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铁路系统整合专业申请顾问

铁路系统整合专业简介

Towards the end of the 20th century it became apparent that the ever-increasing demand for the transport of people and goods could not be satisfied by the current transport offer, without creating significant environmental impact through noise, atmospheric pollution and land take. Railways were rediscovered as a potentially sustainable solution for many traffic flows, particularly where volumes are high, while also offering benefits in terms of speed, safety and reductions in congestion. This programme is designed to provide the knowledge, knowhow and skills required to design and manage successfully the highly specialised subsystems and complex interfaces that characterise existing and new railways. The programme has a strong focus on developing your railway engineering knowledge, system integration skills and your ability to work in focused project teams. Many participants are experienced railway engineers and managers, sponsored by their employers, but the programme also allows new entrants to the railway industry to familiarise themselves with the specialist disciplines involved in railway systems engineering, while also gaining an insight into the complex interactions between subsystems. The taught part of the programme in RSEI is built around 8 assessed modules of 10 credits each, 2 research modules attracting 20 credits each and four supplementary modules that are not formally assessed, the same for Diploma and MSc candidates. MSc students also undertake an integrating project that leads to a dissertation, attracting 60 credits, all at Masters level. The modules are assessed individually to allow flexible study, including full-time and part-time attendance by both European and overseas-based students. Technology oriented modules cover the principles of rolling stock design, railway traction systems, infrastructure and track systems, railway control systems, as well as systems engineering principles. Management focused modules complement the range of subjects taught in the technology-oriented modules and include the strategic management of railway operations, railway technology strategy and economics, as well as ergonomics and human factors. Modules include lectures, tutorials, team exercises and industrial visits. The programme also features a European study tour.

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铁路系统整合核心课程

道路设计公路设计交通工程公共交通规划与管理交通运输地理学交通运输管理道路运输安全运输概论运输研究

铁路系统整合大学前学术准备

　　对于想申请该专业方向的同学来说，数学和物理学的基础非常重要，对动手能力的要求也较高。如果要申请该专业的研究生专业，需要有较强的工程类基础，特别是高等数学和计算机信息系统、通信系统要求比较高。

铁路系统整合研究与升学方向

　　本专业领域和计算、数学建模有一些交叉专业如：智能交通可以选择。此外，在土木工程专业下有交通工程、道路工程等专业也适合这个专业的毕业生申请。此外，毕业生还可以考虑物流/供应链管理方向的商科专业和一些公共管理类专业。

铁路系统整合常见职业

轨道交通工程师

铁路系统整合近似专业

公路与运输工程运输管理交通技术交通管理工程运输研究铁路系统整合交通规划

开设铁路系统整合专业本科课程的院校

开设铁路系统整合专业硕士课程的院校

开设铁路系统整合专业博士课程的院校