Master of Quantum Computing (MQuaC) 12 months Postgraduate Programme By University of Calgary |TopUniversities
Subject Ranking

# 201-250QS Subject Rankings

Programme Duration

12 monthsProgramme duration

Main Subject Area

Computer Science and Information SystemsMain Subject Area

Programme overview

Main Subject

Computer Science and Information Systems

Degree

Other

Study Level

Masters

Study Mode

On Campus

Through the Master of Quantum Computing program, students will evaluate current research and scholarship in quantum computing, as well as developments in commercial applications and examples of business cases. This will develop a systematic understanding of quantum computing as well as critical awareness of current problems, while forming new insights about the applicability of quantum computing in professional settings. As such, they will demonstrate originality in the application of their quantum computing knowledge. They will participate in learning activities in each course that require the application of this knowledge, research relevant problems and issues in the field, and they will undertake projects individually and in groups that further allow them to apply their knowledge and insights.  
In the professional internship, students will be required to demonstrate their disciplinary competence in a workplace setting, applying skills and knowledge to business problems. In the research internship, students will undertake an applied research project on an aspect of quantum computing with a commercial or public sector focus, applying and integrating conceptual understanding and methodological competence gained through their previous coursework.  

Programme overview

Main Subject

Computer Science and Information Systems

Degree

Other

Study Level

Masters

Study Mode

On Campus

Through the Master of Quantum Computing program, students will evaluate current research and scholarship in quantum computing, as well as developments in commercial applications and examples of business cases. This will develop a systematic understanding of quantum computing as well as critical awareness of current problems, while forming new insights about the applicability of quantum computing in professional settings. As such, they will demonstrate originality in the application of their quantum computing knowledge. They will participate in learning activities in each course that require the application of this knowledge, research relevant problems and issues in the field, and they will undertake projects individually and in groups that further allow them to apply their knowledge and insights.  
In the professional internship, students will be required to demonstrate their disciplinary competence in a workplace setting, applying skills and knowledge to business problems. In the research internship, students will undertake an applied research project on an aspect of quantum computing with a commercial or public sector focus, applying and integrating conceptual understanding and methodological competence gained through their previous coursework.  

Admission Requirements

6.5+
3+
86+

12 Months
Sep

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