特別講究

Lecture outline and schedule　2023.6

本講究では、名古屋工業大学とエアランゲンニュルンベルク大学（FAU）の両教員が「合成/評価/シミュレーション/デバイス」の専門4要素に関する講義（英語）を提供します。

日独共同大学院プログラム講義 オンデマンド配信【学内限定】

2021年　※Moodleでの配信は終了しました

1. Electrochemistry and growth of single crystal wide band gap semi-conductors: Advanced Industrial Electrochemistry
   Lecturer : Prof. Shinji Kawasaki (NITech)
2. Electrochemistry and growth of single crystal wide band gap semi-conductors
   Growth and Characterization of Single Crystal Semi-Conductors
   Lecturer : Prof. Peter Wellmann (FAU)
3. Synthesis and optical properties of solution processed semiconductive perovskites:
   Metal halide perovskite single crystal growth and applications:
   Lecturer : Prof. Heiss, Wolfgang (FAU）
4. Nanostructured surfaces ; Ceramics Interface Chemistry: Lecturer : Prof. Masaaki Haneda (NITech)
5. Processing of functional ceramics and ceramic structures ; Processing of Lead-Free Polycrystalline and Single Crystal Ferroelectrics : Lecturer : Prof. Ken-ichi KAKIMOTO (NITech) 
6. Nanostructured surfaces; Modeling of Surface Phenomena : Lecturer : Prof. Meyer (FAU)
7. Synthesis and optical properties of solution processed semiconductive perovskites: Development of Advanced Photonic Materials : Lecturer : Prof. Tomokatsu Hayakawa (NITech)
8. Processing of functional ceramics and ceramic structures ; Additive Manufacturing of 3D Cellular Ceramic Structures: Lecturer : Dr. Tobias Fey (FAU)

2020年　※Moodleでの配信は終了しました

1. Introduction to lead-free perovskite ferroelectrics for electro-mechanical systems
   Piezoelectric Properties of Lead-free Ferroelectrics
   Lecturer : Prof. KAKIMOTO (NITech)
2. Introduction to lead-free perovskite ferroelectrics for electro-mechanical systems: Mechanical Properties of Ferroelectrics
   Lecturer : Prof. Kyle.G.WEBBER (FAU)
3. Materials and devices for opto-electric and energy technologies: Electronic Materials Analysis
   Lecturer: Assoc. Prof. Masashi KATO (NITech)
4. Materials and devices for opto-electric and energy technologies: Optoelectronic Materials for Energy Applications
   Lecturer: Prof. Christoph J. BRABEC (FAU)
5. Introduction to atomistic and mesoscale modeling : Introduction to Continuum Modeling of Electro-mechanically Coupled Problems
   Lecturer : Prof. Paul STEINMANN (FAU)
6. Introduction to atomistic and mesoscale modeling : Simulation for Nano-Technology
   Lecturer : Prof. Shuji OGATA (NITech)