跨域學程/微學程

深耕跨域學程/微學程

1.本班設置之「深耕跨領域學程/微學程」，可滿足本班 115學年度 大學部必選修科目表 備註欄第七項 畢業要求 的條件。

2.欲修讀本學程之同學，請先至個人portal進行線上登記作業，路徑為：個人portal>學習檔案>跨領域學程。

3.深耕跨域微學程，限115學年度起入學學生適用。

學程名稱
Name of the Programs		 教學目標 
Teaching Objectives

學程科目表
 Course Planning Table
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Downkoad

資院英語學士班
電通院英語學士班
工院英語學士班
全英語授課
「人工智慧」深耕跨域學程
IBP-I /IBP-ECE / IBP-E
 “Artificial Intelligence” Advanced Cross-Domain Program

本學程提供一個全英文的人工智慧課程，以培訓具備以人工智慧技能造福人群的國際人才。人工智慧的應用範圍廣泛，近年來，人工智慧專業人才需求強烈，因此，提供一個完整的人工智慧訓練課程已成為當務之急。本學程提供學生人工智慧技術的數學算法之基礎，並結合程式設計的訓練，以及使用人工智慧工具和基礎模型的能力，使學生具備以人工智慧技術解決問題的能力。This program offers a fully English-based Artificial Intelligence curriculum designed to cultivate international talents equipped with AI skills to benefit humanity. The applications of AI are extensive, and in recent years, the demand for professionals in this field has grown significantly. Therefore, providing a comprehensive AI training program has become an urgent priority.

The program equips students with the mathematical foundations of AI algorithms, combined with programming training, as well as the ability to use AI tools and foundational models. This enables students to apply AI technologies to solve problems effectively. To further enhance students’ intelligence in AI applications, the program also offers a variety of elective courses, allowing them to apply AI techniques in developing solutions across diverse fields.

「應用人工智慧」
深耕跨域微學程

“Applied Artificial Intelligence” Advanced Cross-Domain Micro Program

本學程旨在培養學生具備嚴謹且跨領域之人工智慧基礎素養，並兼具智慧系統分析、設計與實作部署之理論深度與實務能力。課程內容涵蓋機器學習、深度學習、強化學習及資料驅動計算方法等核心領域，透過系統化之專業訓練，使學生具備界定複雜工程問題、建構穩健人工智慧模型，並提出實際應用解決方案之能力。

本學程並著重分析能力、跨域整合與創新導向學習，期能培養學生於人工智慧相關領域之研究潛力與專業素養，作為未來投入進階學術研究或人工智慧相關產業發展及領導工作之基礎。
This program is designed to cultivate a rigorous and interdisciplinary foundation in artificial intelligence, equipping students with both theoretical depth and practical competence in the analysis, design, and deployment of intelligent systems. Through systematic training in machine learning, deep learning, reinforcement learning, and data-driven computational methodologies, students will develop the capacity to formulate complex engineering problems, construct robust AI models, and derive effective solutions for real-world applications. Emphasizing analytical rigor, cross-domain integration, and innovation-oriented learning, the program prepares students for advanced academic research as well as leadership roles in rapidly evolving AI-related industries.


「跨域人工智慧與智慧系統」
深耕跨域微學程


“Artificial Intelligence for Interdisciplinary Computational Intelligence and Optimization Systems”
Advanced Cross-Domain Micro Program

本學程旨在培養學生將人工智慧與多元工程及計算領域加以整合之能力，內容涵蓋雲端運算、網路技術及資料驅動系統等跨域應用，藉以建立學生跨領域學習與應用之基礎。課程規劃著重於培養學生運用人工智慧進行跨領域問題分析與解決之能力，並強化其於程式設計與機器學習等核心知識之基礎，同時延伸至雲端運算、計算機網路與智慧系統等跨域技術領域。

The Artificial Intelligence Cross-Domain Exploration Program is designed to cultivate students’ ability to integrate Artificial Intelligence with multiple engineering and computational domains, including cloud computing, networks, and data-driven systems.

This program focuses on:

  • Developing AI-driven problem-solving skills across different disciplines
  • Building a strong foundation in programming and machine learning
  • Extending knowledge into cross-domain technologies, such as:
    • Cloud computing
    • Computer networks
    • Intelligent systems
  • Encouraging students to apply mathematical modeling and computational intelligence techniques in interdisciplinary contexts

Through this program, students will:

  • Gain the ability to connect AI with real-world systems
  • Develop interdisciplinary innovation skills
  • Enhance adaptability for future AI-driven industries

This program reflects modern trends in:

  • AI + Cloud Systems
  • AI + Network Intelligence
  • AI + Smart Engineering Applications

「跨域人工智慧與智慧系統」 深耕跨域微學程
「半導體技術及應用」
深耕跨域微學程

“Semiconductor Technology and Applications”
Advanced Cross-Domain Micro Program

本學程旨在培養學生具備半導體基礎專業知識與應用能力，內容涵蓋元件物理、電路設計及製程技術等核心領域，並兼顧不同學術背景學生之修習需求，提供循序漸進之學習架構。透過實務導向與跨領域整合之課程設計，提升學生於半導體及新興科技領域之應用能力與整合素養。

This program aims to introduce students to fundamental semiconductor concepts and their applications in modern electronic systems. It provides essential knowledge in device physics, circuit design, and fabrication technologies while maintaining accessibility for students from diverse academic backgrounds. The program emphasizes practical understanding and interdisciplinary integration, enabling students to apply semiconductor knowledge in emerging technology areas.


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