Ph.D. Positions in Mining & Materials Engineering at McGill University

Open Ph.D. Positions in Mining & Materials Engineering at McGill University.

Ph.D. Positions in Mining & Materials Engineering at McGill University

McGill University’s Department of Mining and Materials Engineering is offering fully funded Ph.D. positions for Fall 2026 in its Geomechanics Laboratory and Mine Multiphysics Laboratory. These programs combine sustainability, computational modeling, and mining innovation, providing an unparalleled opportunity for research-driven academic and professional growth.

About the Department

Founded in 1871, McGill’s Mining and Materials Engineering Department is among the oldest and most respected in the world. Located in Montreal—a global hub for innovation and higher education—it provides exceptional laboratory infrastructure, interdisciplinary research facilities, and deep partnerships with the mining and energy industries.

Program Overview

University: McGill University
Faculty: Faculty of Engineering
Department: Mining and Materials Engineering
Location: Montreal, Quebec, Canada
Starting Term: Fall 2026
Application Deadline: Open until filled
Supervisors:

• Prof. Ferri Hassani (Webster Chair Professor, Geomechanics Laboratory)

• Prof. Agus Sasmito (Associate Professor, Mine Multiphysics Laboratory)

Funding and Support

• Research Stipend: Competitive full financial support for selected candidates.

• Additional Opportunities: McGill Engineering Doctoral Award and Teaching Assistantships (TAs) provide extra income beyond the base stipend.

• Duration: Typically 4 years, contingent on satisfactory research progress.

Research Focus Areas

Students will conduct research and technical development in sustainable and computationally advanced mining systems, including:

• Rock mechanics and mine design

• Computational Fluid Dynamics (CFD) and Finite-Element Methods (FEM)

• Sustainable mineral and energy extraction technologies

• Heat transfer, ventilation, and fluid-flow modeling in mining

• Optimization for decarbonization and environmental preservation

Key Responsibilities

• Design and execute independent research projects leading to peer-reviewed publications.

• Participate in academic coursework and interdisciplinary laboratory activities.

• Collaborate with graduate peers, industrial partners, and research consortia.

• Mentor undergraduate researchers and support lab experiments.

• Present findings at international conferences and workshops.

Eligibility and Qualifications

Required Background:

• Bachelor’s or Master’s degree in Mechanical, Mining, Materials, Civil, Geotechnical, or Chemical Engineering (or a closely related discipline).

Academic Requirements:

• GPA ≥ 3.5/4.0 (Bachelor’s) and ≥ 3.8/4.0 (Master’s).

• Applicants with only a Bachelor’s degree must have a minimum GPA of 3.8/4.0.

Desired Expertise:

• Demonstrated knowledge in heat transfer, fluid mechanics, CFD/FEM modeling, rock mechanics, or computational optimization.

• Prior research or industrial experience, evidenced by publications, internships, or conference presentations.

• Strong English communication skills (written and oral); knowledge of French is beneficial.

Application Process

Submission Method: Online through Google Form (link provided in the official announcement).

Required Documents:

• Curriculum Vitae (CV) – highlighting academic and research achievements.

• Academic transcripts from all degrees obtained.

• Statement of Purpose – outlining research interests and motivation.

• Contact details for 2–3 academic or professional referees.

Contact:

For inquiries, email Dr. Adel Ahamdihosseini at adel.ahamdihosseini@mail.mcgill.ca

Equity and Diversity Commitment

McGill’s research community is founded on inclusivity. Applications are strongly encouraged from women, Indigenous peoples, visible minorities, persons with disabilities, and other underrepresented groups. The department maintains a respectful and collaborative workplace guided by the university’s equity values.

This is your opportunity to contribute to the future of sustainable mining through advanced simulation, material innovation, and environmental stewardship.