Quantum Software Engineering (3 ECTS)

About

This course provides an overview of Quantum Software Engineering (QSE), focusing on how quantum computing influences software development. It covers fundamental concepts, hybrid (quantum–classical) approaches, and key considerations for designing, implementing, and evolving quantum software systems. Students will explore current tools, quality, security, and reliability challenges, as well as real-world application areas and emerging research directions. The course combines conceptual understanding with practical exercises and a group project in hybrid quantum–classical solution development.

Content:
Foundations of quantum computing and programming; development of quantum and hybrid quantum–classical software; implementation of representative quantum algorithms; design principles and architectures for quantum software systems; security, reliability, and quality challenges; contemporary tools, platforms, and development methodologies; empirical research and evaluation in QSE; application areas including healthcare, spectroscopy, and optimization; emerging trends and future directions in quantum software engineering.

Study Methods:
Active participation in lectures, complemented by a collaborative group project focused on applying the course concepts and content taught to students.

Timing:
The course (81 hours in total) follows a blended teaching approach, consisting of 16 hours of lectures, 10 hours of lab sessions, 20 hours of group project work, 35 hours of independent study and reading).

Primary Teaching Language:

English

Persons in charge:
Arif Khan (Associate Professor) and Boshuai Ye (PhD Researcher)

Fee info