Chemistry Acadia University

Overview

The Chemistry programme at Acadia University offers an immersive postgraduate experience designed to enhance scientific breadth and technical expertise. Students work alongside expert faculty to address complex problems of real-world significance through rigorous academic study and original research.

This Master of Science degree emphasises the development of analytical and critical thinking skills within a highly engaged department. The curriculum is structured to provide a balance between advanced theoretical coursework and intensive laboratory investigation, ensuring graduates are well-prepared for professional scientific careers or further doctoral studies.

Why Chemistry at Acadia University?

The department is home to active researchers specialising in diverse fields such as environmental chemistry, chemical biology, materials science, and photophysics. Students benefit from small class sizes that foster personal contact with faculty and a collaborative learning atmosphere.

Participants have access to sophisticated research tools and modern facilities within the department. Furthermore, the university provides connections to specialised research hubs, including the Acadia Centre for Microstructural Analysis, which supports high-level technical investigations and interdisciplinary projects.

Tuition Fee Breakdown

• International fee: CAD 16882 per year
• National fee: CAD 7432 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is designed to support the development of a research thesis while providing essential theoretical foundations. Modules may include:

• Qualifying Exam
• Elective
• Research Seminar
• Thesis
• Research Proposal
• Thesis Completion

Research interests within the department cover a broad spectrum of modern chemical sciences. Students may engage in projects related to the following areas:

• Chemical kinetics applied to atmospheric chemistry and fuel science
• Bioavailability of metals in nature
• Chemical speciation
• Cavity enhanced fibre-optic sensors
• Chromatographic separations
• Design and evaluation of DNA photocleaving agents
• Molecular compounds for hydrogen storage
• Photocages
• Photodynamic multinuclear metal complexes
• Drug delivery
• Drug design
• Barrier films for preventing corrosion
• Environmental analytical chemistry
• Enzyme Inhibition
• Medicinal chemistry
• Thin films on metal surfaces
• Photodynamic therapy
• Proteins in fouling and corrosion of metal surfaces
• Proteins in medical implants

Careers with Chemistry

Graduates from this programme are equipped with advanced research skills and technical knowledge applicable to various scientific sectors. The focus on analytical thinking and practical laboratory experience prepares students for roles in environmental science, health and wellness, and materials development.

The programme's emphasis on real-world problem solving ensures that graduates are competitive candidates for positions in industrial research, government agencies, and private laboratories. Many students also use this degree as a foundation for pursuing a PhD in specialised chemical disciplines.