Quantum Technologies and Big Data

About the Specialism

In this specialism you will develop an interdisciplinary foundation in quantum physics and data science, bridging the gap between fundamental theory and real-world applications in technology and computation. You will gain a strong grounding in quantum physics and computational techniques, quantum computing, quantum sensing and communication, cryptography, machine learning, and large-scale data analysis.  This specialism is ideal for students motivated by the application of cutting-edge technologies to fields such as secure communications, quantum-enhanced computing, algorithm design, and high-performance data processing, while critically engaging with the societal and ethical dimensions of technological change.

Your learning on this specialism will include laboratory-based practical work.

Specialism Structure

In year 2, you will study core modules in quantum physics and statistics. In year 3, you will choose from a range of advanced physics and statistics modules and undertake an interdisciplinary research project on a topic related to the specialism.

Employability and Skills

Graduates will have a strong fundamental knowledge of quantum mechanics, data science, and computation, with practical experience in simulation, statistical analysis, and handling large-scale datasets. These skills are applicable across quantum technology, digital innovation, and research sectors. 
 
Graduates will gain interdisciplinary insight into the role of quantum and data-driven technologies in addressing global challenges, with the ability to communicate complex scientific ideas to both technical and non-specialist audiences.