Postgraduate Studentships - Search for funding opportunities.
Postgraduate Studentships - Search for funding opportunities.
Study Details: 2 Years
Enhance your quantum literacy and learn how to harness the power of new technologies across a range of sectors.
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 commercialisation 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 recognise its market potential by developing the tools needed for commercialisation, 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. You can also study a version of this course on campus
You’ll learn from world-leading academics from the School of Mathematical and Physical Sciences who maintain strong links with the Sussex Centre for Quantum Technologies and the Institute of Physics, so you’ll be part of a global community at the forefront of quantum technology advances.
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 for entry on this course if you have:
three years of professional experience in a related industry or business AND
an undergraduate honours 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).
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
Carousel 1
Foundations of Quantum Mechanics
Applications of Quantum Technology
Foundations of Quantum Computing
Emerging Markets for Quantum Technology
Carousel 2
Atom-Light Interactions and Photonics
Materials for Quantum and Nanotechnologies
Quantum Networks and Secure Communications
Sensing and Imaging
Carousel 3
Review of Modern Topics in Quantum Technologies
Project Design
Project
Skills for Quantum Technology
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