Quantum technology is a field of study that offers students in-depth knowledge about its principles, concepts, and applications. By opting for MSc Quantum Technology, students get a chance to build their knowledge in quantum technology and then move further to more advanced parts of the field. It is a great fit for students who are interested in exploring the intricate world of quantum physics. In this blog, we will explore the top universities offering this course, the eligibility requirements, and more details.
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Why Study Quantum Technology?
If you are unsure whether a MSc Quantum Technology course is a right fit for you, here are a few reasons why you should pursue it:
- By being one of the topmost priorities in scientific and technological advancements, quantum technology courses offer different opportunities to work on groundbreaking research.
- There is a growing demand for skilled quantum experts across different industries like computing and cryptography, making it a promising career path.
- Quantum technology combines different fields like physics, computer science, mathematics, and engineering. This provides a diverse skill set to students and widens their available career prospects.
- By pursuing this course, students get a chance to address different issues like healthcare and cybersecurity and make them better.
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Top Universities to Study a Master’s Degree in Quantum Technology
Here is a list of universities to consider before making a decision to study an MSc Quantum Technology.
|Name of the University||QS Rank||Course Offered||Duration||Course Fees|
|UCLA||29||Master of Quantum Science and Technology||1 year||$71,091|
|Technical University of Munich||37||MSc Quantum Science & Technology||2 year||85.00 €|
|University of Sussex||218||MSc Quantum Technology||1 year (full-time)2 years (part-time)||£25,000|
|Aalto University||109||Bachelor of Science (Technology) + Master of Science (Technology)||3+2 years||€27,000|
|Australian National University||34||Master of Science (Advanced) in Quantum Technology||2 years||$49,330.00|
|University of Glasgow||76||MSc Quantum Technology||1 year||£28260|
|University College London||NA||Quantum Technologies MSc||1 year||£35,000|
|University of Strathclyde||276||MSc Quantum Technologies||12 months (full-time)24 months (part-time)||£23,200|
The eligibility to study quantum technology differs on several factors such as the country, university, and course shortlisted. Nonetheless, here is a general overview of the same.
- International applicants are required to clear English Language Proficiency Tests (IELTS, TOEFL, Duolingo).
- Students must have obtained a Bachelor’s degree in the same or related field.
- Applicants must have achieved at least 50-55% marks in their bachelor’s.
- Candidates must also clearly demonstrate their language skills by taking English Language Proficiency exams.
Here is a list of documents that all students are required to submit as part of their application:
- A filled application form
- Proof of finances
- A passport
- A visa
- All academic transcripts
- Work experience (if any)
- LOR and SOP
- Proof of English Language Proficiency tests.
1. Begin the process by collecting your academic transcripts.
3. Go to the official university website and create a new student account to start the process.
4. Fill the application form by adding the required personal and academic details. Also, do not forget to cross-check all the details.
5. Upload the necessary documents required on the admission portal.
6. Finally, pay the application fee and submit your application.
Here is a list of scholarships you can apply for, if eligible, to reduce your study-abroad expenses to an extent.
|TechnicalUniversityof Munich||Scholarship Deutschlandstipendium||UG and PG||€ 300/month|
|University of Glasgow||EU Welcome Award||PG||£5,000|
|University of Glasgow||Vice Chancellor EU Award||PG||£8,000-£12,000|
|University of Strathclyde||Digital Inclusion Programme||–||Equipment grant|
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Scope After Pursuing Quantum Technology Courses
Pursuing an undergraduate or postgraduate quantum technology offers a vast scope. In this ever-evolving world of technology, graduates can pursue such courses to begin extraordinary careers in different fields. Interestingly, quantum technology experts and enthusiasts are in high demand, especially in fields like academic and research.
By pursuing this course, they get a chance to engage in cutting-edge research and make significant contributions by pushing the boundaries of this world. From finance and cybersecurity to logistics and healthcare, quantum technology is going to shape the future of this world. Accordingly, graduates in this field can expect a plethora of job opportunities in different roles.
The most common examples of quantum technology in our everyday lives are MRI scanners, cryptography, sensors, imaging, and simulation.
Many new technologies such as quantum technology are still being developed in certain countries. Despite their significant role in numerous industries, quantum technology can be a new field for many nations around the world. Nonetheless, China has emerged as a global leader in the same.
This blog covers all the information you need to know about Quantum Technology. If you have queries or suggestions, drop them in the comments below. For further help, our expert team at Leverage Edu is available to assist you. Drop us a call at 1800572000 today to get an absolutely free counseling session!