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Master Program in Chemistry


The M.S. program in Chemistry requires a minimum of 21 credit hours, consisting of at least 7 courses, together with the seminar course and the master’s thesis.

Students admitted to the program complete the following course requirements:

A. Compulsory Courses

  1. CHEM500 Thesis
  2. CHEM598 Seminar
  3. CHEM507 Special Topics in Physical Chemistry
  4. CHEM508 Special Topics in Organic Chemistry
  5. CHEM545 Fundamentals of Analytical Chemistry
  6. CHEM511 Principles of Polymer Science
  7. CHEM541 Special Topics in Electrochemistry

B. Additional Postgraduate Courses

Students must take at least two additional postgraduate courses from the list below:

  1. CHEMXXX — Any Chemistry postgraduate course
  2. MATHXXX — Any relevant Mathematics postgraduate course
  3. COMPXXX — Any relevant Computer Science postgraduate course
  4. PHYSXXX — Any relevant Physics postgraduate course
  5. GRAD501 — Graduate Research Skills for Science & Engineering
  6. Any relevant Engineering postgraduate course
  7. Any relevant Pharmacy postgraduate course

The current webpage states that the M.S. programme requires at least seven courses totalling 21 credit hours, together with the seminar and thesis, but its elective section presently contains only generic course placeholders. (Physics Department) The attached curriculum provides the following complete list of approved elective courses, all carrying 3 credit hours.

Elective Postgraduate Courses

Course offerings may vary according to staff availability, student demand, and current research activities.

Research Methods and Computational Chemistry

  • CHEM 509 — Scientific and Technical Research Methods

  • CHEM 536 — Computer Applications in Chemical Research

  • GRAD 501 — Graduate Research Skills for Science and Engineering

Polymer Science and Advanced Materials

  • CHEM 511 — Principles of Polymer Science

  • CHEM 512 — Analysis and Characterization of Polymers

  • CHEM 514 — Copolymers and Polymer Blends

  • CHEM 521 — Synthesis of Polymers

  • CHEM 532 — Polymers in Solution

  • CHEM 533 — Polymer Gels

  • CHEM 534 — Natural Polymers

  • CHEM 538 — Biomedical Polymer Design

  • CHEM 581 — Polymer Processing

Physical Chemistry, Kinetics and Electrochemistry

  • CHEM 516 — Chemical Kinetics

  • CHEM 541 — Special Topics in Electrochemistry

Organic Chemistry and Spectroscopic Methods

  • CHEM 547 — Spectroscopic Methods in Organic Chemistry

  • CHEM 587 — Selected Topics in Organic Chemistry I

  • CHEM 591 — Organic Reaction Mechanism I

  • CHEM 592 — Organic Reaction Mechanism II

Photochemistry and Excited-State Chemistry

  • CHEM 551 — Introduction to Organic Photochemistry

  • CHEM 589 — Excited States in Organic Chemistry I

  • CHEM 590 — Excited States in Organic Chemistry II

  • CHEM 593 — New Developments in Mechanistic and Synthetic Photochemistry and Free-Radical Cyclization: Technological Aspects

  • CHEM 594 — Supramolecular Photochemistry

Industrial and Environmental Chemistry

  • CHEM 572 — Material and Energy Balances in Chemical Industry

  • CHEM 595 — Water: Sources and Treatment Methods

Programme-Specific Elective Requirements

Depending on the student’s thesis specialisation, the following courses may be designated as compulsory electives:

  • CHEM 511 — Principles of Polymer Science for students conducting thesis research in polymer science.

  • CHEM 541 — Special Topics in Electrochemistry for students in the thesis specialisation specified by the Department.

The applicability of these requirements should be confirmed by the thesis supervisor and the Departmental Graduate Committee before registration.

Additional Information

An elective undergraduate course may also be selected under the guidance of the student’s thesis supervisor and with the approval of the Department Chair. This course may be chosen from undergraduate programs offered by the Departments of Mathematics or Biology, or from the Faculties of Engineering or Pharmacy.

Applicants to the M.S. program in Chemistry are encouraged to indicate the faculty member whose research interests are most closely aligned with their own academic interests.

You may also consult the Quick Guide for the Chemistry M.S. program.


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