Description
Enhance your quantum literacy and learn how to harness the power of new technologies across a range of sectors.
Delivered 100% online
Construction learning to offer a 100% online MSc in Quantum Technology
Start dates in October, November, December.
Overview
Our cutting-edge Quantum Technology MSc course combines scientific theory with practical exercises and real-world case studies, so you’ll dive deeper into quantum physics and explore the commercialization of new technologies. With your new-found, advanced knowledge on the science underpinning quantum technology from atom-light interactions and optical propagation to atomic and photonic systems, you’ll explore the exciting possibilities of quantum technology, such as using quantum networks for establishing secure communication.
This practical business-focused perspective has been integrated throughout the course content, so you’ll not only understand the technology, but also recognize its market potential by developing the tools needed for commercialization, industry engagement, high-tech entrepreneurship, and market positioning, while assessing the economic, security and public policy implications of new technologies.
With a strong emphasis on the business and practical applications of quantum technology, our course content is aligned with current industry trends meaning you’ll graduate with the up-to-date knowledge and skills you need to drive innovation and stand out in a competitive employment market.
Delivered 100% online, this distance learning quantum technology degree offers an innovative curriculum designed to help you shape the future of quantum technologies.
Modules
Each module for this course lasts seven weeks and is delivered via Canvas, a state-of-the-art online learning platform which can be accessed by a computer, tablet, or smartphone. The modules are designed to develop your theoretical understanding of quantum physics and illustrate the commercial opportunities presented by new quantum technologies. You’ll cover a range of exciting topics, such as sensing and imaging, applications of quantum technology, photonics, nanotechnologies, secure communications and more.
Our MSc’s modules are grouped into ‘carousels’, so you’ll study the first carousel before moving on to the next one. If you choose to study an alternative qualification (PG Certificate or PG Diploma), you won’t study all three carousels, only the ones required for the specific qualification. Please see the ‘Award levels’ tab for further information.
The assessments in this course are designed to measure your understanding and progress. Examples of the types of assessments you may encounter include projects, written assignments and practical exercises. The assessment information will be shared with you at the start of each module. It’s vital to complete these within each module’s teaching period to stay on track. The final assessment is due by 10am on the Monday after teaching finishes.
To learn more about each module, please click on the title to read the module description and the types of assessments.
Carousel 1
This module will familiarise you with the fundamental concepts and mathematical framework of modern quantum science, improving your quantum literacy. You’ll receive an overarching introduction to quantum physics and the tools you need to understand the practical implementations of quantum technologies.
This module will give you an overview of the key emerging quantum technology applications, with a particular focus on the areas that are most ready to make the transition from a laboratory setting to real-world industrial settings. This module will give you an overview of the key emerging quantum technology applications.
This module will introduce you to quantum computation on a level which will allow you to appreciate what it consists of on an elementary, hardware-independent level. Quantum mechanics is a model of physics with subtle and often-misunderstood consequences.
In this module you’ll explore current developments in the quantum technology market, along with likely near-term and longer-term future developments. You’ll learn about the relationship between quantum technologies and commercial opportunities, as well as the interplay of market pull and technology push across various sectors.
Carousel 2
This module looks at the interaction of atoms with electromagnetic radiation and with the description of structures associated with the exploitation of optical-electromagnetic propagation. You’ll learn about the relevant atom-light physical processes, including the semi-classical model of light-matter interactions and the quantum model relevant to atom-cavity interactions.
In this module, you’ll learn how quantum mechanics underpins many of the developments that have enabled the characterisation of materials at the nanoscale, and you’ll develop an understanding of these techniques and how they’ve aided the advance of both quantum and nanotechnologies.
In this module, you’ll be introduced to quantum networks and quantum cryptography. You’ll develop a theoretical understanding of these concepts and build a foundation from which you can describe quantum interfaces on an elementary level.
In this module, you’ll learn about the key aspects of improved sensing methodologies and various techniques and devices that are enabled by quantum physics principles. The focus will be on atomic and photonic systems, and you’ll study use cases in precision metrology and practical sensing and imaging.
Carousel 3
This module focuses on conducting a structured literature review on a specific topic in Quantum Technologies. Students will be provided with a selection of key reference materials, such as research papers, review articles, and theses, to establish a foundation in the chosen area. They will then independently gather additional relevant literature, critically analyse the existing body of work, and synthesise their findings into a coherent review. As part of this process, students will learn how to use reference management software, such as Zotero, to organise citations efficiently and enhance their research workflow.
This module is the first step towards the delivery of the final MSc project, and it will begin with you choosing a specific project/topic area (in agreement with your supervisor of choice). In the initial stage, you’ll need to identify the specific scientific, technological, or economic framework of the project.
The Research Project in Quantum Technology is a major undertaking conducted under the supervision of a faculty member or postdoctoral researcher, requiring a substantial degree of independence. Through this research, MSc candidates will engage with a new field of study, develop proficiency in relevant research methodologies, and apply appropriate tools specific to their subject area. The project is designed to enhance the student’s understanding of modern Quantum Technology. Furthermore, this research project serves as the first practical application of the knowledge and skills acquired throughout the MSc programme. The culmination of the project is the production of a substantial research thesis, which constitutes the final deliverable for the degree.
In this module you’ll learn the skills that are required for building practical quantum technology systems and platforms. This module is particularly useful for students looking to expand their quantum literacy, and you’ll learn highly sought-after programming skills and engineering fundamentals.
Award levels
Our programme is designed with flexibility in mind, offering you the opportunity to choose the qualification that best fits your current lifestyle and goals.
Whether you aim to complete the full Masters degree or prefer the shorter options of a Postgraduate Certificate (PG Cert) or Postgraduate Diploma (PG Dip), you can upskill at a postgraduate level, gain a recognized qualification, and take significant steps towards achieving your professional ambitions.
Entry requirements
The typical entry requirements require you to have an undergraduate honours degree or above from any UK university or international equivalent, with a grade of:
- a lower second-class (2.2) in STEM subjects including physics, mathematics, computer science, and engineering
- a higher second-class (2.1) in STEM subjects not listed above.
You can also be considered entry for this course if you have:
- three years of professional experience in a related industry or
- three years of professional experience in a related business or
- an undergraduate honors degree or above from any UK university or international equivalent in Economics, Finance, Business, or other related degree with proof of mathematical aptitude (additional documents will be required).
English language requirements
Applicants whose first language is not English (and whose first degree was not taught in English) need to supply evidence of IELTS (Academic) high level (6.5 overall, including at least 6.0 in each component).
Careers
Drive the second quantum revolution
As a graduate of this online course, you’ll be equipped with highly sought-after skills designed to give you the edge in your career. You’ll develop a strong scientific understanding of quantum principles, learn how to commercialise new quantum technologies, and master in-demand technical skills in areas such as Python programming language, microcontroller deployment, and 3D Computer-Aided Design.
Our Masters in quantum technology focuses on the commercial potential of innovative quantum technologies, so you’ll be equipped to undertake industrial research at a small or large tech company, set up and manage a quantum division in your own organisation, use your new quantum literacy to influence policy, or disrupt the market as a quantum entrepreneur.
Quantum technology is a rapidly growing field, and with top industries in need of skilled experts, it’s no surprise that there’s a wide range of careers and opportunities for quantum-savvy professionals looking to drive the emerging quantum economy. Examples of quantum technology jobs that may be available to graduates 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
- Program Manager
Why choose this course?
Lead the future of quantum technology
By studying our online Quantum Technology Applications and Management MSc, you’ll develop a theoretical understanding of quantum principles along with practical business skills to commercialise new technologies. With these valuable skills, you’ll be able to work in a range of roles across various sectors. You’ll also:
- engage in exciting discussions with other quantum professionals on the course and benefit from 1-2-1 discussions with globally renowned academics who are actively driving and shaping the quantum technology marketplace
- study at the first UK institution to offer an online degree in quantum technologies that emphasises the importance of commercialisation, placing Sussex at the forefront of distance learning for this emerging technology
- forge global connections with professionals across the sector that could lead to exciting new opportunities in the quantum technology space
- be part of the School of Mathematical and Physical Sciences, ranked joint 7th in the UK for the quality of our Physics research environment (Times Higher Education rankings of REF 2021 results)
- benefit from teachings from the University of Sussex Business School, ranked in the top 15 in the UK for Business and Economics (Times Higher Education World University Ranking, 2023)
- study anywhere, anytime, with an online Masters designed to fit around you, so you can join the second quantum revolution from the comfort of your own home
- complete the course in two years or a maximum of four years should you wish to take a break in studying (maximum break time applies).
