SDG 7.4.1

1. National Ocean Energy Creative Implementation Competition全國海洋能創意實作競賽

Expansion of the Competition: Starting in the year 2016 (Republic of China 105), National Taiwan Ocean University, in collaboration with the Keelung City Government, jointly organized this competition and expanded it to include participants from national and high schools. This initiative aims to stimulate the interest of young students in ocean energy and encourages them to bridge theoretical knowledge with practical applications, embodying the concept of learning by doing.

Utilization of Laboratory Resources: Competition teams primarily utilize the laboratories at National Taiwan Ocean University, providing them with the opportunity for hands-on experimentation and product validation. This assists students in testing and refining their designs in real-world environments.

Industry and Academic Collaboration: Part of the success of the competition can be attributed to the involvement of experts and scholars from both the industry and academia who serve as competition judges, offering professional advice and guidance. This interdisciplinary collaboration not only promotes knowledge exchange but also establishes a cooperative platform between the school and industry.

Sustainable Impact: This competition not only offers students a chance to hone their practical skills but also generates a social impact in the field of sustainable development. Ocean energy is a significant source of renewable energy, and advancing research and development in this area contributes to environmental sustainability.

海洋能源競賽的開始：自民國100年起，海洋大學開始舉辦海洋能源相關競賽。這競賽涵蓋了波能和流能轉換器的設計、效率計算、成本和安裝等領域。這個競賽已經持續多年，並取得了豐碩的成果。

競賽的擴大：民國105年開始，海洋大學與基隆市政府共同舉辦這個競賽，並擴大增辦了國、高中組。這個舉措有助於激發年輕學生對海洋能源的興趣，並鼓勵他們將理論知識與實際操作結合起來，實踐學以致用的理念。

實驗室資源的利用：競賽隊伍主要利用國立臺灣海洋大學實驗室，為參賽隊伍提供了實際操作和成品驗證的機會。這有助於學生們在實際環境中測試和改進他們的設計。

產業與學術合作：競賽的成功部分歸功於邀請產業界和學術界的專家學者擔任競賽評審，以提供專業建議和指導。這種跨界的合作不僅促進了知識交流，還建立了學校與產業之間的合作平台。

永續發展影響力：這個競賽不僅提供了學生們實踐技能的機會，還在永續發展領域產生了社會影響力。海洋能源是一個重要的再生能源來源，推動這方面的研究和發展有助於維護環境可持續性。

        Evidence:

https://www.facebook.com/energyntou/

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/536300017.jpg

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/259145156.jpg

2. The collaboration project between the The Longchen Sustainable Development and Environmental Protection Foundation and National Taiwan Ocean University.

財團法人榮成永續發展環保基金會與國立臺灣海洋大學合作案

The Longchen Sustainable Development and Environmental Protection Foundation (hereinafter referred to as Longchen P&P) aims to fulfill its corporate social responsibility by leveraging the marine research expertise of our university to promote various industry-academia collaboration projects. These efforts seek to achieve the goals of marine environmental protection and sustainable development.

Sustainability is not achieved overnight; rather, it is a process of continuous improvement and energy accumulation, gradually expanding the application of sustainable concepts. Based on this principle, each phase of this collaboration spans two years, and the partnership has now entered its third phase. Longchen P&P has invested nearly NT$20 million dollars, and the principal investigator has made significant contributions in academia, public education, and governmental support, yielding fruitful results across these areas.

Sustainable Impact: aligns with SDG7.4.1 by fostering community outreach and education on energy efficiency and clean energy. Through its industry-academia partnerships, the project emphasizes marine environmental protection and sustainable development, contributing to public awareness and education about energy conservation. The significant investment in research and public education initiatives helps to spread sustainable energy practices and foster community engagement, ultimately promoting the importance of energy efficiency and clean energy in both academic and local community settings.

財團法人榮成永續發展環保基金會(下稱榮成紙業)為發揮企業社會責任，結合本校海洋專業研究能力，推動各項產學合作計畫，以達海洋環境保護及永續發展之目的。

永續並非一蹴可幾，而是不斷改善並累積能量，逐步拓展永續概念的應用。基於前述原則，本合作案每兩年為一期，合作迄今已邁入第三期，榮成紙業共斥資近2,000萬，計畫主持人亦充分發揮所長，於學術、周邊團體教育及協助政府等方面均有豐碩成果。

        Evidence:

https://research.ntou.edu.tw/p/412-1021-10705.php?Lang=zh-tw

3. Riding the Wind and Wave Publication《乘風躍浪》書籍出版

National Taiwan Ocean University boasts a rich marine research environment and resources unmatched by other institutions. Its mission is to actively integrate academic resources and expand its societal impact, with the hope of reaching new heights in establishing Taiwan as a "marine kingdom." This book explores four key dimensions: economic innovation, humanistic care, ecological conservation, and future vision. Through 31 action plans, it shares the "NTOU model," highlighting initiatives from campus actions to local practices and international connections, creating a new paradigm for the university’s mission.

Sustainable Impact: By integrating marine research resources across four dimensions - economic innovation, humanistic care, ecological conservation, and future vision - from campus to local and international connections, NTOU establishes a new paradigm for university social responsibility in marine education.

海大擁有它校難以比擬的豐富海洋研究環境與能量，海大的使命是積極整合學術資源，擴大社會影響力，期盼另創臺灣「海洋王國」封號之新高峰。本書透過透過經濟創新、人文關懷、生態保育、未來願景等四大面向，從校園行動、地方實踐跨向國際鏈結，透過31個行動方案，分享海大模式，為大學的使命開創新局。

        Evidence:

https://mprp.ntou.edu.tw/p/404-1017-65498.php?Lang=zh-tw

4. National Ocean Energy Creative Implementation Competition 全國海洋能創意實作競賽

Summary of the Marine Energy Competition

Start of the Marine Energy Competition: Since 2011, National Taiwan Ocean University (NTOU) has hosted a marine energy competition focusing on various aspects of wave and current energy converters, including design, efficiency calculations, costs, and installation. Over the years, this competition has achieved remarkable results and become a valuable platform for innovation in marine energy.

Expansion of the Competition: In 2016, NTOU expanded the competition in partnership with the Keelung City Government to include high school and junior high school divisions. This expansion aims to spark young students' interest in marine energy and encourage them to combine theoretical knowledge with practical application, embodying the spirit of "learning by doing."

Utilization of Laboratory Resources: Competing teams mainly use NTOU’s laboratories, giving them hands-on opportunities to test and validate their designs in real-world settings. This approach helps students refine their designs based on practical testing.

Industry-Academia Collaboration: The success of this competition is partly attributed to inviting experts from industry and academia as judges. Their professional advice and guidance foster knowledge exchange and create a collaborative platform between NTOU and the industry.

Impact on Sustainable Development: This competition not only provides students with opportunities to practice their skills but also contributes to societal awareness in sustainable development. Marine energy, being a vital renewable resource, supports environmental sustainability and encourages further research and development in this field.

Sustainable impact: engaging the local community in energy efficiency and clean energy awareness. The competition promotes understanding of renewable marine energy, thus fostering community awareness and involvement in sustainable energy solutions.

海洋能源競賽概述 

海洋能源競賽的開始：自民國100年起，國立臺灣海洋大學開始舉辦大學部海洋能源競賽，聚焦於波浪能和海流能轉換器的設計、效率計算、成本和安裝等多個方面。經過多年努力，該競賽取得了豐碩成果，成為海洋能源創新的寶貴創意平台。

競賽的擴大：自民國105年起，海洋大學與基隆市政府合作，擴展競賽範圍，增設了高中和國中組，激發年輕學生對海洋能源的興趣，並鼓勵他們將理論知識與實際操作相結合，踐行「學以致用」的理念。

實驗室資源的利用：競賽隊伍主要利用國立臺灣海洋大學的實驗室，提供實際操作和成品驗證的機會，幫助學生們在真實環境中測試和改進他們的設計。

產業與學術合作：競賽的成功部分歸功於邀請產業界和學術界的專家擔任評審，提供專業建議和指導，促進知識交流，並為學校與產業界建立合作平台。

永續發展影響力：競賽不僅為學生提供了實踐技能的機會，還在永續發展領域產生社會影響。海洋能源作為一個重要的再生能源來源，推動相關研究和發展有助於維護環境的可持續性。

永續影響力: 該競賽通過推廣海洋再生能源，增進社區對清潔能源的認識，符合SDG7.4.1的社區能源效率目標。

Evidence: https://www.facebook.com/energyntou/

5. 2023 Marine Renewable Energy Research Camp 2023海域再生能源探究營

Ministry of Education 2023 Sustainable Energy Cross-disciplinary Talent Development Program - Marine Renewable Energy Alliance

Marine Renewable Energy Exploration Camp - High School Group

Objective: To integrate the Ministry of Education’s “Sustainable Energy Cross-disciplinary Talent Development Program” by utilizing regionally distinctive demonstration sites to host energy-themed camps. This effort aims to embed energy education at foundational levels and promote broader outreach.

Marine Science Management ARG: An augmented reality game designed to immerse participants in marine science management through interactive gameplay.

Ocean Exploration: Guides participants to discover diverse marine ecosystems and resources.

Understanding Marine Energy: Introduces various forms of marine energy and their applications.

Wave Power Advances: Examines the technology and energy generation potential of wave power.

Virtual Marine Grid Management System: Simulates the management and optimization of marine power grids.

Sustainable impact:offering educational outreach on energy efficiency and clean energy to local communities. Through camps and interactive activities, it raises awareness of marine energy and sustainable practices.

教育部112年永續能源跨域應用人才培育計畫海域再生能源聯盟

活動名稱：「海域再生能源探究營 - 高中組」

活動目的：整合教育部「永續能源跨域應用人才培育計畫」，運用區域性特色示範場域，舉辦具能源特色的營隊，促進能源教育向下扎根並擴大推廣。

課程內容：海科管實境遊戲ARG： 結合實境遊戲，讓學員在遊戲中體驗與學習海洋科學管理。

探索海洋： 帶領學員認識海洋的各種生態系統與資源。

認識海洋能源： 介紹海洋能源的各種形式及其應用。

波浪發電大進擊： 探討波浪能的技術及其發電潛力。

虛擬海域電網管理系統： 模擬海洋電力網絡的管理與優化。

永續影響力: 該計劃透過營隊與互動活動，向社區推廣能源效率與清潔能源，符合SDG7.4.1的永續影響目標。

Evidence: https://www.facebook.com/energyntou2018

6. Cultivate professional talents in alternative energy for Taiwan and continue to implement sustainable development education. 培育臺灣替代能源之專業人才，持續落實永續發展教育

To address the rapid changes in industry and the numerous challenges the next generation of technological talent will face, the Department of Optoelectronics and Materials Technology was established with the aim of "cultivating competitive, research-oriented, and innovative professionals with cross-disciplinary thinking for advanced materials, marine energy, and optoelectronics industries."

In the second semester of the 112th academic year, a total of 26 graduate students completed their studies, with theses ranging from optoelectronic devices to semiconductor applications, offering new perspectives and approaches.

Sustainable impact:The establishment of the Department of Optoelectronics and Materials Technology has a significant long-term sustainability impact, especially in promoting technological innovation and the development of cross-disciplinary talent. The department's focus on cultivating professionals with cross-disciplinary thinking is essential for addressing future challenges in high-tech industries, particularly in the fields of advanced materials, marine energy, and optoelectronics. These fields have immense sustainability potential, as they contribute to the development of environmentally-friendly energy technologies, material innovations, and high-efficiency energy applications, which align with global sustainable development goals.

Furthermore, the graduate students' research topics, which range from optoelectronic devices to semiconductor applications, provide new perspectives and solutions that can drive the development of green technologies. These innovations contribute to better energy utilization, reduced pollution, and improved production efficiency. Overall, the department's work helps address current technological challenges and lays a foundation for future technological advancements that promote sustainability and innovation in a wide array of industries.

為因應產業快速變動以及下一代科技人才所將面臨諸多險峻挑戰，本光電與材料科技學系之設立，係以「培育具備未來競爭力、基本研究素養、創新及跨領域思維之尖端材料、海洋能源與光電科技產業人才」為設立宗旨。

112學年度第2學期，總計26位研究生畢業，論文從光電元件至半導體應用，提供新的思維和方法。

永續影響力: 這段文字表明，光電與材料科技系的設立對社會和環境有長遠的影響，尤其在推動科技創新與跨領域人才培養方面。首先，該系致力於培養具備跨學科思維的專業人才，這對未來的高科技行業至關重要，尤其在先進材料、海洋能源和光電領域的發展中。這些領域本身具有強大的永續性潛力，無論是在環境友好的能源技術、材料創新，還是高效能能源應用方面，都能對全球的可持續發展目標產生深遠影響。

此外，這些碩士生的研究領域涵蓋了光電裝置、半導體應用等前沿科技，為產業帶來新視角和解決方案，有助於推動綠色技術的發展與創新，從而在能源利用、減少污染和提高生產效率等方面做出貢獻。總體而言，這不僅有助於解決當前的技術挑戰，也為未來可持續發展的科技創新奠定了基礎。

Evidence: https://omt.ntou.edu.tw/?Lang=zh-tw