NTU EECS-International 臺大電資學院國際專區

🚀 Internship × Career × Industry Insights — All in One Event!

📣 Curious about what companies are really working on?
📣 Looking for summer internships or future career opportunities?
📣 Want to connect directly with industry professionals?

👉 Don’t miss this opportunity!

💡 Event Highlights
✨ Company sharing sessions from multiple industry partners
✨ First-hand internship & job opportunity information
✨ Interactive Q&A session — ask your questions directly!

▼ Event Information
• Date & Time: May 27, 2026 (Wed.) 12:20 PM – 2:00 PM
(Check-in opens at 12:10 PM)
• Venue: Barry Lam Hall Room 201
• Registration Deadline: Until May 22, 2026
• Complimentary light meals provided for registered participants
• Exclusive for students of the College of Electrical Engineering and Computer Science, NTU

▼ Agenda
• 12:20 – 12:25 ｜ Opening Remarks
• 12:25 – 13:45 ｜ Partner Companies Career & Internship Sharing
• 13:45 – 14:00 ｜ Q&A Session

📢【專題演講暨簽書會｜劉國瑞教授 K. J. Ray Liu】
從台灣走向國際，從學術突破到創立 Origin AI，美國國家工程院院士（Member of the U.S. National Academy of Engineering）劉國瑞教授將分享他的人生歷程與核心信念——「問學人生」。

誠摯邀請大家一同參與這場充滿啟發與交流的精彩講座！✨

📢 Invited Talk & Book Signing with Professor K. J. Ray Liu

Join us for an inspiring session with Professor K. J. Ray Liu, Founder of Origin AI, as he shares his remarkable journey from Taiwan to the global stage and his philosophy of lifelong learning and inquiry.

We warmly welcome you to this meaningful and inspiring event!✨

📅 日期 Date｜2026.6.12 (Fri.)
🕙 時間 Time｜10:00 AM – 11:40 AM
📍 地點 Venue｜臺灣大學博理館101演講廳 Barry Lam Hall 101
🔗 報名 Registration｜https://ppt.cc/fOgdRx

‼【TIGP AIoT Program by NTU and Academia Sinica is now accepting application for admission to the 2026 fall semester】‼
💰（Each student will receive a monthly stipend of NT$40,000 [around USD1,290] for the first year）
Artificial Intelligence of Things (AIoT) is an emerging technology that combines artificial intelligence (AI) and Internet of Things (IoT). It is one of the most promising scientific and technological trends today. In recent years, with breakthroughs in computer storage space and computing performance, coupled with big data analysis, inference, and learning, AI has become the focus and is widely adopted in many fields, such as finance, manufacturing, retail, and medical industries. According to IDC's Worldwide Artificial Intelligence Spending Guide report, the total global AI spending will increase more than twice in the next four years, from $50.1 billion in 2020 to more than $110 billion in 2024.
According to PWC’s report, by 2030, the global AI technology output value will increase to 6.6 trillion U.S. dollars, and AI applications will generate 9.1 trillion
U.S. dollars, which will bring 14% growth to global GDP. The potential for business opportunities is promising. On the other hand, IoT upgrades communications from the traditional "human-to-human" and "human-to-machine" communication and interactions to the intelligent "machine-to-machine", which connects various digital devices to the Internet and transmits all kinds of information sensed to each other. Through machine learning and data mining technologies, we can further discover valuable knowledge and ubiquitously provide various services in people's lives. According to the research of McKinsey Management Consultants, the global application output value of IoT will reach
11.1 trillion U.S. dollars in 2025.
In recent years, Taiwan has gradually matured in IC chip development, wireless transmission, and data storage technologies. Therefore, industries, government administration, and academia have begun to attach importance to the value of integrating AIoT with interdisciplinary fields. The development of AIoT technology not only has high research value in academics but also plays a pivotal role in the progress of various fields in Taiwan, such as technology industries, government efficiency, biomedical science and technology, health management, transportation construction, agricultural technology, as well as cultural and creative industries, and the upgrading of international competitiveness.
Therefore, there is an urgent need for AIoT talents and technologies.
🔸 To cultivate Taiwanese and international talents in related areas to the program, strengthen innovative potential, and enhance the level of academic research, the TIGP on Artificial Intelligence of Things (AIoT) program is

established jointly by National Taiwan University (NTU) and Academia Sinica. NTU and Academia Sinica will co-play leading and supervisory roles, and provide research resources and equipment. Additionally, the participating scholars of these institutions will be jointly responsible for teaching activities, supervising research, and guiding international graduate students.
🔸 This TIGP program hopes to attract outstanding young domestic and
international students. In the scope of AIoT, this program gives priority to computer science and engineering and takes mathematics as a subsidiary to provide students with training across multiple fields. The curriculum contents will probe into various fields, including networking and communications, signal processing, embedded IoT systems, cloud computing, mobile edge computing, big data systems, machine learning, data mining, multivariate data analysis, business models, privacy and security, and multimedia that emphasized areas and combinations in computer science, electrical engineering, and communication.
🔸 In TIGP on AIoT, the cooperating university and institutes will provide the
required laboratory equipment and instruments for teaching and research. With the equipment and varied expertise of the researchers from the cooperating institutions, this program can provide young students with an excellent educational opportunity to cultivate their research capabilities in interdisciplinary areas. This specific TIGP will focus on both theory and practice to provide students with a solid theoretical basis and technical capability to solve practical problems of various applications.
🔸 More information (regarding Program Requirement, Thesis Advisor, Costs and
Funding, Courses) & Application details
on https://tigpaiot.iis.sinica.edu.tw/ #/admission

【第五屆臺灣大學-中研院智慧聯網學程招生】同學，當你收聽科技產業新聞，聽聞了什麼？
除了現下半導體產業的驚濤巨浪，是否聽見潛伏其中之智慧物聯網（AIoT）產業的暗濤洶湧？無論你是否聽聞，時代的巨輪已悄悄轉動。全球 IT 研究顧問公司 Gartner 預測：「物聯網在 2020 年將替全球經濟帶來 1.9 兆美元的產值、到 2022
年，80％的企業物聯網項目將包括 AI 解決方案、在 2025 年，全球將有超過 500
億個互聯設備。」
臺灣具備完整的硬體產業鏈和優秀的軟硬體人才，將是 AIoT 改變世界最重要的一塊拼圖。除了國內的聯發科技（MediaTek）、華碩、台達電、HTC、瑞昱等企業已大力投入智慧物聯網。Microsoft 全球第一個「物聯網產業發展中心」和 Google總部外最大的「硬體研發基地」亦選擇落腳臺灣，望整合人工智慧和軟硬體技術。

然而，目前臺灣物聯網人才供需仍不平衡：國際數據資訊 IDC 對臺灣物聯網人才市場調查報告指出「臺灣企業欠缺擁有軟硬體整合、巨量資料分析與雲端服務之專業技能的員工」。為了培養高品質的學術研究或業界高階研發人員，國立臺灣大學和中央研究院攜手創立了「智慧聯網國際研究生博士學位學程」（TIGP AIoT），希望結合臺灣大學與中研院的人工智慧、電腦視覺、資通訊和IC 設計等長才，從事網路、系統、AI、智慧應用相關研究。
🔰 智慧聯網國際研究生博士學位學程的指導教授來自於臺灣大學電資學院與中央研究院資訊所/資創中心，是全國首屈一指的跨領域團隊，並依雙導師制（臺大電機資訊學院教授與中研院研究員各一）培育具跨領域整合能力之博士生。另外，該學程不僅招收國際學生，亦同時招收國內學生，故參與該博士學程的你能與國際學位生一同成長，培養團隊合作與國際化視野。
🔰 本學程之課程囊括臺大、臺科大與臺師大三校聯盟課程，兼具廣度與深度，理
論與實務並重，強調做中學；也規劃產業專家論壇並積極協助學生至相關產業實 習，藉此令學生了解目前產業發展脈動，並參與相關研發計畫。核心課程包含：機器學習、嵌入式物聯系統、網路通訊與訊號處理、資料探勘與巨量資料系統、雲端與行動邊緣計算、隱私安全和多媒體。
🔰 本學程之修業制度包括了最低 18 專業課程學分、資格考與畢業論文等，與臺大
博士班畢業條件相同，學生將不會無所適從；此外，本學程第一年每月將提供台幣
40,000 元獎學金給每一位學生，最多可以展延至三年，而且教授可以再額外加碼，和一般學校的研究金相比，更加優渥。
Google 臺灣前董事長簡立峰先生：「物聯網是臺灣扭轉產業的最後一次機會」
同學，當你凝視鏡裡的容顏，你看見了誰？大風起兮雲飛揚，你不會再是個裹足不前的忐忑青年，當成為一位乘風破浪、洞察時代趨勢的高階人才。
今天就把握機會：https://tigpaiot.iis.sinica.edu.tw/ #/admission。

‼【TIGP AIoT Program by NTU and Academia Sinica is now accepting application for admission to the 2025 fall semester】‼
💰（Each student will receive a monthly stipend of NT$40,000 [around USD1,290] for the first year）
Artificial Intelligence of Things (AIoT) is an emerging technology that combines artificial intelligence (AI) and Internet of Things (IoT). It is one of the most promising scientific and technological trends today. In recent years, with breakthroughs in computer storage space and computing performance, coupled with big data analysis, inference, and learning, AI has become the focus and is widely adopted in many fields, such as finance, manufacturing, retail, and medical industries. According to IDC's Worldwide Artificial Intelligence Spending Guide report, the total global AI spending will increase more than twice in the next four years, from $50.1 billion in 2020 to more than $110 billion in 2024. According to PWC’s report, by 2030, the global AI technology output value will increase to 6.6 trillion U.S. dollars, and AI applications will generate 9.1 trillion U.S. dollars, which will bring 14% growth to global GDP. The potential for business opportunities is promising. On the other hand, IoT upgrades communications from the traditional "human-to-human" and "human-to-machine" communication and interactions to the intelligent "machine-to-machine", which connects various digital devices to the Internet and transmits all kinds of information sensed to each other. Through machine learning and data mining technologies, we can further discover valuable knowledge and ubiquitously provide various services in people's lives. According to the research of McKinsey Management Consultants, the global application output value of IoT will reach 11.1 trillion U.S. dollars in 2025.
In recent years, Taiwan has gradually matured in IC chip development, wireless transmission, and data storage technologies. Therefore, industries, government administration, and academia have begun to attach importance to the value of integrating AIoT with interdisciplinary fields. The development of AIoT technology not only has high research value in academics but also plays a pivotal role in the progress of various fields in Taiwan, such as technology industries, government efficiency, biomedical science and technology, health management, transportation construction, agricultural technology, as well as cultural and creative industries, and the upgrading of international competitiveness. Therefore, there is an urgent need for AIoT talents and technologies.
🔸 To cultivate Taiwanese and international talents in related areas to the program, strengthen innovative potential, and enhance the level of academic research, the TIGP on Artificial Intelligence of Things (AIoT) program is established jointly by National Taiwan University (NTU) and Academia Sinica. NTU and Academia Sinica will co-play leading and supervisory roles, and provide research resources and equipment. Additionally, the participating scholars of these institutions will be jointly responsible for teaching activities, supervising research, and guiding international graduate students.
🔸 This TIGP program hopes to attract outstanding young domestic and international students. In the scope of AIoT, this program gives priority to computer science and engineering and takes mathematics as a subsidiary to provide students with training across multiple fields. The curriculum contents will probe into various fields, including networking and communications, signal processing, embedded IoT systems, cloud computing, mobile edge computing, big data systems, machine learning, data mining, multivariate data analysis, business models, privacy and security, and multimedia that emphasized areas and combinations in computer science, electrical engineering, and communication.
🔸 In TIGP on AIoT, the cooperating university and institutes will provide the required laboratory equipment and instruments for teaching and research. With the equipment and varied expertise of the researchers from the cooperating institutions, this program can provide young students with an excellent educational opportunity to cultivate their research capabilities in interdisciplinary areas. This specific TIGP will focus on both theory and practice to provide students with a solid theoretical basis and technical capability to solve practical problems of various applications.
🔸 More information (regarding Program Requirement, Thesis Advisor, Costs and Funding, Courses) & Application details on https://tigpaiot.iis.sinica.edu.tw/ #/admission

【第四屆臺灣大學-中研院智慧聯網學程招生】
同學，當你收聽科技產業新聞，聽聞了什麼？
除了現下半導體產業的驚濤巨浪，是否聽見潛伏其中之智慧物聯網（AIoT）產業的暗濤洶湧？無論你是否聽聞，時代的巨輪已悄悄轉動。全球IT研究顧問公司Gartner預測：「物聯網在2020年將替全球經濟帶來1.9兆美元的產值、到2022年，80％的企業物聯網項目將包括AI解決方案、在2025年，全球將有超過500億個互聯設備。」
臺灣具備完整的硬體產業鏈和優秀的軟硬體人才，將是AIoT改變世界最重要的一塊拼圖。除了國內的聯發科技（MediaTek）、華碩、台達電、HTC、瑞昱等企業已大力投入智慧物聯網。Microsoft全球第一個「物聯網產業發展中心」和Google總部外最大的「硬體研發基地」亦選擇落腳臺灣，望整合人工智慧和軟硬體技術。
然而，目前臺灣物聯網人才供需仍不平衡：國際數據資訊IDC對臺灣物聯網人才市場調查報告指出「臺灣企業欠缺擁有軟硬體整合、巨量資料分析與雲端服務之專業技能的員工」。為了培養高品質的學術研究或業界高階研發人員，國立臺灣大學和中央研究院攜手創立了「智慧聯網國際研究生博士學位學程」（TIGP AIoT），希望結合臺灣大學與中研院的人工智慧、電腦視覺、資通訊和IC設計等長才，從事網路、系統、AI、智慧應用相關研究。
🔰 智慧聯網國際研究生博士學位學程的指導教授來自於臺灣大學電資學院與中央研究院資訊所/資創中心，是全國首屈一指的跨領域團隊，並依雙導師制（臺大電機資訊學院教授與中研院研究員各一）培育具跨領域整合能力之博士生。另外，該學程不僅招收國際學生，亦同時招收國內學生，故參與該博士學程的你能與國際學位生一同成長，培養團隊合作與國際化視野。
🔰 本學程之課程囊括臺大、臺科大與臺師大三校聯盟課程，兼具廣度與深度，理論與實務並重，強調做中學；也規劃產業專家論壇並積極協助學生至相關產業實習，藉此令學生了解目前產業發展脈動，並參與相關研發計畫。核心課程包含：機器學習、嵌入式物聯系統、網路通訊與訊號處理、資料探勘與巨量資料系統、雲端與行動邊緣計算、隱私安全和多媒體。
🔰 本學程之修業制度包括了最低18專業課程學分、資格考與畢業論文等，與臺大博士班畢業條件相同，學生將不會無所適從；此外，本學程第一年每月將提供台幣40,000元獎學金給每一位學生，最多可以展延至三年，而且教授可以再額外加碼，和一般學校的研究金相比，更加優渥。
Google臺灣前董事長簡立峰先生：「物聯網是臺灣扭轉產業的最後一次機會」
同學，當你凝視鏡裡的容顏，你看見了誰？大風起兮雲飛揚，你不會再是個裹足不前的忐忑青年，當成為一位乘風破浪、洞察時代趨勢的高階人才。
今天就把握機會：https://tigpaiot.iis.sinica.edu.tw/ #/admission 。

2024日本國立情報學研究所交換研究計畫 開放申請!

請見申請相關資訊如下所述：
• 申請人資格：
1. 本院碩、博士生
2. 申請與實習期間皆具有台大學生身分（不可休學）
• 研習出發時間和期間：2025年3月底前需抵日，總實習天數為期60-180天，實際天數長短與NII教師討論
• 本院可推薦名額：3名
• 補助：本研習計畫提供每日日幣5,700
• 其他申請細節：請見List_of_research_topics_for_2024_1st_Call（如pdf附檔），及以下網頁連結https://www.nii.ac.jp/en/about/international/mouresearch/internship2024-1/index.html
• 所需繳交之申請文件：
1. 2024日本國立情報學研究所交換研究計畫申請書（如word附檔；請以中文/英文填寫，並以護照英文名字為檔案名稱回傳）
2. NII申請表（如excel附檔；請以英文填寫，並以護照英文名字為檔案名稱回傳）
3. 歷年中文成績單（含111-1學期，碩/博士一年級生須檢附大學/研究所歷年成績單）
4. 指導教授推薦信一封（無指定格式，院內審查用）
5. 英文或日文檢定成績單影本一份，或其他足以證明能以英（日）語與研究人員順利溝通的證據
6. NII教師接受實習email影本
7. 英文CV一份
• 其他注意事項
1. 實習心得報告：實習結束後，學生須繳交一份心得報告（A4 兩頁以上，檢附數張照片）予電資學院。
2. 本實習計畫必須經由電資學院甄選推薦，並由本院推薦給NII。
3. 此錄取結果僅代表獲本院推薦，主辦單位國立情報學研究所（NII）仍保有最終審查錄取權。

有意申請之學生，請於2024年5月3日（五）下午5時前，將申請所需文件紙本繳交至博理館202室陳小姐，並以電子檔寄至[email protected]，信件主旨請註明【NII International Internship Program (2024 1st Call) Application】，逾時歉難收件。

若有任何相關問題，請與電資學院陳貞伶小姐[email protected]（02-3366-3697）聯繫。
謝謝。

(English version)
NII International Internship Program (2024 1st Call) Application is now open!

Please find the Application details below contents:
• Applicant Qualification:
1. Master's and PhD students of NTU-EECS
2. Students who are currently enrolled at NTU, and will maintain their enrollment status at NTU for the full duration of their Internships
• Program Period: Arrive in Japan before the end of March 2025
Duration of internship: 60 to 180 days; to be discussed with NII supervisors
• NTU-EECS' nomination quotas to NII: 3 students
• Sojourn expenses: 5,700 JPY per day as sojourn expenses will be covered by NII while intern students are staying at NII
• Other Application details: Please see the List_of_research_topics_for_2024_1st_Call (as the attached pdf file), and please also refer to the below link of NII website https://www.nii.ac.jp/en/about/international/mouresearch/internship2024-1/index.html
• Application documents:
1. 2024_NII_1stCall_NTU application form (as the attached word file; fill in the form in Chinese/English; revise the file name into your English name as in your passport)
2. Application_Form-2024_Call1 (as the attached excel file; fill in the form in English; revise the file name into your English name as in your passport)
3. Transcript for all past semesters (including 2022 Fall semester; freshman in MS/PhD program should submit transcripts of all semesters in undergraduate/MS program)
4. Letter of recommendation from your advisor (no official format; used for NTU-EECS’ reviewing process)
5. English or Japanese language proficiency test results, or other evidence to prove your good communication ability with Japanese researchers
6. Email correspondence with NII professor(s) indicating his/her interests in accepting you
7. English CV
• Matters needing attention:
1. Internship Program report: Submit your Internship Program report (minimum two pages of an A4-size paper) to NTU-EECS.
2. Applicants of this Internship Program have to apply to NTU-EECS first, if passing NTU-EECS' reviewing process and receive NTU-EECS' nomination qualification, NTU-EECS will nominate students to NII.
3. If applicants pass NTU-EECS' reviewing process, it only represents that applicants receive NTU-EECS’ nomination qualification, NII reserves the right of final review and admission.

Application deadline: PM5:00 on May 3rd, 2024 to Ms. Cathy 202 in Barry Lam Hall.
Please send all Application documents’ e-file to [email protected] with the email titled 【NII International Internship Program (2024 1st Call) Application】; paper printout to be submitted as well.
Please note that No late applications will be accepted.

For further inquiries or questions, please contact Ms. Cathy Chen in the college office of NTU-EECS (E: [email protected] / T: +886-2-3366-3697).
Thank you.

1st call of 2024 As Japan's only general academic research institution seeking to create future value in the new discipline of informatics, the National Institute of Informatics (NII) seeks to advance integrated research and development activities in information-related fields, including networking, software, and co...

‼【TIGP AIoT Program by NTU and Academia Sinica is now accepting application for admission to the 2024 fall semester】‼
💰（Each student will receive a monthly stipend of NT$40,000 [around USD1,290] for the first year）
Artificial Intelligence of Things (AIoT) is an emerging technology that combines artificial intelligence (AI) and Internet of Things (IoT). It is one of the most promising scientific and technological trends today. In recent years, with breakthroughs in computer storage space and computing performance, coupled with big data analysis, inference, and learning, AI has become the focus and is widely adopted in many fields, such as finance, manufacturing, retail, and medical industries. According to IDC's Worldwide Artificial Intelligence Spending Guide report, the total global AI spending will increase more than twice in the next four years, from $50.1 billion in 2020 to more than $110 billion in 2024. According to PWC’s report, by 2030, the global AI technology output value will increase to 6.6 trillion U.S. dollars, and AI applications will generate 9.1 trillion U.S. dollars, which will bring 14% growth to global GDP. The potential for business opportunities is promising. On the other hand, IoT upgrades communications from the traditional "human-to-human" and "human-to-machine" communication and interactions to the intelligent "machine-to-machine", which connects various digital devices to the Internet and transmits all kinds of information sensed to each other. Through machine learning and data mining technologies, we can further discover valuable knowledge and ubiquitously provide various services in people's lives. According to the research of McKinsey Management Consultants, the global application output value of IoT will reach 11.1 trillion U.S. dollars in 2025.
In recent years, Taiwan has gradually matured in IC chip development, wireless transmission, and data storage technologies. Therefore, industries, government administration, and academia have begun to attach importance to the value of integrating AIoT with interdisciplinary fields. The development of AIoT technology not only has high research value in academics but also plays a pivotal role in the progress of various fields in Taiwan, such as technology industries, government efficiency, biomedical science and technology, health management, transportation construction, agricultural technology, as well as cultural and creative industries, and the upgrading of international competitiveness. Therefore, there is an urgent need for AIoT talents and technologies.
🔸 To cultivate Taiwanese and international talents in related areas to the program, strengthen innovative potential, and enhance the level of academic research, the TIGP on Artificial Intelligence of Things (AIoT) program is established jointly by National Taiwan University (NTU) and Academia Sinica. NTU and Academia Sinica will co-play leading and supervisory roles, and provide research resources and equipment. Additionally, the participating scholars of these institutions will be jointly responsible for teaching activities, supervising research, and guiding international graduate students.
🔸 This TIGP program hopes to attract outstanding young domestic and international students. In the scope of AIoT, this program gives priority to computer science and engineering and takes mathematics as a subsidiary to provide students with training across multiple fields. The curriculum contents will probe into various fields, including networking and communications, signal processing, embedded IoT systems, cloud computing, mobile edge computing, big data systems, machine learning, data mining, multivariate data analysis, business models, privacy and security, and multimedia that emphasized areas and combinations in computer science, electrical engineering, and communication.
🔸 In TIGP on AIoT, the cooperating university and institutes will provide the required laboratory equipment and instruments for teaching and research. With the equipment and varied expertise of the researchers from the cooperating institutions, this program can provide young students with an excellent educational opportunity to cultivate their research capabilities in interdisciplinary areas. This specific TIGP will focus on both theory and practice to provide students with a solid theoretical basis and technical capability to solve practical problems of various applications.
🔸 More information (regarding Program Requirement, Thesis Advisor, Costs and Funding, Courses) & Application details on https://tigpaiot.iis.sinica.edu.tw/ #/admission

【第三屆臺灣大學-中研院智慧聯網學程招生】
同學，當你收聽科技產業新聞，聽聞了什麼？
除了現下半導體產業的驚濤巨浪，是否聽見潛伏其中之智慧物聯網（AIoT）產業的暗濤洶湧？無論你是否聽聞，時代的巨輪已悄悄轉動。全球IT研究顧問公司Gartner預測：「物聯網在2020年將替全球經濟帶來1.9兆美元的產值、到2022年，80％的企業物聯網項目將包括AI解決方案、在2025年，全球將有超過500億個互聯設備。」
臺灣具備完整的硬體產業鏈和優秀的軟硬體人才，將是AIoT改變世界最重要的一塊拼圖。除了國內的聯發科技（MediaTek）、華碩、台達電、HTC、瑞昱等企業已大力投入智慧物聯網。Microsoft全球第一個「物聯網產業發展中心」和Google總部外最大的「硬體研發基地」亦選擇落腳臺灣，望整合人工智慧和軟硬體技術。
然而，目前臺灣物聯網人才供需仍不平衡：國際數據資訊IDC對臺灣物聯網人才市場調查報告指出「臺灣企業欠缺擁有軟硬體整合、巨量資料分析與雲端服務之專業技能的員工」。為了培養高品質的學術研究或業界高階研發人員，國立臺灣大學和中央研究院攜手創立了「智慧聯網國際研究生博士學位學程」（TIGP AIoT），希望結合臺灣大學與中研院的人工智慧、電腦視覺、資通訊和IC設計等長才，從事網路、系統、AI、智慧應用相關研究。
🔰 智慧聯網國際研究生博士學位學程的指導教授來自於臺灣大學電資學院與中央研究院資訊所/資創中心，是全國首屈一指的跨領域團隊，並依雙導師制（臺大電機資訊學院教授與中研院研究員各一）培育具跨領域整合能力之博士生。另外，該學程不僅招收國際學生，亦同時招收國內學生，故參與該博士學程的你能與國際學位生一同成長，培養團隊合作與國際化視野。
🔰 本學程之課程囊括臺大、臺科大與臺師大三校聯盟課程，兼具廣度與深度，理論與實務並重，強調做中學；也規劃產業專家論壇並積極協助學生至相關產業實習，藉此令學生了解目前產業發展脈動，並參與相關研發計畫。核心課程包含：機器學習、嵌入式物聯系統、網路通訊與訊號處理、資料探勘與巨量資料系統、雲端與行動邊緣計算、隱私安全和多媒體。
🔰 本學程之修業制度包括了最低18專業課程學分、資格考與畢業論文等，與臺大博士班畢業條件相同，學生將不會無所適從；此外，本學程第一年每月將提供台幣40,000元獎學金給每一位學生，最多可以展延至三年，而且教授可以再額外加碼，和一般學校的研究金相比，更加優渥。
Google臺灣前董事長簡立峰先生：「物聯網是臺灣扭轉產業的最後一次機會」
同學，當你凝視鏡裡的容顏，你看見了誰？大風起兮雲飛揚，你不會再是個裹足不前的忐忑青年，當成為一位乘風破浪、洞察時代趨勢的高階人才。
今天就把握機會：https://tigpaiot.iis.sinica.edu.tw/ #/admission 。

International Student Scholarship by College of Electrical Engineering and Computer Science of National Taiwan University Application
(for 2023 Fall Semester)

Dear Students,
Warm greetings from EECS, NTU.
Please kindly find the Application information below for the International Student Scholarship by the College of Electrical Engineering and
Computer Science of National Taiwan University (hereinafter called the EECS College scholarship):

• Available Degree:
Current international graduate degree students only (exclude Overseas Chinese/Hong Kong/Macao/Mainland Chinese students)
• Eligibility:
1. Students must comply with the Ministry of Education’s “Regulations for International Students Undertaking Studies in Taiwan”.
2. At the time of application, current students must have achieved an Average GPA of Academic Year 2022 of 3.2 (if the student has been enrolled for less than a year, then the previous semester’s score will be calculated).

• Award:
1. For doctoral student: NTD $16,000 monthly living cost.
2. For MS student: NTD $12,000 monthly living cost.

• Duration:
Minimum 2 months~Maximum 4 months (from September 2023 to December 2023)

• Quotas:
Maximum 4 MS students and 4 doctoral students
＊Please note that the duration and quotas of awards will be regulated each semester due to the College’s financial situation. The exact duration and quotas of the EECS College scholarship for 2023 Fall semester will be announced to applicants along with the reviewing result.

• Required Documents:
1. Past-year’s transcript
*If this semester is your first semester at NTU, and you don’t have an NTU transcript, please provide the transcript from your last University.
*If this semester is your second semester at NTU, the previous semester’s transcript will be acceptable.
2. Curriculum Vitae
3. One to two Letter of Recommendation
*at least one from your advisor.
4. Thesis Proposal
*If you haven't started your project, you can provide other academic beneficial materials as Point 5.
5. Other beneficial materials
6. The certificate of enrollment/payment for Fall Semester 2023/2024
7. EECS College Scholarship Application Form

• How to apply&deadline:
1. Go to the website and fill in your application online.
https://forms.gle/ya1JojzQYQr1yd2q8
2. Send all required documents via e-mail to Ms. Cathy Chen ([email protected]). The email title should be “EECS College Scholarship Application_your name_ your student ID”
For example: EECS College Scholarship Application_CathyChen_ B01234567
3. The application dateline is 5 pm October 31st, 2023.

*We will not notify the missing documents; you will be unqualified until you submit the completed documents. Please ensure you have all documents before applying and sending them out.

*Please be advised that the regulation of the EECS College scholarship is that "if the other scholarship that you receive has not regulated that you cannot receive another scholarship, and the money you receive is lower than the EECS College scholarship, then you can apply for the EECS College scholarship".

*If you have received (or are applying for) any other scholarships (provided by the government, the university, etc), you can kindly inquire to me first to make sure you're eligible to apply for the EECS College scholarship.

Google Forms: Sign-in Access Google Forms with a personal Google account or Google Workspace account (for business use).

Dear students,

The NTU-EECS will hold a distinguished international lecture on 14th June. The lecture’s information is as below:

⭐️Speaker: Prof. Jason Nieh, Department of Computer Science at Columbia University
⭐️Topic: Design and Verification of the Arm Confidential Compute Architecture
⭐️Date: 2023-6-14 (Wed.) 12:40pm-2:00pm
⭐️Location: R201, BL Building
⭐️Abstract:
The increasing use of sensitive private data in computing is matched by a growing concern regarding data privacy. System software such as hypervisors and operating systems are supposed to protect and isolate applications and their private data, but their large codebases contain many vulnerabilities that can risk data confidentiality and integrity. I will discuss our work on Realms, a new abstraction for confidential computing to protect the data confidentiality and integrity of virtual machines. Hardware creates and enforces Realm world, a new physical address space for Realms. Firmware controls the hardware to secure Realms and handles requests from untrusted system software to manage Realms, including creating and running them. Untrusted system software retains control of the dynamic allocation of memory to Realms, but cannot access Realm memory contents, even if run at a higher privileged level. To guarantee the security of Realms, we verified the firmware, introducing novel verification techniques that enable us to prove, for the first time, the security and correctness of concurrent software with fine-grained locking and dynamically allocated shared page tables, data races in kernel code running on relaxed memory hardware, integrated C and Arm assembly code calling one another, and untrusted software being in full control of allocating system resources. Realms are included in the Arm Confidential Compute Architecture and Armv9, the next version of the Arm CPU architecture.

⭐️Biography:
Jason Nieh is Professor of Computer Science at Columbia University. Technologies he developed are widely used in major operating system platforms, including Android and Linux, and are built into Arm processors, billions of which ship each year. He was the first to use virtualization as a classroom teaching tool, which has become common practice at universities around the world. Nieh is a Fellow of the ACM, IEEE, and John Simon Guggenheim Memorial Foundation. Other honors for his research work include a Sigma Xi Young Investigator Award, a National Science Foundation CAREER Award, a Department of Energy Early Career Award, numerous industry research awards, including those from Amazon, Google, and IBM, and various best paper awards, including those from MobiCom, OSDI, SIGCSE, SIGMETRICS, and SOSP. Nieh earned his B.S. from MIT and his M.S. and Ph.D. from Stanford University, all in Electrical Engineering. He is married to Belinda Nieh and they have four children, Joanna, Caleb, Emma, and Zachary.


We sincerely welcome our EECS International students & Local students to come to join us!😁😁😁😁
Look forward to seeing you on 14th June!👍👍👍

2023日本國立情報學研究所交換研究計畫 開放申請!

請見申請相關資訊如下所述：
• 申請人資格：
1. 本院碩、博士生
2. 申請與實習期間皆具有台大學生身分（不可休學）
• 研習出發時間和期間：2024年3月底前需抵日，總實習天數為期60-180天，實際天數長短與NII教師討論
• 本院可推薦名額：3名
• 補助：本研習計畫提供每日日幣5,700
• 其他申請細節：請見List_of_research_topics_for_2023_1stCall（如pdf附檔），及以下網頁連結https://www.nii.ac.jp/en/about/international/mouresearch/internship2023-1/
• 所需繳交之申請文件：
1. 2023日本國立情報學研究所交換研究計畫申請書（如word附檔；請以中文/英文填寫，並以護照英文名字為檔案名稱回傳）
2. NII申請表（如excel附檔；請以英文填寫，並以護照英文名字為檔案名稱回傳）
3. 歷年中文成績單（含111-1學期，碩/博士一年級生須檢附大學/研究所歷年成績單）
4. 指導教授推薦信一封（無指定格式，院內審查用）
5. 英文或日文檢定成績單影本一份，或其他足以證明能以英（日）語與研究人員順利溝通的證據
6. NII教師接受實習email影本
7. 英文CV一份
• 其他注意事項
1. 實習心得報告：實習結束後，學生須繳交一份心得報告（A4 兩頁以上，檢附數張照片）予電資學院。
2. 本實習計畫必須經由電資學院甄選推薦，並由本院推薦給NII。
3. 此錄取結果僅代表獲本院推薦，主辦單位國立情報學研究所（NII）仍保有最終審查錄取權。

有意申請之學生，請於2023年5月10日（三）下午5時前，將申請所需文件紙本繳交至博理館202室陳小姐，並以電子檔寄至[email protected]，信件主旨請註明【NII International Internship Program (2023 1st Call) Application】，逾時歉難收件。

若有任何相關問題，請與電資學院陳貞伶小姐[email protected]（02-3366-3697）聯繫。
謝謝。

NII International Internship Program (2023 1st Call) Application is now open!

Please find Application details as below contents:

• Applicant Qualification:
1. Master's and PhD students of NTU-EECS
2. Students who are currently enrolled at NTU, and will maintain their enrollment status at NTU for the full duration of their Internships
• Program Period: Arrive in Japan before the end of March 2024
Duration of internship: 60 to 180 days; to be discussed with NII supervisors
• NTU-EECS' nomination quotas to NII: 3 students
• Sojourn expenses: 5,700 JPY per day as sojourn expenses will be covered by NII while intern students are staying at NII
• Other Application details: Please see the List_of_research_topics_for_2023_1stCall (as the attached pdf file), and please also refer to the below link of NII website
https://www.nii.ac.jp/en/about/international/mouresearch/internship2023-1/
• Application documents:
1. 2023_NII_1stCall_NTU application form (as the attached word file; fill in the form in Chinese/English; revise the file name into your English name as in your passport)
2. Application_Form-2023_1stCall (as the attached excel file; fill in the form in English; revise the file name into your English name as in your passport)
3. Transcript for all past semesters (including 2022 Fall semester; freshman in MS/PhD program should submit transcripts of all semesters in undergraduate/MS program)
4. Letter of recommendation from your advisor (no official format; used for NTU-EECS’ reviewing process)
5. English or Japanese language proficiency test results, or other evidence to prove your good communication ability with Japanese researchers
6. Email correspondence with NII professor(s) indicating his/her interests in accepting you
7. English CV
• Matters needing attention:
1. Internship Program report: Submit your Internship Program report (minimum two pages of an A4-size paper) to NTU-EECS.
2. Applicants of this Internship Program have to apply to NTU-EECS first, if passing NTU-EECS' reviewing process and receive NTU-EECS' nomination qualification, NTU-EECS will nominate students to NII.
3. If applicants passing NTU-EECS' reviewing process, it only represents that applicants receive NTU-EECS’ nomination qualification, NII reserves the right of final review and admission.

Application deadline: PM5:00 on May 10th 2023 to Ms. Cathy 202 in Barry Lam Hall.
Please send all Application documents’ e-file to [email protected] with the email titled 【NII International Internship Program (2023 1st Call) Application】; paper print out to be submitted as well.
Please note that No late applications will be accepted.

For further inquiries or questions, please contact Ms. Cathy Chen in the college office of NTU-EECS (E: [email protected] / T: +886-2-3366-3697).
Thank you.

1st call of 2023 As Japan's only general academic research institution seeking to create future value in the new discipline of informatics, the National Institute of Informatics (NII) seeks to advance integrated research and development activities in information-related fields, including networking, software, and co...