Study with Greenwich  | Student Information  | About Us  | Research  | Contact Us

School of Science

Search

Search the university website

Intranet Login



Dr Milan Antonijevic


Milan-AntonijevicMilan D Antonijevic BSc, PhD, MRSC
Senior Lecturer in Pharmaceutical Analysis
Programme Leader for BSc Chemistry/MChem
Co-Programme Leader for MSc Pharmaceutical Science

Office: Grenville 123A
E-mail: M.Antonijevic@gre.ac.uk
Tel: +44 (0)20 8331 9841
Fax: +44 (0)20 8331 9805


Biography:
Milan Antonijevic obtained a BSc in Chemistry (Hons) from the School of Chemistry, University of Belgrade, Serbia (1997). He then spent just over four years working in the Quality Control Department (Physico-Chemical Characterisation) of the leading pharmaceutical company in Serbia (Hemofarm). Next career step involved a move to the UK and continuation of his education.

Milan studied pharmaceutical materials science under the supervision of Dr Susan A Barker and Prof Duncan Q M Craig. He has been awarded PhD at the School of Pharmacy, Queen’s University Belfast in 2005.

His first faculty post was at the School of Chemical Sciences and Pharmacy, University of East Anglia, 2004  as a Senior Demonstrator. First permanent and current faculty post (Lecturer) at the School of Science, University of Greenwich, started in 2006, progressing to Senior Lecturer and Programme Leader in 2008.

Areas of Expertise
Milan Antonijevic uses thermal analytical techniques,specifically, Thermally Stimulated Current (TSC) Spectroscopy to study pharmaceutically important molecules. Particular interest lies in monitoring phase changes of active principles, excipients and their interactions. Information obtained is used to develop optimal dosage form. Additional projects involve development of methods that can be used to predict the stability, photodegradation pathways and kinetics of photo degradation of drug in both crystalline and amorphous form.

Recent Publications:
Milan D. Antonijevic, Duncan Q.M. Craig, Susan A. Barker (2008) "The role of space charge formation in the generation of thermally stimulated current (TSC) spectroscopy data for a model amorphous drug system", International Journal of Pharmaceutics 353: 8-14.

Course Leader

CHEM1066 Analytical Chemistry
OMED0104 Pharmaceutical Analysis, Mathematics and Statistics

Course Participation

CHEM1067 Instrumental Analysis
CHEM1044 Pharmaceutical Analysis
PHAR1014 Pharmaceutical Product Development, Manufacture and Control

Further information
Further information can be viewed by clicking on the following links: