Master the Second Quantum Revolution
Propel your career with the M.S. in Quantum Engineering at ÃÛÌÒ½´Lyle, where trailblazing technology intersects with innovative applications.
10 Courses
With Industry-Leading Faculty
Jan. 2
Application for Spring
Flexible
Explore our Learning Formats
30 Credit Hours
To Complete Your Master's
About the Program
Enroll in the at ÃÛÌÒ½´Lyle, a pioneering program designed for forward-thinkers ready to drive advancements in quantum technology. This comprehensive program delves into quantum informatics and quantum engineering, enabling you to create and improve advanced processes, systems, and devices.
Explore diverse areas of quantum engineering, from sensing and computation to communications and bespoke systems. Engage with both established and emerging technologies, and prepare to innovate and excel in a rapidly evolving field.
To learn more about the program, Contact Program Director Mitch Thornton.
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The ÃÛÌÒ½´Lyle Difference
Pioneering
A curriculum at the forefront of quantum engineering, merging practical applications with foundational theories.
Holistic
An educational approach integrating physics, engineering, and computer science for a comprehensive academic experience.
Empowering
Equipping students with in-demand knowledge and skills, positioning them at the forefront of the quantum technology sector.
Student Experience
Industry-Leading Faculty
Experience a curriculum designed by seasoned faculty members and highly experienced practitioners.
Cutting-Edge Laboratories
Access top-tier facilities and equipment, ensuring a practical, hands-on approach to learning.
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Collaborative Projects
Engage in teamwork, applying your quantum engineering knowledge to real-world challenges.
Jobs You Can Land
Potential roles include:
- Quantum Algorithm Developer
- Quantum Systems Designer
- Research Scientist in Quantum Technologies
- Quantum Application Engineer
- Quantum Technology Consultant
Admissions Requirements
In addition to meeting the Lyle School of Engineering for an M.S. degree, applicants are required to satisfy these additional requirements:
- A B.S. degree in engineering, physics, computer science, or a closely related field
- A background including undergraduate physics, mathematics, and related sciences, demonstrated through coursework and/or professional experience
- Submission of recommendation letters and a statement of purpose, showcasing your dedication and potential in quantum engineering
Tuition and Fees
For complete graduate cost per semester, please see Cost of Attendance.
Application Deadlines
The priority date for applications to the Spring 2025 Term is January 2, 2025.
Begin Your Journey
Take the next step towards an exciting future by starting your application for our graduate program at ÃÛÌÒ½´Lyle. Ready to explore other academic opportunities? Discover our range of exceptional programs to find the perfect fit for your academic aspirations.
