Master of Science in Chemistry and Materials Science

• Advanced Physical Chemistry: Quantum mechanics and spectroscopy.
• Advanced Inorganic Chemistry: Organometallics and bioinorganic chemistry.
• Advanced Organic Chemistry: Stereochemistry and synthesis.
• Chemical Kinetics & Reaction Mechanisms: Detailed pathway analysis.
• Advanced Analytical & Instrumental Methods: Leading-edge techniques.

• Advanced Solid State Chemistry: Defect chemistry and transport.
• Advanced Materials Thermodynamics: Nanoscale thermodynamics.
• Electronic & Optical Materials: Semiconductors and photonics.
• Magnetic & Superconducting Materials: Quantum materials.
• Biomaterials: Materials for medical applications.
• Energy Materials: Batteries and fuel cells.

Nanoscience & Nanotechnology

• Nanomaterials
• Nanofabrication Techniques
• Nanocharacterization

Energy & Sustainability

• Materials for Energy Storage
• Solar Cell Materials
• Catalysis & Surface Science
• Green & Sustainable Materials

Polymers & Soft Matter

• Polymer Chemistry & Physics
• Rheology & Soft Materials

• Advanced Research Methods: Grant writing and experimental design.
• Scientific Writing & Ethics: Publishing research.
• Graduate Seminar: Discussing recent literature.

• Master’s Thesis / Dissertation: Comprehensive research project.
• Research or Industrial Internship: Optional advanced placement.