Becker, Colin Kai-UweColin Kai-UweBeckerGheorghe-Pop, Ilie-DanielIlie-DanielGheorghe-PopTcholtchev, Nikolay VassilevNikolay VassilevTcholtchev2023-09-132023-09-132023-07https://publica.fraunhofer.de/handle/publica/45060010.1109/QSW59989.2023.00016As the scientific community is increasing the coverage of the quantum computing domain ranging from theoretical physics to financial applications, so does the number of quantum computing applications being developed for quantum computing hardware that is available today. As this hardware evolves towards increased capacity in terms of qubit number and increased fidelity, so does the complexity of quantum computing applications that implement the state-of-the-art of (hybrid) quantum algorithms. With this comes an increased demand for quantum software engineering practices where testing is a crucial part of the development process. Hence, a robust approach that addresses certain challenges and peculiarities related to the quantum computing domain is needed for the testing process. This paper proposes a standard-ready testing pipeline that covers the requirements of testing in a continuous development cycle as part of a modern quantum software engineering lifecycle.enQuantum computingQuantum Software EngineeringNISQTestingDebuggingconference paper