Language: Chiense & English 

Time/Location: F6 F7 F8 / IB-610

Objectives

1. To equip students with fundamental knowledge of display technologies, including their basic concepts and classifications.

2. To introduce the major types, structures, and operating principles of flat-panel displays.

3. To introduce the major types, structures, and operating principles of stereoscopic displays.

4. To provide students with hands-on experience in the experimental procedures and practical implementation of computer holography.

5. To develop students’ ability to review and discuss recent international research papers on advanced stereoscopic display technologies.

Outline of Lectures

W1. 228 Peace Memorial Day Holiday (2026)

W2. Course Introduction

W3. Fundamental Optics for Displays (1)

W4. Fundamental Optics for Displays (2)

W5. Physiological Optics of Human Vision and Principles of Stereoscopic Vision

W6. Children’s Day Make-up Holiday

W7. Visit to Touch Taiwan 2026 (Reflection Report)

W8. Development and Classification of Stereoscopic Displays (I) (Midterm Exam Week)

W9. Development and Classification of Stereoscopic Displays (II)

W10. Midterm Exam

W11. Assignment of Final Presentation Papers (Instructor Attending an International Conference Abroad)

W12. 3D Imaging Acquisition Technologies and Human Factors Research (AR/VR/XR Displays)

W13. Light Field Display and Holographic Display Technologies

W14. Aerial Display Technologies and Laboratory Visit

W15. Final Presentation (1)

W16. Final Presentation (2)

Language: English (EMI course)

Time/Location: F6 F7 F8 / IB-602-1

Objectives

1. Provide basic knowledge of ocular physiology and visual optics. 

2. Introduce key concepts of reflection, refraction, absorption, and scattering. 

3. Explain chromatic dispersion, interference, diffraction, and polarization in simple terms. 

4. Give students an overview of floating and 3D display technologies through lectures and lab tours. 

5. Help students practice basic academic reporting and oral presentation skills.

Outline of Lectures

W1. Course Introduction

W2. Ocular physiology

W3. Reflectiong

W4. Refractive

W5. Absorption 、 Scattering

W6. National Day Vacation

W7. Mid-term exam

W8. Taiwan Restoration Day Vacation

W9. Chromatic Dispersion 、 Interference

W10. Diffraction 、 Polarization

W11. Optometry

W12. Floating Display-1(PhD Candidate. Huang)

W13. Floating Display-2 (PhD Candidate. Huang)

W14. Lab Tour (3D、Floating Display)

W15. Academic report & oral presentation

W16. Academic report & oral presentation