Queen's University

Overview

The PhD program in Engineering and Applied Physics at Queen’s University offers a robust platform for advanced research in areas such as photonics, quantum information, medical physics, materials science, and plasma physics. This program is designed for students to collaborate closely with faculty members, fostering a deep understanding of the field through a combination of coursework and a research thesis.

What You'll Study

Doctoral training integrates graduate coursework with focused research. Students will engage in required graduate courses followed by an intensive phase of thesis research and dissertation writing.

Typical Coursework Components

• Advanced studies in nanophotonics and light-matter interactions
• Courses covering quantum information technologies and advanced quantum theory
• Modules related to semiconductor optoelectronics and nano-devices
• Training in computational electrodynamics and other computational physics methods
• Research-oriented studies in areas such as self-assembly and advanced materials/physics topics, tailored to the student’s research focus

Thesis

The culmination of the program is a research thesis that represents original work conducted under the supervision of faculty. Students are expected to showcase research competence, generate results for scholarly dissemination, and complete all dissertation requirements for the doctoral program.

Entry Requirements

Admission to the doctoral program is primarily based on the academic background of applicants and the alignment of their interests with the research areas of the department. There are no specific GRE/GMAT requirements or GPA thresholds indicated for admission.

Career Prospects

Graduates of the PhD program in Engineering and Applied Physics are well-prepared for a variety of career paths in academia, industry, and research institutions. Their expertise in cutting-edge technologies and advanced research methodologies positions them for roles in sectors such as telecommunications, healthcare, materials science, and emerging quantum technologies.