The fundamental chemical design, synthesis and analysis of therapeutic molecules — exploring how chemical structures influence drug action within the human body.
The Department of Pharmaceutical Chemistry delves into the fundamental chemical design, synthesis and analysis of therapeutic molecules. By combining organic chemistry, biochemistry and molecular biology, the department explores how chemical structures influence drug action within the human body.
The department focuses on synthetic organic chemistry, drug discovery, structure-activity relationships (SAR), heterocyclic synthesis, reaction monitoring, and molecular structure elucidation — preparing students for pivotal roles in drug discovery laboratories, analytical testing and chemical process development.
Designing, synthesizing and analyzing the molecules that become tomorrow's medicines.
What students learn and work with in this department
Understanding how chemical structure influences a molecule's action in the body.
Hands-on training in organic synthesis routes for therapeutic compounds.
Spectroscopic and analytical methods used to characterize and test drug molecules.
Students work directly with instruments such as UV-Visible spectrophotometers and FT-IR to characterize and test drug molecules — building the precise, hands-on analytical skills needed for drug discovery labs, analytical testing units and chemical process development roles.
Infrastructure built for medicinal chemistry & drug analysis
Built for precise, discovery-ready pharmacy graduates
A career built on molecular design, synthesis & analytical expertise
Start testing and characterizing pharmaceutical compounds using instrumental analysis techniques.
Move into synthetic chemistry, rational drug design, or chemical process development roles.
Lead drug discovery research, analytical method development, or academia in medicinal chemistry.
