UNIVERSITY OF COLORADO BOULDER · UNITED STATES
Quantum Engineering Subplan, Professional Master’s Program
Master's · Taught in en
At a glance
24 mo
Duration
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IELTS
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Tuition / yr
en
Language
Master's
Level
- 2.7 trillionProjected global economic value of the quantum technology sector by 2035
- 30Credit hours required for the program
- 10Courses to complete (30 credit hours)
- 4Nobel Prize winners in physics associated with JILA/CU Boulder
- 1Designated U.S. Quantum Technology Hub in Colorado
- MSDegree awarded: Master of Science in Electrical & Computer Engineering
Prepare for a career in the rapidly expanding quantum technology sector with the Quantum Engineering subplan within the Professional Master’s Program at the University of Colorado Boulder. This program offers a Master of Science in Electrical and Computer Engineering, equipping you with expertise in quantum computing, sensing, and communications. CU Boulder is a leader in quantum science, home to the JILA institute with multiple Nobel laureates and a key player in Colorado's designated quantum technology hub. The program emphasizes hands-on learning through 30 credit hours of coursework, with faculty actively involved in advancing quantum research. You'll also benefit from connections to Colorado's thriving quantum industry, fostering opportunities for innovation and collaboration.
Curriculum
The Quantum Engineering subplan requires 30 credit hours, consisting of core courses, approved electives, and other technical or non-technical electives. All courses are 3 credits each.
- Core Courses
- Foundations of Quantum EngineeringECEN 5915
- Foundations of Quantum HardwareECEN 5925
- Quantum Information and ComputingPHYS 7570
- Quantum Metrology & SensingECEN TBD
- Electives
- Special Topics: Intro Quantum Comp Arch/SysCSCI 7000
- Special Topics: Quantum Complexity and BeyondCSCI 7000
- Electromagnetic TheoryECEN 5114
- Microwave and RF LaboratoryECEN 5634
- Computational ElectromagneticsECEN 5154
- Passive Microwave CircuitsECEN 5104
- Active Microwave CircuitsECEN 5014
- Computational Optical ImagingECEN 5126
- Physical OpticsECEN 5156
- Optoelectronic System DesignECEN 5616
- Introduction to Optical ElectronicsECEN 5645
- Fourier OpticsECEN 5696
- Crystal & Nonlinear OpticsECEN 6006
- Real-Time Embedded SystemsECEN 5623
- Mastering Embedded Systems ArchitectureECEN 5803
- Advanced Computer ArchitectureECEN 5593
- Embedded Interface DesignECEN 5783
- Programmable Logic Embedded System DesignECEN 5863
- Machine Learning for EngineersECEN 5712
- Introduction to Quantum Mechanics 1PHYS 5250
- Introduction to Quantum Mechanics 2PHYS 5260
- Introduction to Solid State PhysicsECEN 5345
- Quantum OpticsPHYS 7560
Careers
Graduates of the Quantum Engineering subplan are well-positioned to enter the burgeoning quantum technology sector, which is projected to reach $2.7 trillion in global economic value by 2035. The program aims to prepare students for new engineering roles in quantum computing, sensing, and communications, fields attracting significant investment from major technology companies.
- Quantum Computing Engineer
- Quantum Sensor Engineer
- Quantum Communications Specialist
Frequently asked questions
- What are the entry requirements for the Quantum Engineering subplan?
- You need a bachelor's degree in a STEM field with a strong foundation in calculus, physics, linear algebra, and probability. English proficiency test scores may also be required if English is not your native language.
- How many credit hours are required for this Master's program?
- The Quantum Engineering subplan requires 30 credit hours, which typically translates to 10 courses, as each course is 3 credits.
- What are the core courses in the Quantum Engineering subplan?
- Core courses include 'Foundations of Quantum Engineering' (ECEN 5915), 'Foundations of Quantum Hardware' (ECEN 5925), 'Quantum Information and Computing' (PHYS 7570), and 'Quantum Metrology & Sensing' (ECEN TBD).
- What kind of career opportunities are available after graduating?
- Graduates can pursue roles such as Quantum Computing Engineer, Quantum Sensor Engineer, or Quantum Communications Specialist in the growing quantum technology sector.
- Where can I find the most current tuition and fee information?
- Tuition and fee details are not provided here; please refer to the University of Colorado Boulder Graduate School or the Electrical, Computer & Energy Engineering department for the most current information.
- How do I apply to the Quantum Engineering subplan?
- You must first be admitted to the Professional Master’s Program at CU Boulder, then prepare application materials and submit the online graduate application form, indicating your interest in the Quantum Engineering subplan.
Entry requirements
Bachelor's DegreeA bachelor's degree in a STEM field with solid knowledge in calculus, physics, linear algebra, and probability is required.
Fees
Tuition (international)Tuition information is not specified for international students on the provided pages.
Tuition (home)Tuition information is not specified for domestic students on the provided pages.
LivingEstimated living costs are not provided on the provided pages.
Please refer to the University of Colorado Boulder Graduate School or the Electrical, Computer & Energy Engineering department for the most current tuition and fee information.
How to apply
1. Review Program RequirementsEnsure you meet the academic and prerequisite requirements for the Professional Master's Program and the Quantum Engineering subplan.
2. Prepare Application MaterialsGather all necessary documents, including transcripts, letters of recommendation, and a statement of purpose. English proficiency test scores may be required if your native language is not English.
3. Submit ApplicationComplete and submit the online graduate application form through the University of Colorado Boulder Graduate School admissions portal.
4. Apply to the QE SubplanDuring the application process, indicate your interest in the Quantum Engineering subplan. Admission is required for both the Professional MS program and the QE subplan.
5. Await Admission DecisionApplicants will be notified of the admission decision by the department.
Accreditation
The University of Colorado Boulder is a Tier 1 research institution.
Frequently asked questions
What are the entry requirements for the Quantum Engineering subplan?
+
You need a bachelor's degree in a STEM field with a strong foundation in calculus, physics, linear algebra, and probability. English proficiency test scores may also be required if English is not your native language.
How many credit hours are required for this Master's program?
+
The Quantum Engineering subplan requires 30 credit hours, which typically translates to 10 courses, as each course is 3 credits.
What are the core courses in the Quantum Engineering subplan?
+
Core courses include 'Foundations of Quantum Engineering' (ECEN 5915), 'Foundations of Quantum Hardware' (ECEN 5925), 'Quantum Information and Computing' (PHYS 7570), and 'Quantum Metrology & Sensing' (ECEN TBD).
What kind of career opportunities are available after graduating?
+
Graduates can pursue roles such as Quantum Computing Engineer, Quantum Sensor Engineer, or Quantum Communications Specialist in the growing quantum technology sector.
Where can I find the most current tuition and fee information?
+
Tuition and fee details are not provided here; please refer to the University of Colorado Boulder Graduate School or the Electrical, Computer & Energy Engineering department for the most current information.
How do I apply to the Quantum Engineering subplan?
+
You must first be admitted to the Professional Master’s Program at CU Boulder, then prepare application materials and submit the online graduate application form, indicating your interest in the Quantum Engineering subplan.