Laval University

Overview

The Molecular Medicine - With Memory program at Laval University is tailored for graduates in health, life, or pure sciences seeking to enhance their understanding of the molecular mechanisms that contribute to various diseases. This master's program offers a unique opportunity to engage in a research-intensive environment where fundamental scientific discoveries are linked to clinical applications.

What you'll study

Core coursework may include:

• Scientific Communication
• Bioinformatics
• Cell: Molecular Regulations and Structural Dynamics
• Critical Analysis of Publications
• Intracellular Signaling
• Functional Genomics and Health

Research component: The program integrates supervised research activities that focus on molecular medicine and translational objectives. Students typically engage in research planning, data analysis, and scientific reporting, combining theoretical knowledge with practical experience.

Assessment: Assessment methods may encompass written and/or oral evaluations associated with coursework and research outputs, ensuring a comprehensive evaluation of student performance.

Entry requirements

Applicants are generally required to hold a baccalaureate or an equivalent diploma. Additional requirements may include:

• A resume (CV).
• A cover letter detailing the motivation for applying and how the program aligns with academic and professional aspirations (approximately two pages).
• For international candidates: a copy of the transcript from the secondary school baccalaureate examination or equivalent documentation.
• For non-French-speaking applicants: an official document confirming the results of a French language proficiency test, as stipulated by the university.

Career prospects

Graduates of the Molecular Medicine - With Memory program are well-equipped for various career pathways in healthcare, research, and academia. Opportunities may include roles in clinical research, biotechnology, pharmaceuticals, and public health, where they can apply their expertise in molecular mechanisms to advance medical science and improve patient outcomes.