Dalhousie University

Overview

The Doctor of Philosophy (PhD) in Materials Engineering at Dalhousie University is a research-driven program designed for individuals eager to advance knowledge in various domains, including materials processing, corrosion and wear, electronic materials, composites, and recycling. This program emphasizes collaboration with faculty and research groups to produce publishable outcomes and prepare graduates for careers in academia, advanced research and development, and industry.

What you'll study

• Degree level: Doctor of Philosophy (PhD)
• Credits: Typically thesis-based (confirm with the department for specific credit structure)
• Duration: Generally spans 3 to 5 years, depending on research progress and individual circumstances
• Delivery: On-campus research program at Dalhousie University
• Research format: Supervisor-guided thesis with established doctoral milestones
• Language of instruction: English
• English tests accepted: IELTS, TOEFL iBT, PTE Academic (minimum scores required—refer to admission requirements)
• Application: Submit through Dalhousie’s graduate application portal

Students will engage in departmental seminars to enhance their academic and professional research communication skills. They will also undertake a comprehensive examination to demonstrate their knowledge breadth in materials engineering and their specific research area. The culmination of their research will be a doctoral thesis, developed under the mentorship of a faculty advisor, which will be followed by a defense.

Research focus areas may include: materials processing and production, corrosion and wear, electronic materials, composite materials, and materials recycling. Note that course requirements and the sequence of milestones may vary based on the supervisor and research topic. Students will finalize their program plan in consultation with their supervisory committee.

Entry requirements

Career prospects

Graduates of the PhD program in Materials Engineering are well-prepared for various career paths, including roles in academia, advanced research and development within industries, and positions in government and private research facilities. Their expertise in materials science will enable them to contribute to innovations in technology, manufacturing, and sustainability.