疫情下的欧洲大学在线教育
2020-06-18
欧洲大学在线教学管理的一个特点是将文理工科分类管理，文科课程实行全方位在线授课模式，工科类课程实行部分在线仿真教学，生物医学和理化等实验性较强的专业则谨慎实施在线试验教学。
基于新冠肺炎疫情影响下的“停课不停学”，欧洲各国高校纷纷出台措施实施在线教学，为防控疫情进行了教育模式改革。
One of the characteristics of online teaching management in European universities is the classification management of liberal arts, science and engineering. Liberal arts courses implement all-round online teaching mode, engineering courses implement part of online simulation teaching, and biomedical and physical and chemical experimental majors implement online experimental teaching cautiously. Based on the novel coronavirus pneumonia epidemic situation, "European universities and colleges have introduced measures to implement online teaching," the reform of education mode has been carried out for the prevention and control of epidemic situation.
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2021-09-27
海洋能源行业的从业者和决策者将于2021年10月6日-7日在西班牙毕尔巴鄂齐聚一堂，通过国际大会讨论海洋可再生能源领域（波浪、潮汐和洋流）的最新消息和发展动向。会议期间将同时举办线上B2B配对洽谈会，海洋可再生能源领域的公共机构、公司、协会、大学和研究机构将共同探寻创新解决方案，寻求合作伙伴和项目机会。
「活动参与」
会议时间：2021年10月6-7日
注册链接：https://ocean-energy-conference-2021.b2match.io/
注册费用：免费
注册截至：2021年9月30日
「部分参会企业」
1. 葡萄牙INEGI机械科学创新与工业工程研究所专注于研究和基于技术的创新活动、技术转让、咨询和技术服务，面向工业和经济的总体发展。参与多个波浪能可再生能源项目，例如：
- SE@PORTS：海港的能源可持续发展
- I.nano.WEC：用于波能转换的创新纳米技术
- PORTOS：实现港口能源自给自足
2. 意大利IMEMS技术公司设计了具有创新理念的新一代运动传感器。该设备专注于数据处理、噪声过滤，以低成本和小尺寸实现了高性能，主要应用于海洋，在关键操作（例如海上起重机的起重操作）期间监控船舶的运动，主动补偿船舶的波浪运动，提供实时信息，支持海上环境中的安全操作。
3. 希腊Hellenic无人机拥有经验丰富的技术人员，专门从事无人机商品和服务的设计和开发。该公司积极响应客户需求，开发未来技术，致力于扩大自动化无人机的行业边界。
4. 西班牙Arrecife能源系统提供具有成本效益的可再生能源解决方案，从波浪、河流和潮汐流中获取绿色能源，从而为离网地点提供能量。该系统起源于巴斯克大学流体力学教授José Javier Doria的研究项目，Doria教授将研究项目与对自然的观察相结合，模拟珊瑚礁叶片，创建了该能源系统。
5. 意大利Hfytet致力于开发数字生态系统。基于BIM、增强现实、虚拟现实和人工智能之间的协同作用，将船舶设计和建造过程中每个阶段的信息集成到数字模型中。随着整个过程的数字化，改变决策过程，减少设计错误、成本和时间，获得产品优化。该公司正在寻找国际合作伙伴（中小企业、大学或研究中心），并且有兴趣在私人和公共资助的研发项目中进行合作。
联系人：戴老师
电 话：0532-6801 3925
邮 箱：lily_dai@eupic.org.cn
Practitioners and decision makers in the marine energy industry will gather in Bilbao, Spain, from October 6 to 7, 2021 to discuss the latest news and development trends in the field of marine renewable energy (waves, tides and ocean currents) through the international conference. During the conference, online B2B matchmaking Fair will be held at the same time. Public institutions, companies, associations, universities and research institutions in the field of marine renewable energy will jointly explore innovative solutions and seek partners and project opportunities
"Activity participation"
# meeting time: October 6-7, 2021
registration link: https://ocean-energy-conference-2021.b2match.io/
Registration fee: free
registration up to: September 30, 2021
# "some participating enterprises"
1. Inegi Institute of mechanical science innovation and industrial engineering of Portugal focuses on research and technology-based innovation activities, technology transfer Consulting and technical services for the overall development of industry and economy. Participate in several wave energy renewable energy projects, such as:
- SE@PORTS : energy sustainable development
- of seaport i.nano.wec: innovative nanotechnology for wave energy conversion
- Portos: realizing energy self-sufficiency of seaport
2. IMEMS technology company of Italy has designed a new generation of motion sensors with innovative ideas. The equipment focuses on data processing and noise filtering to achieve high performance at low cost and small size. It is mainly used in the ocean to monitor the ship's motion during key operations (such as the lifting operation of offshore cranes), actively compensate the ship's wave motion, provide real-time information and support safe operation in the marine environment
3. Hellenic UAV in Greece has experienced technicians, specializing in the design and development of UAV goods and services. The company actively responds to customer needs, develops future technologies, and is committed to expanding the industry boundary of automated UAVs
4. Arrecife energy system in Spain provides cost-effective renewable energy solutions to obtain green energy from waves, rivers and tidal currents, so as to provide energy for off grid locations. The system originated from the research project of Jos é Javier Doria, a professor of fluid mechanics at Basque University. Professor Doria combined the research project with the observation of nature to simulate coral reef leaves ?
