Quantum Technology Applications and Management MSc

Program Overview

Delivered online, it equips students with skills for careers in quantum technology, including industrial research, quantum division management, and quantum entrepreneurship. The program emphasizes real-world case studies, exercises, and global connections with quantum professionals.

Program Outline

Degree Overview:

This MSc program in Quantum Technology Applications and Management is designed to equip students with a comprehensive understanding of quantum physics and its practical applications in various sectors.

• Develop practical skills for commercializing new quantum technologies, including market positioning, industry engagement, and high-tech entrepreneurship.
• Explore the economic, security, and public policy implications of emerging quantum technologies.
• Equip students with the knowledge and skills to drive innovation and stand out in a competitive job market.

Outline:

The program is delivered 100% online and is structured into three carousels, each consisting of four modules. Students must complete all three carousels to earn the MSc degree.

Carousel 1: Foundations of Quantum Technology

• Foundations of Quantum Mechanics: This module introduces the fundamental concepts and mathematical framework of modern quantum science, enhancing students' quantum literacy.

Carousel 2: Advanced Quantum Technology and Applications

• Atom-Light Interactions and Photonics: This module examines the interaction of atoms with electromagnetic radiation and the description of structures associated with optical-electromagnetic propagation.
• Materials for Quantum and Nanotechnologies: This module explores how quantum mechanics underpins the development of nanoscale materials characterization techniques and their role in advancing quantum and nanotechnologies.
• Quantum Networks and Secure Communications: This module introduces quantum networks and quantum cryptography, developing students' theoretical understanding of these concepts.
• Sensing and Imaging: This module focuses on improved sensing methodologies and techniques enabled by quantum physics principles, particularly in atomic and photonic systems.

Carousel 3: Project and Skills Development

• Project Design: This module guides students through the initial stages of their MSc project, including topic selection, framework identification, and supervisor collaboration.
• Project: This module involves a major research project conducted under the supervision of a faculty member or postdoctoral researcher.
Students will familiarize themselves with a new research field, using appropriate tools to produce original results in the context of modern quantum technology.

Course Schedule:

• The program is delivered in seven-week modules.
• Entry points are available in January, March, May, July, September, and October.
• Students can complete the MSc in a minimum of two years or a maximum of four years.

Assessment:

• The program utilizes multiple assessment methods, including written reports, simulations, essays, project reports, multiple-choice questions (MCQs), and portfolios.
• Assessment methods may vary depending on the specific module.

Teaching:

• The program is delivered 100% online via Canvas, a state-of-the-art learning platform accessible via computer, tablet, or smartphone.
• Students will learn from world-leading academics from the School of Mathematical and Physical Sciences, the University of Sussex Business School, and the School of Engineering and Informatics.
• The program emphasizes a practical, business-focused perspective, integrating real-world case studies and exercises.

Careers:

• Graduates will be equipped with highly sought-after skills for careers in quantum technology, including industrial research, quantum division management, policy influence, and quantum entrepreneurship.
• Potential career paths include Cybersecurity Engineer, Quantum Development Representative, Product Marketing Manager, Quantum Processor Engineer, Data Scientist, Research Scientist in Quantum Machine Learning, Researcher in Quantum Cryptography, Research Portfolio Manager, and Program Manager.

Other:

• The program is offered by the University of Sussex, a renowned UK institution.
• The School of Mathematical and Physical Sciences at the University of Sussex is ranked in the top 20 for student satisfaction in Physics and Astronomy in the UK.
• The University of Sussex Business School is ranked in the top 15 in the UK for Business and Economics.
• Students will have opportunities to engage in discussions with other quantum professionals and benefit from one-on-one interactions with globally renowned academics.
• The program fosters global connections with professionals in the quantum technology sector, leading to potential career opportunities.

You are required to pay the first module fee of £1,055 to secure your place on the course. You may also consider corporate sponsorship and employer funding.