关于西里西亚技术大学2026年实习冬令营报名的通知-西里西亚2024

关于西里西亚技术大学2026年实习冬令营报名的通知

2025-12-01 14:59

院属2022-2024级全体同学：

为提高西里西亚智能科学与工程学院国际化人才培养质量，提升学生全球胜任力，学院拟选派2022-2024级20名本科生赴波兰西里西亚技术大学参加2026年实习冬令营项目。现将有关事项通知如下：

一、报名条件：

1．具有燕山大学西里西亚智能科学与工程学院学籍的全日制本科生；

2．热爱祖国，拥护党的领导，思想品德优良，遵纪守法，在校期间无任何违纪处分记录；

3. 学习成绩优良，能顺利完成项目学习任务；

4. 具备良好的英语听说读写能力，能全英文参与学术交流与项目实践；

5．满足《燕山大学西里西亚智能科学与工程学院学生学生出国（境）学习交流资助管理办法》（附件1）中规定的获得资助的基本条件。

二、选拔标准：

学院将对符合报名条件的申请人针对综合测评、英语水平进行量化综合评价，具体占比及计算方法如下：

1.综合测评（占比60%）

考察学生在校期间的学业成绩及日常表现，由辅导员提供学生申请前N个完整学期的综合测评成绩之和W，综合测评分Z四舍五入保留两位小数。

Z=W/N

2.英语水平（占比40%）

考察实际语言应用能力，根据申请人所提供的最高英语成绩证明（CET-4/6、托福、雅思），按下方表格标准进行量化评分E。

英语成绩

（外语水平符合以下每档条件之一即可获得相应的英语水平分C）

英语水平分E

雅思6.0及以上；

托福75分及以上；

CET-4成绩550及以上；

CET-6成绩500及以上

雅思5.5；

托福60-74分；

CET-4成绩500 - 549；

CET-6成绩及格-499

申请人最终总成绩 = Z × 60% + E × 40%

如出现申请人同分情况，评审小组将按照申请前一类竞赛获奖、全球胜任力学分、专利申请及论文发表顺序择优确定最终名单，申请人需提供相关获奖证书或证明材料作为依据。

三、选拔流程

1.请符合条件的申请人自行填写《燕山大学西里西亚智能科学与工程学院出国（境）交流项目申请表》（附件2），将申请表（辅导员签字并盖章）、英语水平证明复印件、竞赛获奖证书复印件、全球胜任力学分证明、专利申请材料（受理书、授权书、证书等）及论文发表材料（期刊首页及论文原文复印件）复印件等所有要求的纸质版材料，于12月4日17:30前提交至学院办公室202A，电子版发送至guotong@ysu.edu.cn。

2.资格审核

学院办公室将对申请材料的完整性、真实性及学生基本报名资格进行审核。

3.学院评审小组根据选拔标准，对通过资格审核的申请人进行量化评分,计算总成绩，根据总成绩从高到低进行排序，结合项目名额，确定拟资助推荐人选初选名单。

4.名单公示

初选名单将在学院官网进行3个工作日的公示，广泛征求意见。

5.上报与派出

公示无异议后，学院将最终名单上报学校备案，交流学生派出前需与学院签署《燕山大学西里西亚智能科学与工程学院出国（境）交流学习协议》、《燕山大学西里西亚智能科学与工程学院学生出国（境）家长承诺书》、《燕山大学西里西亚智能科学与工程学院学生出国（境）行前告知书》等文件。

四、资助政策

根据《燕山大学西里西亚智能科学与工程学院学生学生出国（境）学习交流资助管理办法》，资助范围包括学生参加本次冬令营项目的一次往返经济舱国际旅费、项目费、保险费及签证费，学生先行垫付以上参加项目的实际费用，完成项目回国后，提交结业证书、完成成果汇报后由学院以奖/助学金形式发放资助。

五、项目详情

（一）项目日程

No.	Date	Activities
1	January 8-9	Silesia University of Technology 2026 Internship Winter Camp 1) Project briefing 2) Pre-departure education meeting 西里西亚技术大学2026年实习冬令营 1）项目说明会 2）行前教育会
2	February 1	Arrive in Katowice/Krakow/Warsaw Settle down in the dorm of SUT
3	February 2	Welcome to Silesia: Orientation & First Impressions 欢迎来到西里西亚：迎新 10:00 – 11:00 Official Welcome Ceremony Hosted by the Dean of the Faculty A formal opening of the visit, including welcome speeches from Faculty leadership, an overview of the visit’s purpose, and a group photo opportunity. 官方欢迎仪式由机械工程学院院长主持。正式拉开访问活动的帷幕，包括学院领导的欢迎致辞、对访问目的的介绍以及合影机会。 11:00 – 12:00 Introduction to Campus Life and Educational Philosophy Overview of the Faculty of Mechanical Engineering and Energy: its mission, teaching methods, research areas, and the unique student experience it offers. 校园生活与教育理念介绍介绍机械工程与能源学院的使命、教学方法、研究领域以及其独特的学生体验。 12:00 – 13:00 Presentation: “Poland, Silesia & the Silesian University of Technology” An engaging introduction to the country, region, and university. This session will cover Polish culture, the Silesian region’s heritage, and the university’s structure, academic programs, international partnerships, student support, and accommodation. 演讲：“波兰、西里西亚与西里西亚技术大学” 一场生动的介绍，涵盖波兰文化、西里西亚地区的遗产以及大学的结构、学术项目、国际合作伙伴关系、学生支持和住宿情况。
4	February 3	09:00 – 09:30 Morning Briefing: Introduction to the Day 上午简报：当天介绍 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Laboratory Workshop: Introduction to Mobile Robotics. 实验室工作坊：移动机器人入门 The winter course “Introduction to Mobile Robotics” organised at the Centre for New Technologies of the Silesian University of Technology is a unique offer for all those who want to gain a practical and theoretical grounding in one of the most rapidly developing fields of engineering. The course is aimed at students, graduates and enthusiasts of new technologies who want to learn the secrets of designing, prototyping and programming mobile robots. The scope of the course covers several key areas: • Fundamentals of building algorithms and control software: The course will introduce participants to the world of mobile robot programming in C++. Participants will learn how to create simple control algorithms, how to implement basic motion functions and how to integrate the software into the actual robot platform. The course combines theory and practice. Participants will not only gain knowledge of design and programming, but will also have the opportunity to verify their skills while working on their own mobile robot. Working in small teams will enable the exchange of experience, the development of engineering competences and creative solutions to technical problems. Classes will be conducted in modern laboratories equipped with professional teaching stations and equipment enabling the full project cycle to be realised - from conception, through design, to making and testing the robot. 西里西亚技术大学新科技中心组织的“移动机器人入门”冬季课程，是为那些想在工程领域中发展最快的领域之一获得实践和理论基础的人员提供的独特选择。该课程面向学生、毕业生以及新技术爱好者，旨在教授设计、制作原型和编程移动机器人的秘诀。课程涵盖以下几个关键领域： • 构建算法和控制软件的基础知识：课程将引导参与者进入移动机器人编程的C++世界。参与者将学习如何创建简单的控制算法、实现基本的运动功能以及如何将软件整合到实际的机器人平台中。该课程结合了理论与实践。参与者不仅能够获得设计和编程的知识，还将有机会通过在自己的移动机器人上实践来验证他们的技能。小组合作将促进经验交流、工程能力的发展以及创造性地解决技术问题。课程将在配备专业教学站和设备的现代化实验室中进行，这些设备能够实现从构思到设计、再到制作和测试机器人的完整项目周期。
5	February 4	09:00 – 09:30 Morning Briefing: Introduction to the Day 上午简报：当天介绍 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Laboratory Workshop: Materials of the future. 实验室工作坊：未来的材料 In this session, students will evaluate Additive Manufacturing Technologies and Computer-Aided Design-Solidworks: Participants will learn the basics of designing 3D mechanical models, which are essential for creating robot parts and assemblies. They will learn how to use Solidworks tools to prepare technical documentation and how to optimise the design for subsequent manufacturing. Rapid prototyping methods: In a hands-on class, participants will learn how to use 3D printing and other rapid prototyping techniques to realise their own designs. They will learn about the process of preparing models for printing, the principles of material selection and the basics of operating 3D printers, which will allow them to produce the structural components of a robot on their own. 在本次课程中，学生将评估增材制造技术以及计算机辅助设计——Solidworks：参与者将学习设计三维机械模型的基础知识，这对于创建机器人部件和组件至关重要。他们将学习如何使用Solidworks工具准备技术文档以及如何优化设计以便后续制造。快速原型制作方法：在实践课程中，参与者将学习如何使用3D打印和其他快速原型制作技术来实现自己的设计。他们将了解为打印准备模型的过程、材料选择的原则以及3D打印机的基本操作，这将使他们能够自己生产机器人的结构部件。
6	February 5	09:00 – 09:30 Morning Briefing: Introduction to the Day 上午简报：当天介绍 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Laboratory Workshop: Applied Simulation Modelling of Production and Logistics Processes Using FlexSim. 实验室工作坊：使用FlexSim对生产和物流过程进行应用模拟建模 General Overview of FlexSim: User Interface and Navigation FlexSim Libraries: Standard Library Objects, Fixed Resources, Flow Items, Port Connection Types Built-in Logic of 3D Objects: Object and Model Parameters, Definitions, Values, Statistical Distributions, States Events and Triggers, Adding Logic to Events Task Executors, Task Orders, Dispatcher Travel Networks, Network Nodes, Types of Paths, Network Assignment Conveyors, Straight and Curved Conveyors, Join Conveyors, Decision Point Step-by-Step Modelling, Visualization, and Analysis of Simulation Results - Overview of Dashboards and Charts, 3D Object Statistics. • FlexSim概览：用户界面和导航 • FlexSim库：标准库对象、固定资源、流动项目、端口连接类型 • 三维对象的内置逻辑：对象和模型参数、定义、值、统计分布、状态 • 事件和触发器，为事件添加逻辑 • 任务执行器、任务订单、调度员• 行程网络、网络节点、路径类型、网络分配 • 传送带、直线传送带、曲线传送带、连接传送带、决策点 • 逐步建模、模拟结果的可视化和分析——仪表板和图表概览、三维对象统计
7	February 6	09:00 – 09:30 Morning Briefing: Introduction to the Day 上午简报：当天介绍 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Laboratory Workshop: Industry 4.0. and new technologies with circle economy and green environment. 实验室工作坊：工业4.0与循环经济和绿色环境中的新技术 During the classes, students learn about modern technologies used in industry. Technologies of Industry 4.0, like: cybersecurity, Internet of Things, Cloud Computing, Printing 3D, Simulation on production lines, Virtual Technology etc. In addition, they will learn about new standards and procedures for the green economy, especially ESG requirements. Soft skills and new competences of Engineer 4.0.. Courses will take place in a modern laboratory prepared by an external company in the Centre of New Technologies. 在课程期间，学生们将学习工业中使用的现代技术。工业4.0技术，如：网络安全、物联网、云计算、3D打印、生产线模拟、虚拟技术等。此外，他们还将学习绿色经济的新标准和程序，特别是ESG要求。工程师4.0所需的软技能和新能力。课程将在新科技中心由外部公司准备的现代化实验室中进行。
8	February 7-8	Weekend-free time 周末：自主选择文化交流活动，境外老师可给予出行建议及必要的技术支持。
9	February 9	09:00 – 09:30 Morning Briefing: Introduction to the Day 上午简报：当天介绍 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Laboratory Workshop: Methods of shaping polymer and metal materials. 实验室工作坊：聚合物和金属材料的成型方法 The aim of the course is to provide students with knowledge and skills in the field of polymer materials engineering and plastic processing technology of metals and their alloys. The scope of the course includes: Division of engineering materials, Definition and division of polymer materials, Modification of properties of polymer materials Fundamentals of designing composite polymer materials. Polymer materials processing technologies – extrusion, injection, rotomoulding, vacuum forming, casting, laminating technologies. Selected surface modification and joining technologies Fundamentals of shaping metal materials using plastic processing technologies. Plastic processing technologies – rolling, forging, stamping, bending, drawing. 本课程旨在为学生提供聚合物材料工程和金属及其合金的塑料加工技术方面的知识和技能。课程范围包括： • 工程材料的分类， • 聚合物材料的定义和分类， • 聚合物材料性能的改性 • 设计复合聚合物材料的基础知识。 • 聚合物材料加工技术——挤出、注塑、旋转成型、真空成型、铸造、层压技术。 • 选定的表面改性和连接技术 • 使用塑料加工技术成型金属材料的基础知识。 • 塑料加工技术——轧制、锻造、冲压、弯曲、拉伸。
10	February 10	09:00 – 09:30 Morning Briefing: Introduction to the Day 上午简报：当天介绍 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Laboratory Workshop: Advanced surface engineering. 实验室工作坊：先进表面工程 The aim of the course is to develop concepts, learning patterns and systematizing knowledge of laser surface treatment, vocational skills to find appropriate technological solutions, teaching ways of solving research problems and thinking in terms of technical through laboratory exercises, training the students' ability to apply theoretical knowledge in practice. During the course, there will be lectures about physical fundamentals of generation of laser radiation, construction and operation of the laser. The technology of forming the structure and surface properties of engineering materials using laser radiation. General classification of coating technology and welding methods. The surface layers formed using laser technology. Surface engineering technologies for formation the structure and properties of the surface layers of machine parts. 本课程旨在发展概念、学习模式和系统化激光表面处理的知识，培养找到合适技术解决方案的职业技能，教授解决研究问题的方法以及通过实验室练习进行技术思维，培养学生将理论知识应用于实践的能力。在课程期间，将有关于激光辐射产生的物理基础、激光的构造和操作的讲座。使用激光辐射形成工程材料的结构和表面性能的技术。涂层技术和焊接方法的一般分类。使用激光技术形成的表面层。用于形成机器零件表面层的结构和性能的表面工程技术。
11	February 11	09:00 – 09:30 Morning Briefing: Introduction to the Day 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Factory Visit JTStal Serwis – laser cutting technology 工厂参观JTStal Serwis——激光切割技术
12	February 12	09:00 – 09:30 Morning Briefing: Introduction to the Day 上午简报：当天介绍 9:00-12:15 (1^st group) 12:45-13:15 coffee break 13:15-17:00 (2^nd group) Technological Visit LUKASIEWICZ Upper Silesian Institute of Technology – welding technology 技术参观卢卡谢维奇上西里西亚技术学院——焊接技术
13	February 13	Official Closing Ceremony Hosted by the Dean of the Faculty A formal closing of the visit, including speeches from Faculty leadership, an overview of the visit’s summary, and a group photo opportunity. Certificates ceremony. Lunch 官方闭幕式由机械工程学院院长主持正式结束访问活动，包括学院领导的讲话、对访问活动的总结以及合影机会。颁发证书。午餐 9:00 – 17:00 International Students Scientific Conference TalentDetector2026_Yanshan 国际学生科学会议TalentDetector2026_Yanshan The International Student Scientific Conference TalentDetector2025_Yanshan aims to integrate the student and scientific community dealing with topics related to material technologies. It is a place that gives the opportunity to exchange experiences, knowledge, skills and present current scientific achievements, developing and expanding students' interests in the field of materials engineering, surface engineering, biomaterials and biomedical engineering, nanotechnology, pro-ecological technologies and computer materials science. The conference allows for the presentation of projects conducted with the industry as part of the activities of Student Scientific Circles, doctorates, projects implemented in the form of PBL - Project Based Learning as part of the Excellence Initiative - Research University at the Silesian University of Technology, projects in the framework of EURECA PRO/European University in Responsible Consumption and Production and international bilateral cooperation between Universities. 国际学生科学会议TalentDetector2025_Yanshan旨在整合从事与材料技术相关主题的学生和科学界。这是一个交流经验、知识、技能以及展示当前科学成就的场所，旨在发展和扩大学生在材料工程、表面工程、生物材料和生物医学工程、纳米技术、环保技术以及计算机材料科学等领域的兴趣。会议允许展示与工业合作开展的项目，作为学生科学社团、博士项目、以项目为基础的学习（PBL）活动的一部分，作为西里西亚技术大学卓越计划——研究型大学的一部分，以及在EURECA PRO/欧洲负责任消费和生产大学以及大学之间的国际双边合作框架内的项目。
14	February 14-15	Weekend-free time 周末：返程
15	March 10-12	Silesia University of Technology 2026 Internship Winter Camp 1) Project summary meeting 2) Achievement presentation 3) Interpretation meeting of funding policies 西里西亚技术大学2026年实习冬令营 1）项目总结会 2）成果汇报考试 3）资助政策解读会