中心旨在提升次世代半導體材料之基礎科學及產業應用研究，以鏈結聯合國永續發展目標第四項優質教育與第九項產業、創新、與基礎設施。
主要利用先進光電檢測技術來研究半導體材料及元件性質，並致力於解決產業應用之核心關鍵問題，以提升台灣半導體材料之研發能量。
此外本中心之師資設備也支援本校半導體學院在人才培育相關之教學研究工作，以期協助台灣半導體產業界培育半導體材料暨光電檢測之高階人才，確保台灣在全球半導體學術及產業持續保持領先之優勢。

中心聚焦於次世代半導體晶體材料之研發，主要包含寛能隙化合物半導體、二維半導體、有機半導體、鈣鈦礦及量子點等。
此外我們也發展先進光電檢測技術，以利於新穎半導體材料之基礎科學研究，同時也致力於研究其在光電元件、綠色能源及量子科技等產業應用之關鍵議題。

Our research center aims to promote the research on both fundamental science and industrial application for next-generation wide-bandgap compound semiconductor materials.
We mainly adopt the advanced optical spectroscopy to study the properties of semiconductor materials and devices. The center is devoted to solving the core issues in industrial applications to enhance Taiwan’s research and development capabilities on semiconductor materials.
Furthermore, the faculty and equipment in our center also support the teaching and research work related to talent cultivation in the semiconductor college in CYCU. The center aims to assist the Taiwanese semiconductor industry in cultivating high-level talents in semiconductor materials and optoelectronic detection to ensure that Taiwan maintains its leading position in the global semiconductor academic and industrial fields.

Our center focuses on the research and development of next-generation semiconductor crystal materials, including wide bandgap compound semiconductors, 2D semiconductors, organic semiconductors, perovskites, and quantum dots.
We also develop advanced optoelectronic detection technology to facilitate basic scientific research on novel semiconductor materials, and are committed to researching key issues related to their applications in the optoelectronic device, green energy, and quantum technology industries.