NCKU Curriculum Map
1. 2.
3.
Ms Degree Program on AI Robotics   
Goal   
  • Cultivate students to have the practical ability of AI robotics.
  • Cultivate talents with interdisciplinary and dual- competency expertise (in AI computing and robotics applications).
  • Cultivate students who emphasize team work and have hardware and software system integration ability.
  • Principle Literacy and Competence   
    [Principle Literacy]
  • Humanity and Literacy in Technology
  • Graduate students should be able to cultivate their ability in humanity and literacy in technology.
  • Environmental and Social Care
  • Graduate students should be able to care about the environment and the society.
  • Communication and Cooperation Ability and International Vision
  • Graduate students should be able to communicate and cooperate with others and have international vision.
    [Competence]
  • Professional in AI Robotics and Interdisciplinary Capabilities
  • Graduate students should cultivate their professionals in AI robotics and have interdisciplinary capabilities.
  • Innovative Thinking and Definition, Independent Problem Solving
  • Graduate students should have The ability of innovative thinking, definition and independent problem solving.
  • Language and Communication Ability
  • Graduate students should be able to use language and communicate, then integrate interdisciplinary personnels.
  • Design, Verify, and Integrate with Industrial Implementations
  • The ability to design, verify, and integrate with industrial implementations, and work together to promote industrial transformation and upgrading
  • Self-learning and Growth
  • The ability of self-learning and growth: international vision and basic literacy
    Course Classification
    Course Classification Course Name
    A. Core
    [NM6020]SEMINARⅠ, [NM6021]SEMINARⅡ, [NM6090]SEMINARⅢ, [NM6091]SEMINAR Ⅳ
    B. Advanced
    C. Cross discipline
    [NM6001]IMAGE PROCESSING AND ROBOT VISION: FUNDAMENTAL AND DESIGN, []IMAGE PROCESSING AND ROBOT VISION: COMPUTING AND APPLICATION, []IMAGE PROCESSING AND GEOMETRIC DATA ANALYSIS: FUNDAMENTAL AND DESIGN, []IMAGE PROCESSING AND GEOMETRIC DATA ANALYSIS: COMPUTING AND APPLICATION, []ARTIFICIAL INTELLIGENCE: COMPUTATION AND APPLICATIONS, []SPECIAL TOPIC ON GAME AI, []DEEP LEARNING: COMPUTING AND APPLICATION, []IMPLICATIONS AND FORECASTING OF AUTOMATION TECHNOLOGY, []DEEP LEARNING FOR RECOMMENDER SYSTEMS, []NATURAL LANGUAGE COMMUNICATION BETWEEN HUMANS AND ROBOTS, []VALUE-INFUSED INTERACTION WITH CHATBOTS, []INTERACTION WITH CHATBOTS, []ROBOT GRIPPER DESIGN: COMPUTING、SYSTEM INTEGRATION AND APPLICATION, []INTRODUCTION TO DESIGN, ANALYSIS AND CONTROL OF ROBOTIC SYSTEMS, []ADVANCED CONTROL: ROBOTIC AND COMPLEX SYSTEMS, []ADVANCED DYNAMICS: ROBOTIC AND COMPLEX SYSTEMS, []DEEP LEARNING FOR MEDICAL IMAGE ANALYSIS, []MOBILE ROBOT ARM CONTROL: COMPUTING AND APPLICATION, [AIRO6019]THE APPLICATION OF DEEP LEARNING FOR INTERNET OF THINGS, [AIRO6023]SPECIAL TOPICS ON INTELLIGENT CONTROL, [AIRO6024]LINUX KERNEL INTERNALS, [AIRO6025]INTRODUCTION TO REAL-TIME SYSTEM, [AIRO6026]EVOLUTIONARY COMPUTATION, [AIRO6027]EXPLORING EXPLAINABLE AI IN BIOMEDICAL DATA SCIENCE, [AIRO6028]EXPLAINABLE AI SEMINAR
    D. Artificial Intelligence Computing Modularization Courses
    []ARTIFICIAL INTELLIGENCE: COMPUTATION AND APPLICATIONS, []SPECIAL TOPIC ON GAME AI, []DEEP LEARNING: COMPUTING AND APPLICATION, [AIRO6019]THE APPLICATION OF DEEP LEARNING FOR INTERNET OF THINGS
    E. Learning-Based Computer Vision Modularization Courses
    [NM6001]IMAGE PROCESSING AND ROBOT VISION: FUNDAMENTAL AND DESIGN, []IMAGE PROCESSING AND ROBOT VISION: COMPUTING AND APPLICATION, []IMAGE PROCESSING AND GEOMETRIC DATA ANALYSIS: FUNDAMENTAL AND DESIGN, []IMAGE PROCESSING AND GEOMETRIC DATA ANALYSIS: COMPUTING AND APPLICATION, []DEEP LEARNING FOR MEDICAL IMAGE ANALYSIS
    F. Human-Robot Interaction Modularization Courses
    []DEEP LEARNING FOR RECOMMENDER SYSTEMS, []NATURAL LANGUAGE COMMUNICATION BETWEEN HUMANS AND ROBOTS, []VALUE-INFUSED INTERACTION WITH CHATBOTS, []INTERACTION WITH CHATBOTS, [AIRO6022]LEARNING-BASED HUMAN-ROBOT INTERACTION
    G. AGV and ROS Modularization Courses
    []IMPLICATIONS AND FORECASTING OF AUTOMATION TECHNOLOGY
    H. Robot and Robot Arm Modularization Courses
    []ROBOT GRIPPER DESIGN: COMPUTING、SYSTEM INTEGRATION AND APPLICATION, []INTRODUCTION TO DESIGN, ANALYSIS AND CONTROL OF ROBOTIC SYSTEMS, []ADVANCED CONTROL: ROBOTIC AND COMPLEX SYSTEMS, []ADVANCED DYNAMICS: ROBOTIC AND COMPLEX SYSTEMS, []MOBILE ROBOT ARM CONTROL: COMPUTING AND APPLICATION
    Development