Discovery
  • 47342Molten salt chemistry and technologies
核心能力课3 门
  • 28870Energy and Sustainability
  • 42015Energy Economics
  • 46205Feasibility studies of energy projects

🎯 入学要求

官网给出的录取条件原文,含学校统一要求与该项目的附加要求;语言成绩的具体分数线请到项目官网核对。

National Applicants (holding a Bachelor from Denmark)

The following Bachelor programme from DTU gives students the legal right of admission to the MSc Eng programme in Sustainable Energy Technologies.

  • General Engineering (Future Energy)
  • Design of Sustainable Energy Systems
  • Technology (digital)

The following Bachelor of Science in Engineering programmes from DTU give students access to admission to MSc Eng programme in Sustainable Energy Technologies:

  • Engineering Physics
  • General Engineering
  • Chemistry and Technology
  • Earth and Space Physics and Engineering
  • Electrical Engineering
  • Biotechnology
  • Applied Mathematics (former Mathematics and Technology)
  • Mechanical Engineering

Other applicants must have completed the following DTU courses or similar to apply for admission to the MSc Eng programme in Sustainable Energy Technologies

📊 申请案例数据分析

本站尚未收录丹麦技术大学的录取案例,暂无法给出该项目的录取背景分析。案例库按院校与专业方向整理,补抓后这里会自动出现。

🔗 站内归类方向

该项目已归属站内方向「能源工程」,可到该校该方向的筛选视图看同方向的其他项目与录取案例

❓ 常见问题

以下问答的答案全部取自本页已列出的官网数据,不做推测;官网未公布的项不出现在这里。
丹麦技术大学可持续能源技术硕士主要学什么?
该项目为硕士,官网介绍:DTU is at the cutting edge of research in sustainable energy in Europe. With a Master's degree in Sustainable Energy Technologies you will acquire extensive expertise in various energy technologies wi…
丹麦技术大学可持续能源技术硕士的语言成绩要求是什么?
英语(要求 B-level, IELTS, TOEFL, CAE)。
丹麦技术大学可持续能源技术硕士的入学要求是什么?
National Applicants (holding a Bachelor from Denmark) The following Bachelor programme from DTU gives students the legal right of admission to the MSc Eng programme in Sustainable Energy Technologies.
丹麦技术大学可持续能源技术硕士一共开设多少门课程?
课程设置共 92 门。
学制 / 学费 / 语言要求 / 申请节奏为按国家(地区)通行区间整理的参考值,各校每年均可能调整,最终以院校官网公布为准;本站不提供中介服务。 排名数据:QS 名次来自 QS 官方榜单整理,U.S. News 名次整理自 Ranking Radar 公开数据集(CC-BY-4.0),原始榜单 © U.S. News & World Report。
可持续能源技术硕士
丹麦技术大学