-
/ Discipline: - PhD (Chemistry or Material Science) Skills: - Organic synthesis, MOF synthesis and characterisation, Application of MOF in different areas. Experience: - Experience in synthesis, writing papers
-
include: • Synthesis and characterization of novel high conductivity organic n-type and p-type semiconductor transport polymers • Device implementation. Qualifications - PhD in Chemistry or Materials
-
of the position include: - Synthesis and spectrscopic characterisation of above materials. Qualifications / Discipline: - Bachelor in Chemistry or Materials Science Skills and Experience: - Basic organic synthesis
-
quantification Knowledgeable in atmospheric VOC chemistry and chemical reactions Proactive in assisting and contributing to quality scientific research publications Proficient in technical presentation, slide
-
include: Lead the research projects Train juniors (PhD or undergraduate students) Assist and help with lab management Qualifications Qualifications / Discipline: PhD in Chemistry or Chemical Biology Skills
-
include: Lead the research projects Train juniors (PhD or undergraduate students) Assist and help with lab management Qualifications Qualifications / Discipline: PhD in Chemistry or Chemical Biology Skills
-
include: Lead the research projects Train juniors (PhD or undergraduate students) Assist and help with lab management Qualifications Qualifications / Discipline: PhD in Chemistry or Chemical Biology Skills
-
include: Lead the research projects Train juniors (PhD or undergraduate students) Assist and help with lab management Qualifications Qualifications / Discipline: PhD in Chemistry or Chemical Biology Skills
-
include: Lead the research projects Train juniors (PhD or undergraduate students) Assist and help with lab management Qualifications Qualifications / Discipline: PhD in Chemistry or Chemical Biology Skills
-
of Professor Ho Ghim Wei, at the Department of Electrical and Computer Engineering, National University of Singapore (NUS). He /she is required to perform: - Precise synthesis of atomic scale heterojunctions