Shao-Chi Lee completed his Master of Science degree in Chemistry in 2015 at National Chung Hsing University. Following that, he pursued his Ph.D. studies as a student under the guidance of Prof. Dr. Magnus Rueping at RWTH Aachen University in Germany. During his Ph.D., his research interests shifted towards the development of innovative synthetic methods employing transition-metal catalysts and photo-redox catalysis. In 2019, he successfully obtained his Ph.D. degree.
After completing his Ph.D., Shao-Chi Lee continued his academic journey by joining Prof. Hsuan-Hung Liao's research group at NSYSU as a postdoctoral fellow. However, starting in February 2024, he will take on the role of an Assistant Professor in the Chemistry Department at National Chung Hsing University.
The Lee's Lab at National Chung Hsing University, led by Dr. Shao-Chi Lee, specializes in cutting-edge research at the intersection of photoredox, electrical, and transition-metal catalysis. With a commitment to pioneering methodology development and functional group transformations, our lab is at the forefront of exploring inert bond activation and unraveling mechanisms within organic chemistry.
Our lab's work spans several key areas, including:
- Development and interpretation of innovative research methodologies.
- Transition-metal catalysis for sustainable chemical practices.
- Photoredox catalysis aiming at energy-efficient synthesis processes.
- Electrical catalysis to harness electrical energy in chemical transformations.
Dr. Lee has been a distinguished participant in international conferences and has contributed significantly to the field as evidenced by his role as the corresponding author in high-impact publications. His work has garnered recognition within the scientific community, establishing him as a leader in catalysis research.
Dr. Lee's academic journey is marked by a rich and diverse education, having earned his Ph.D. in Organic Chemistry from RWTH Aachen University in Germany and holding a Master's degree in Chemistry from National Chung Hsing University in Taiwan. Additionally, he has international exposure from his time as an exchange student at California Polytechnic State University in the USA.
Job Description
The position emphasizes practical research contribution rather than coursework training. The intern should be able to follow experimental plans, record data accurately, and troubleshoot routine experimental issues under guidance. Depending on performance, the intern may be involved in reaction optimization and mechanistic studies.
Preferred Intern Educational Level
Master’s or Ph.D. students in Chemistry are strongly preferred. Advanced undergraduate students with solid organic chemistry training and laboratory experience may be considered.
Skill sets or Qualities
-Strong background in organic chemistry
-Prior experience in synthetic chemistry laboratories
-Careful, reliable, and able to work independently
-Comfortable with routine laboratory work and repetition
-Able to read and understand primary literature in English
-Long-term commitment and stable working schedule are highly valued
Job Description
The position emphasizes practical research contribution rather than coursework training. The intern should be able to follow experimental plans, record data accurately, and troubleshoot routine experimental issues under guidance. Depending on performance, the intern may be involved in reaction optimization and mechanistic studies.
Preferred Intern Educational Level
Master’s or Ph.D. students in Chemistry are strongly preferred. Advanced undergraduate students with solid organic chemistry training and laboratory experience may be considered.
Skill sets or Qualities
-Strong background in organic chemistry
-Prior experience in synthetic chemistry laboratories
-Careful, reliable, and able to work independently
-Comfortable with routine laboratory work and repetition
-Able to read and understand primary literature in English
-Long-term commitment and stable working schedule are highly valued