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瑞典皇家理工学院 · 核能硕士(联合项目) 硕士

KTH Royal Institute of Technology|Nuclear Energy (Joint InnoEnergy)。 下面的项目简介、项目特色、入学要求与申请截止均取自该校该项目官网页面;该项目官网未公布学制、学费等结构化参数,缺的项就留空,不拿本校均值顶上。
QS 2027 · 第 82 位
学位 硕士
瑞典皇家理工学院「核能硕士(联合项目)」为硕士项目。官网给出的学历与先修要求见下方对应板块(原文为准)。本站另收录 2 条该校该方向的真实录取案例,可用来判断背景匹配度。下面按「项目参数 → 申请要求 → 官网原文 → 录取案例」排列,先看能横向对比的中文参数,再看官网原文细节。

📋 项目参数

核能硕士(联合项目)

Nuclear Energy (Joint InnoEnergy)
硕士
该项目暂未收录学制、学费等结构化参数,可参考项目官网。

🎯 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。

Entry requirements for master's studies

To be eligible for a master's programme at KTH you must meet the admission requirements of your chosen programmes and submit the required documents in your application. The same process applies to students with a bachelor's degree from a Swedish university.

Admission requirements

Bachelor's degree

Academic qualifications from an internationally recognised university equivalent to a Swedish bachelor's degree.

You can meet the requirement if you are in the final year of your bachelor's studies. Students at universities abroad must submit documents according to the instructions from University Admissions . Students at Swedish universities must have completed 150 credits in their programme by 1 February per the instructions from KTH .

English proficiency

English proficiency equivalent to the Swedish upper secondary course English 6/English Level 2.

You can meet the requirement with an English test, for example an overall IELTS score of 6.5 or a TOEFL score of 4.5. Depending on your country of previous studies you could also meet the requirement through completed upper secondary or university studies. Visit University Admissions to see all recognised English tests and what applies to your country of previous studies.

Specific requirements for each master's programme

You can find the specific requirements required for each programme through the links below.

Architecture and the Built Environment

  • Architectural Lighting Design (One year)
  • Architecture
  • Civil and Architectural Engineering
  • Environmental Engineering and Sustainable Infrastructure
  • Real Estate and Construction Management
  • Sustainable Technology
  • Sustainable Urban Planning and Design
  • Transport and Geoinformation Technology

Electrical Engineering and Computer Science

  • Advanced Energy Systems and AI (Joint)
  • Computer Science
  • Cybersecurity
  • Cybersecurity and Assurance (Joint)
  • Electric Power Engineering
  • Electromagnetics, Fusion and Space Engineering
  • Embedded Systems
  • ICT Innovation
  • ICT Innovation (Joint)
  • Information and Communication Engineering
  • Interactive Media Technology
  • Machine Learning
  • Nanotechnology
  • Nuclear Energy (Joint)
  • Renewable Energy (Joint)
  • Scalable Computing Systems
  • Smart Electrical Networks and Systems (Joint)
  • Sustainable Digitalisation
  • Systems, Control and Robotics

Engineering Sciences

  • Aerospace Engineering
  • Applied and Computational Mathematics
  • Biostatistics and Data Science
  • Computer Simulations for Science and Engineering (Joint)
  • Engineering Mechanics
  • Engineering Physics
  • Mathematics (Joint)
  • Naval Architecture
  • Nuclear Energy Engineering
  • Railway Engineering
  • Vehicle Engineering

Engineering Sciences in Chemistry, Biotechnology and Health

  • Chemical Engineering for Energy and Environment
  • Data-driven Health
  • Industrial and Environmental Biotechnology
  • Macromolecular Materials
  • Medical Biotechnology
  • Medical Engineering
  • Molecular Biotechnology and Bioinformatics
  • Molecular Science and Engineering
  • Molecular Techniques in Life Science (Joint)
  • Sports Technology
  • Technology, Work and Health

Industrial Engineering and Management

  • Decentralized Smart Energy Systems (Joint Erasmus+)
  • Engineering Materials Science
  • Environomical Pathways for Sustainable Energy Systems (Joint EIT)
  • Industrial Management
  • Integrated Product Design
  • Machine Design
  • Mechatronics
  • Production Engineering and Management
  • Sustainable Energy Engineering
  • Sustainable Production Development
  • Technology-based Entrepreneurship

Application documents

Your application is not complete without the required documents. Some documents are required for all programmes, while some are programme specific. You will find the documents required by each programme through the links below.

Selection criteria and process

All applicants who meet the requirements will have their merits rated on a scale of 1 to 75. The merit rating is done individually by each programme according to their set selection criteria. Usually, they will assess your previous education (including grades, quality of education, suitability for the programme and English proficiency) and motivation. The applicants with the highest merit ratings are admitted. You will find the selection criteria for each programme through the links below.

Acceptance rate

The average acceptance rate in the 2026 admission to our master's programmes was 31 %. The acceptance rate is based on the number of admitted students in relation to the number of applicants who met the admission requirements for a specific programme. The acceptance rates vary widely between the programmes and change every year depending on the number of qualified applicants and places in each programme.

Recognition of prior learning

Suppose you entirely or partially lack a formal requirement for a course or programme, but you believe you have the necessary knowledge to meet the requirement. In that case, you can apply for recognition of prior learning .

Find your programme

  • List of all MSc programmes
  • Browse MSc programmes by subject

📖 项目简介

Delivered through InnoEnergy Masters+, this two-year, full-time programme comprises 120 ECTS credits and is taught in English. Students study at two universities in different European countries and, on successful completion, receive a master’s degree from each.

KTH Royal Institute of Technology normally hosts the first year, with studies in reactor technology, thermal-hydraulics, nuclear safety and fuels. Students then continue to a partner university in France, selecting a specialisation aligned with their interests, such as reactor engineering, plant design, operations, materials or the fuel cycle.

The programme culminates in a thesis undertaken with an industrial or research partner. Innovation and entrepreneurship education at Esade Business School complements technical study, helping students understand how engineering decisions connect with project development and the wider nuclear sector.

InnoEnergy Masters+

This programme is coordinated by InnoEnergy and you apply directly to them. Complete information about the programme, tuition fees and application is provided by InnoEnergy.

  • Explore the programme, study routes and application requirements on InnoEnergy Masters+
以上为瑞典皇家理工学院该项目官网项目页原文(英文),本站未做改写或补写。

📊 申请案例数据分析(2 条)

下表统计的是瑞典皇家理工学院全部 2 条录取案例,只反映该校整体录取水位,不代表这一个项目的要求。样本低于 8 条的维度不出图表 —— 拿 3 条案例画一张「趋势图」是假的。
本科层次海外本科 50% · 985院校 50%
中位数按同制式分别统计(不同 GPA 制式不可合并),样本少于 5 条时只报数量不报中位
华中科技大学 · 电气工程及其自动
985院校GPA 86.03/100雅思 7 · 六级 591
拉彭兰塔-拉赫蒂理工大学 · Electrical Engineering and Automation
海外本科GPA 4.75/5.0

🔗 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
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。
核能硕士(联合项目)
瑞典皇家理工学院