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The field of quantum computing, a branch of physics, might be the future replacement of classical computing and classic computers. It’s a rising game-changer in technology. If you’re looking for a career in quantum computing, the best quantum computing master’s degrees can improve your career prospects.
A Master’s Degree in Quantum Computing will give you sought-after advanced quantum expertise. There are many fields of study and professional opportunities for quantum computing master’s degree holders. This article covers various quantum computing master’s degrees. In addition, we’ll explore the best schools and programs, and the highest-paying quantum computing master’s degree jobs.
Where Can I Get a Master’s Degree in Quantum Computing?
You can get a Master’s Degree in Quantum Computing are Duke University, University of California-Los Angeles, University of Chicago, University of Rochester, and University of Southern California. These schools have intensive programs and notable faculties. Graduate students from these schools are highly marketable and can land jobs related to their programs immediately after graduating.
What Schools Offer the Best Quantum Computing Master’s Degrees?
- Duke University
- University of California, Los Angeles
- University of Chicago
- University of Rochester
- University of Southern California
What Are the Admission Requirements for a Master’s Degree in Quantum Computing?
The standard admissions requirements for a Master’s Degree in Quantum Computing are a bachelor’s degree, an official transcript, letters of recommendation, and an updated resume. Most schools prefer that applicants’ bachelor’s degrees be in ECE, physics, or other related majors. Depending on the discretion of the admissions office, prospective students with an unrelated major can take bridging undergraduate courses.
Some schools also require the submission of students’ GRE scores and undergraduate GPA. Depending on the program and study option, students might need to submit statements of purpose, admission essays, and advanced research portfolios.
Quantum Computing Master’s Degree Admission Requirements
- Bachelor’s degree
- Official academic transcripts
- Letters of recommendation
- GRE score
- Undergraduate GPA
- Statement of purpose/admission essay
How to Get a Quantum Computing Master’s Degree
You get a quantum computing master’s degree by fulfilling the graduation requirements. Depending on the chosen study option, it includes completing the required credits, an internship, and either a final exam or a thesis.
How Many Credits Do You Need for a Master’s Degree in Quantum Computing?
Most programs require you to complete 30 credits to earn a Master’s Degree in Quantum Computing. Classes in quantum computing include core ECE or physics courses, concentration courses, and electives. Others require an internship.
Quantum Computing Degree Requirements
- ECE/Physics core courses
- Concentration courses
- Electives
- Thesis
- Internships
- Research
Best Quantum Computing Master’s Degree Programs and Schools: Overview
| School | Program | Accreditation |
|---|---|---|
| Duke University | Master of Science in Electrical and Computer Engineering – Quantum Computing | Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) |
| George Mason University | Master of Science in Applied and Engineering Physics – Quantum Information Science and Engineering Concentration | Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) |
| Syracuse University | Master of Science in Physics – Quantum Mechanics and Nanoscale Devices Concentration | Middle States Commission on Higher Education (MSCHE) |
| University of California, Los Angeles | Master of Quantum Science and Technology | WASC Senior College and University Commission (WSCUC) |
| University of Chicago | Master of Engineering in Computational Materials Modeling | Higher Learning Commission (HLC) |
| University of Delaware | Master of Science in Quantum Science and Engineering | Middle States Commission on Higher Education (MSCHE) |
| University of Rhode Island | Master of Science in Quantum Computing | New England Commission of Higher Education (NECHE) |
| University of Rochester | Master of Engineering in Electrical Engineering – Quantum Engineering Concentration | Middle States Commission on Higher Education (MSCHE) |
| University of Southern California | Master of Science in Quantum Information Science | WASC Senior College and University Commission (WSCUC) |
| University of Wisconsin, Madison | Master of Science in Physics – Quantum Computing | Higher Learning Commission (HLC) |
Best Schools for Quantum Computing: Top Quantum Computing Master’s Degree Programs
The best schools for quantum computing master’s degrees develop students’ technical knowledge and business skills. They prepare them with an industry-quality curriculum, internship, and professional development for an excellent career outcome. Below are the best schools that offer top quantum computing master’s degree programs.
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Duke University | Durham, NC
Duke University is one of the top universities, ranking ninth on US News and World Report’s Best National Universities list. It offers various certificate, undergraduate, and graduate education programs in its 12 schools. Duke University currently has 16,780 enrolled students, with 52 percent of undergraduates receiving student financial aid. Recently, it has received a $100 million endowment to advance its science and technology research.
Master of Science in Electrical and Computer Engineering – Quantum Computing
The Master of Science in Electrical and Computer Engineering with a concentration in quantum computing is a research-oriented master’s degree program. It consists of 30 credits distributed among three semesters. Students can choose one of the three capstone project options, which include a research thesis, research project, or full coursework.
In coursework-only, students must finish 12 units in core ECE courses, 12 units of electives, six units of technical electives such as statistics and natural science, and a final exam. For the research project option, students need 12 units of core ECE courses, 15 units of electives, and three units of ungraded research. For their final exam, students will orally present a written research report to a committee of three faculty members.
In the research thesis option, students will take 12 units of core courses, 12 electives, and six units of ungraded research. Students need to upload a written thesis and orally defend it to a pre-approved committee consisting of the research advisor and two other faculty members for their finals.
Master of Science in Electrical and Computer Engineering – Quantum Computing Overview
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition: $30,110/semester
- Required Credits: 30 credits
- Program Length: 1.5 years
- Learning Format: In-person
- NCES School Graduation Rate: 96%
Master of Science in Electrical and Computer Engineering – Quantum Computing Admission Requirements
- GPA: 3.6 recommended
- Standardized Tests: GRE
- Application Fee: $95
- Minimum Education: Bachelor’s degree
- Other Requirements: Official transcripts, 3 letters of recommendations, statement of purpose, resume, GRE scores, GPA
Applying to Duke University
- Complete and submit the online application form
- Ensure that all required documents are uploaded
- Pay the non-refundable application fee
- Wait for your decision letter
George Mason University | Fairfax, VA
According to US News and World Report, George Mason University (GMU) is one of the most innovative universities. GMU offers 211 undergraduate, master’s, law, and doctoral degrees through its four campuses. It boasts of Nobel and Pulitzer Prize-winning faculty members.
There are around 39,000 students currently enrolled, with international students coming from 130 countries. Its graduates have high hiring potential, with 80 percent gaining employment within six months.
Master of Science in Applied and Engineering Physics – Quantum Information Science and Engineering Concentration
This program prepares students for the quantum information industry by applying physics across other fields such as mathematics, computer science, electrical engineering, and mechanical engineering. The program requires a Bachelor’s Degree in Physics or a related field.
The curriculum comprises 15 units of core courses, six units of QISE concentration courses, three units of a research project or internship, and six units of electives. Students can also opt for a master’s thesis for six credits. Graduate school students need at least nine credits to be considered full-time. They have a maximum of six years to complete the program.
Master of Science in Applied and Engineering Physics – Quantum Information Science and Engineering Concentration Overview
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition: $543/credit (in-state); $1,431/credit (out-of-state)
- Required Credits: 30 credits
- Program Length: 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 72%
Master of Science in Applied and Engineering Physics – Quantum Information Science and Engineering Concentration Admission Requirements
- GPA: 3.0
- Standardized Tests: GRE
- Application Fee: $75
- Minimum Education: Bachelor’s Degree in Physics or a related field
- Other Requirements: 3 letters of recommendation, GRE score, college transcripts, goal statement, resume
Applying to George Mason University
- Create a new account on the school’s website to submit your application
- Complete and submit the online application form
- Wait for an email with your Mason G number
- Submit your supporting documentation indicating your Mason G number
- Wait for the decision letter
Syracuse University | Syracuse, NY
Syracuse University has more than 200 degree and certificate programs. Its 22,000 students attend 13 schools and colleges, five award-winning study abroad centers, and international programs. Syracuse University has a high employment rate, with 92 percent of its graduates landing positions related to their program within six months. The school ranks in the top 100 Best National Universities and Most Innovative Schools, according to US News and World Report.
Master of Science in Physics – Quantum Mechanics and Nanoscale Devices Concentration
This MS has more than 10 concentrations, including Quantum Mechanics and Nanoscale Devices. The program allows students to investigate the quantum coherence in nanoscale superconducting devices and vortex systems. They’ll also develop qubits for quantum computing and applications of nanoelectromechanical systems.
Students can earn the degree by completing 36 credits of coursework and passing the master’s qualifying exam, completing 24 credits of coursework and undertaking a thesis for six credits, or completing 30 credits of coursework plus a given minor research study.
Master of Science in Physics – Quantum Mechanics and Nanoscale Devices Concentration Overview
- Accreditation: Middle States Commission on Higher Education (MSCHE)
- Tuition: $1,802/credit hour
- Required Credits: 30-36 credit hours
- Program Length: 1.5-2 years
- Learning Format: In-person
- NCES School Graduation Rate: 83%
Master of Science in Physics – Quantum Mechanics and Nanoscale Devices Concentration Admission Requirements
- GPA: No minimum requirement
- Standardized Tests: Not required
- Application Fee: $75
- Minimum Education: Bachelor’s Degree in Physics or a related field or non-physics majors with good physics background
- Other Requirements: Academic transcript, 3 letters of recommendation, statement of purpose, advanced study and research portfolio, resume
Applying to Syracuse University
- Complete and submit the online application form
- Indicate the program title in your application
- Submit all requirements and pay the non-refundable application fee
- Wait for the decision notification
University of California, Los Angeles | Los Angeles, CA
University of California, Los Angeles (UCLA) is one of the most popular universities in the US. US News and World Report ranked UCLA 13th in Best Global Universities. UCLA has approximately 46,000 students, with 5,400 international students from 118 countries enrolled in more than 300 undergraduate and graduate degree programs.
UCLA’s programs are among the best and included in the top 50 of various best subject lists. The school boasts a faculty with the highest honors and memberships. These include the MacArthur Foundation Fellows, Nobel Laureates, Pritzker Prize, Pulitzer Prize, and Turing awardees.
Master of Science in Quantum Science and Technology
The Master of Quantum Science and Technology program trains students for careers in researching and developing quantum technologies. This program allows students to interact with faculty experts while gaining hands-on experience in world-leading research.
Students prepare for technical positions requiring a unique combination of specialized knowledge and skills. The program consists of a 36-credit interdisciplinary course curriculum, a year-long laboratory skills development, and an industry-relevant capstone internship.
Master of Science in Quantum Science and Technology Overview
- Accreditation: WASC Senior College and University Commission (WSCUC)
- Tuition: $3,814/term
- Required Credits: 36 credits
- Program Length: 1 year
- Learning Format: In-person
- NCES School Graduation Rate: 91%
Master of Science in Quantum Science and Technology Admission Requirements
- GPA: 3.0
- Standardized Tests: Not required
- Application Fee: $120
- Minimum Education: Bachelor’s degree with coursework in upper-division quantum mechanics, electricity, and magnetism
- Other Requirements: 3 letters of recommendation, statement of purpose, personal statement, program-specific forms
Applying to University of California, Los Angeles
- Complete and submit the online application form
- Upload the required documents
- Pay the non-refundable application fee
- Wait for the decision notification via email
University Of Chicago | Chicago, IL
According to the US News and World Report, University of Chicago is one of the best schools worldwide, ranking 15th in Best Global Universities and sixth in Best National Universities. It has more than 17,000 students enrolled in its undergraduate and graduate programs. University of Chicago has an undergraduate college, five graduate school research divisions, eight professional schools, and international campuses and centers in London, Paris, and Beijing.
Master of Engineering – Computational Materials Modeling (Quantum Mechanics Focus)
This Master of Engineering program provides students with broad exposure to science and engineering disciplines. The program offers advanced applied mathematics, quantum engineering, and statistical data analysis training. It combines molecular engineering, quantum, and data science, providing an integrated training program.
Master of Engineering – Computational Materials Modeling (Quantum Mechanics Focus) Overview
- Accreditation: Higher Learning Commission (HLC)
- Tuition: $6,630/course
- Required Credits: Not stated
- Program Length: Not stated
- Learning Format: In-person
- NCES School Graduation Rate: 96%
Master of Engineering – Computational Materials Modeling (Quantum Mechanics Focus) Admission Requirements
- GPA: No minimum requirement
- Standardized Tests: Not required
- Application Fee: $90
- Minimum Education: Bachelor’s degree with a background in STEM fields
- Other Requirements: 3 letters of recommendation, 1,500-word candidate statement, resume, undergraduate transcripts
Applying to University Of Chicago
- Complete the online application form
- Upload all the required documents and necessary information
- Pay the application fee
- Submit your application
- Wait for the decision notification
University of Delaware | Newark, DE
The University of Delaware (UD) is Delaware’s largest public university with research concentrations. It has more than 23,000 students enrolled in its eight colleges, pursuing associate, bachelor’s, master’s, and doctoral degrees. Its outstanding programs produced notable alumni such as 46th US President Joe Biden and Nobel laureates Robert Heck and Daniel Nathans.
Master of Science in Quantum Science and Engineering
This Master of Science program focuses on understanding the unusual behavior of particles governed by the laws of quantum mechanics. The program trains students to develop quantum computers which can perform calculations that are not feasible with classical computers.
Master of Science in Quantum Science and Engineering Overview
- Accreditation: Middle States Commission on Higher Education (MSCHE)
- Tuition: $950/credit hour
- Required Credits: 32 credits
- Program Length: 1 year
- Learning Format: In-person
- NCES School Graduation Rate: 82%
Master of Science in Quantum Science and Engineering Admission Requirements
- GPA: 3.0
- Standardized Tests: Not required
- Application Fee: $75
- Minimum Education: Bachelor Degree in Engineering, Physics, Chemistry, Mathematics, Computer Science, or a closely related field
- Other Requirements: Transcripts, 3 letters of recommendations, resume, statement of purpose
Applying to University of Delaware
- Complete the online application
- Upload the required documents
- Pay the application fee
- Submit your application
- Wait for the decision notification
University of Rhode Island | Kingston, RI
University of Rhode Island (URI), a public university, is one of the major research education centers in the US. The university has four campuses with 320 buildings and more than 200 certificate, non-degree programs, undergraduate, and graduate programs. URI has more than 16,000 students from 48 states and 76 countries.
Master of Science in Quantum Computing
The Master of Science in Quantum Computing program aligns with the goals of the National Quantum Initiative Act. The program promotes the development of multidisciplinary curricula and research opportunities. Partnering with industrial firms and institutes ensures that students get the necessary foundation for employment.
Students may intern at any company, national lab, or institute that provides hands-on experience in developing and applying algorithms and quantum computer research.
The research project requires a substantial paper involving significant independent study. It must be supervised by URI faculty or approved external advisors. Students must also pass a final written and oral examination.
Master of Science in Quantum Computing Overview
- Accreditation: New England Commission of Higher Education (NECHE)
- Tuition: $823/credit (in-state); $1,590/credit (out-of-state)
- Required Credits: 38 credits
- Program Length: 1 year
- Learning Format: In-person
- NCES School Graduation Rate: 71%
Master of Science in Quantum Computing Admission Requirements
- GPA: 3.0
- Standardized Tests: GRE
- Application Fee: $65
- Minimum Education: Undergraduate degree
- Other Requirements: College transcripts, personal statement
Applying to University of Rhode Island
- Create an account in GradCAS on the school’s website
- Complete the online application form
- Pay the application fee
- Send your official transcripts electronically
- Wait for the decision
University of Rochester | Rochester, NY
The University of Rochester has about 12,000 students enrolled in 200 undergraduate, master’s, doctoral, and professional degree programs. It boasts award-winning and accomplished university alumni and faculty who have received a Nobel Prize, Pulitzer Prize, Grammy Award, and a Guggenheim Fellowship.
Master of Engineering in Electrical Engineering – Quantum Engineering Concentration
The Hajim School of Engineering and Applied Sciences, one of the top engineering schools, runs the this program. Students can choose from seven concentrations, including Quantum Engineering. The curriculum has 30 credits, with at least 16 credits for ECE coursework and 12 credits for concentration courses.
The thesis option requires six to ten credits for a research thesis which the student must defend to a three-member committee. The exam option requires students to pass a Master of Science exam, which is either a term project, an essay, or an oral exam.
Master of Engineering in Electrical Engineering – Quantum Engineering Concentration Overview
- Accreditation: Middle States Commission on Higher Education (MSCHE)
- Tuition: $1,890/credit hour
- Required Credits: 30 credits
- Program Length: 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 86%
Master of Engineering in Electrical Engineering – Quantum Engineering Concentration Admission Requirements
- GPA: No minimum requirement
- Standardized Tests: GRE
- Application Fee: $60
- Minimum Education: Bachelor’s degree preferably in electrical engineering, computer engineering, computer science, or physics
- Other Requirements: Personal statement, 3 letters of recommendation, official transcripts, GRE score
Applying to the University of Rochester
- Complete and submit the online application form
- Upload the required documents
- Visit the application status page to make sure admissions have received all application material
- Wait for the admission decision
University of Southern California | Los Angeles, CA
University of Southern California (USC) is a research university founded in 1880. According to US News and World Report, it is one of the best national and global universities. USC has 49,500 students enrolled in 22 undergraduate, graduate, and professional schools.
Master of Science in Quantum Information Science
The Master of Science in Quantum Information Science trains students to fill the growing need for quantum professionals. The program requires a minimum of 28 credits. Its curriculum consists of 12 units in the foundation course, seven to eight units in core subjects, and eight to nine units in approved electives.
Master of Science in Quantum Information Science Overview
- Accreditation: WASC Senior College and University Commission (WSCUC)
- Tuition: $2,309/unit
- Required Credits: 28 credits
- Program Length: 1 year
- Learning Format: In-person
- NCES School Graduation Rate: 92%
Master of Science in Quantum Information Science Admission Requirements
- GPA: Contact admissions
- Standardized Tests: Not required
- Application Fee: $90
- Minimum Education: Bachelor’s degree in engineering, physics, computer science, or a similar technical field
- Other Requirements: Transcripts, resume, personal statement, 3 Letters of recommendation
Applying to University of Southern California
- Complete the online application
- Pay the application fees
- Submit any additional requirements
- Submit your transcripts and official test scores
- Check your application status after fifteen business days.
University of Wisconsin-Madison | Madison, WI
University of Wisconsin (UW) is a public university ranked as one of the top national universities by US News and World Report. It has garnered 41 Pulitzer Prizes through the years. There are roughly 48,000 students enrolled in UW’s 13 schools and colleges. It offers more than 9,000 courses, 200 undergraduate degrees, and 250-plus graduate programs and certificates.
Master of Science in Physics – Quantum Computing
The program provides students with knowledge and skills in quantum information, quantum computing, and a mastery of advanced lab skills. Students need to complete 30 credits of advanced physics coursework to earn this master’s degree in one year.
Master of Science in Physics – Quantum Computing Overview
- Accreditation: Higher Learning Commission (HLC)
- Tuition: $773/credit (in-state); $1,606/unit (out-of-state)
- Required Credits: 30 credits
- Program Length: 1 year
- Learning Format: In-person
- NCES School Graduation Rate: 88%
Master of Science in Physics – Quantum ComputingAdmission Requirements
- GPA: 3.0
- Standardized Tests: GRE not required
- Application Fee: $75
- Minimum Education: Bachelor’s degree
- Other Requirements: Transcripts, statement of purpose, letters of recommendation
Applying to University of Wisconsin, Madison
- Apply online
- Submit the required documents
- Pay the application fee
- Review the status of your submitted application
- Wait for the decision notification
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What Is a Quantum Computing Master’s Degree?
A quantum computing master’s degree provides students with the technical and theoretical skills to pursue a career in the emerging quantum industry. It includes quantum computing, communication, metrology, and quantum technologies policy. It equips students with innovation and research skills to utilize quantum mechanics to develop quantum computers and devices people can use.
How Important Is a Master’s Degree in Quantum Computing?
A Master’s Degree in Quantum Computing is essential as it brings you to the forefront of technological innovation. Quantum computing is a rising field centered on developing computers and devices based on quantum mechanics. A quantum computing master’s degree gives you a foothold in the future of quantum computing, providing job security and possible career advancement.
What Types of Master’s Degrees Can You Get in Quantum Computing?
Types of master’s degrees you can get in quantum computing are a master of science (MS) and a master of engineering (MEng). An MS degree focuses on research, with a thesis as part of its curriculum. It explores the study of various quantum theories and their effects. On the other hand, an MEng degree concentrates on the technical application of quantum computing. It deals with the practical application and integration of quantum mechanics into daily life.
Is It Better to Get a Master of Science or a Master of Engineering in Quantum Computing?
It is better to get a Master of Science in Quantum Computing if you are the curious academic type. You’ll undertake various research studies on quantum mechanics. Quantum researchers are in high demand by different labs and companies across industries. However, it is better to get a Master of Engineering in Quantum Computing if you like to experiment with the actual technical application of theories to build and develop computers and devices.
What Is the Difference Between a Quantum Computing Master’s Degree and a Quantum Computing Certificate?
The key differences between a quantum computing master’s degree and a quantum computing certificate are the level of mastery needed to earn each credential and the time it takes to complete each program. A certificate takes a shorter time to complete and is more affordable. It develops the desired skills for a profession and allows you to gain skills to transition to a new field.
A master’s degree, on the other hand, shows that you have achieved a certain level of mastery in a particular field of study, such as quantum computing. It may take longer and is more expensive to complete, but you’ll be better positioned to pursue more diverse career opportunities with higher pay.
How Much Does It Cost to Get a Master’s Degree in Quantum Computing?
The average annual cost of a Master’s Degree in Quantum Computing is $19,314. This amount may vary depending on the school. This cost doesn’t include other fees, such as room and board, meals, and additional course materials.
How Long Does It Take to Get a Quantum Computing Master’s Degree?
Most quantum computing master’s degrees take one to two years to complete. Full-time study lessens the duration of earning your master’s degree. While part-time study is available to students, it will prolong the the time it takes to complete the program.
How Hard Is It to Get a Master’s Degree in Quantum Computing?
It is not hard to get a Master’s Degree in Quantum Computing if you have undergraduate studies in quantum physics, engineering, or math. Most core courses in a quantum computing master’s degree are advanced levels of physics and mathematics. Having a working knowledge and understanding of these subjects will make earning a master’s degree easier for you.
Why Should You Get a Quantum Computing Master’s Degree?
You should get a quantum computing master’s degree because it is a rising field with a positive outlook. A master’s degree gives you an edge over the competition. Currently, quantum computing master’s graduates are highly sought-after by big companies like IBM to drive their quantum research.
What Courses Do You Need to Take in a Master’s Degree Program in Quantum Computing?
Several major courses are needed to earn a Master’s Degree in Quantum Computing. Courses vary depending on the school’s curriculum, although some subjects are standard across several schools’ curricula. Below are some of the classes you can expect to take in most quantum computing master’s degree programs.
Quantum Machine Learning
In quantum machine learning, students learn the essentials of quantum computing and the foundations of quantum systems. It focuses on basic elementary computational operations, core quantum computing algorithms, and coherent quantum machine learning.
The course introduces the concept of Near-Term Intermediate Scale Quantum devices (NISQ) and running hybrid quantum-classical algorithms with suitable current hardware. Quantum machine learning combines theoretical and technical insights and practical implementation details.
Advanced Physics
Advanced physics is a specialization that builds on physics or theoretical physics majors. It provides a more comprehensive and profound knowledge of physics. This subject provides students with an understanding of a greater variety of physical phenomena at an increased level of complexity.
Linear Algebra
Linear algebra is one of the core topics of mathematics and an integral part of engineering and physics. Students learn about representing mathematical equations with vector space using matrices. Most quantum computing concepts use a basis of linear algebra.
Statistical Mechanics
Statistical mechanics combine the principles and procedures of statistics with classical and quantum mechanics laws. Quantum computing uses statistical mechanics as a mathematical framework for large assemblies of microscopic entities. This subject explains the macroscopic behavior of nature.
Quantum Mechanics
In quantum mechanics, students learn the behavior of matter and light on the atomic and subatomic scale. It explains the properties of molecules, atoms, electrons, protons, neutrons, and other esoteric particles such as quarks and gluons.
Continuing Education Paths for Quantum Computing Master’s Degree Graduates
Quantum computing master’s degree graduates can continue their education by undertaking a PhD. Others continue their research studies in various academic labs while holding teaching positions.
Related Quantum Computing Degrees
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What to Look For in the Best Quantum Computing Master’s Degree Programs
Things to look for in the best quantum computing master’s degree programs are cost, employment outcomes, specialization or concentration options, faculty credentials, and continuing education. Read below to learn how these factors can impact your education decision.
Cost
Cost is a critical factor when deciding to pursue advanced education. Learn about the total cost so you can organize your finances. Knowing the exact amount can help you choose to apply for financial aid or scholarships early before starting your term.
Employment Outcomes
Landing a better job and advancing your career are the main reasons for further study. Ensure that your chosen school can deliver positive employment outcomes for its students. A master’s degree provides a competitive edge for career advancement.
Concentration Options
Find out if the school offers concentration options for the program you want to attend. Concentration options focus on a specific topic and increase your mastery level in that area.
Faculty Credentials
Faculty credentials is one of the most critical factors. Faculty members should show extensive professional experience and considerable knowledge of the subject they teach. Students learn from their teachers’ experiences and expertise.
Continuing Education
Courses in quantum computing are primarily research-based. It is better to ensure that you have an avenue to continue your research studies.
What Is the Most Affordable Quantum Computing Master’s Degree?
The most affordable quantum computing master’s degree is George Mason University’s Master of Science in Applied and Engineering Physics with a Quantum Information Science and Engineering Concentration. It would cost $16,020 to complete this 30-credit program.
Salary and Job Outlook for Quantum Computing Master’s Degree Graduates
Quantum computing master’s degree graduates have a variety of career options. They are in high demand for their specialized knowledge. They can choose employment in companies, government, private research institutions, or academia.
How Hard Is It to Get a Job With a Quantum Computing Master’s Degree?
It is not hard to get a job with a quantum computing master’s degree. Big companies such as IBM, AWS, and Amazon hire graduates with quantum computing master’s degrees. Graduates can also get jobs at various universities and research laboratories.
What’s the Average Quantum Computing Master’s Degree Salary?
The average annual salary for someone with a quantum computing master’s degree is $111,000, according to PayScale. A senior engineering manager’s salary can range from $145,00 to $220,000 per year. Aerospace systems engineers can earn up to $166,000 per year.
What Types of Jobs Can You Get With a Quantum Computing Master’s Degree?
The types of jobs you can get with a quantum computing master’s degree include senior engineering manager, professor of physics, quantum computer engineer, quantum engineer, and research scientist. There are many high-paying jobs for master’s degree graduates in engineering, research, and academia.
Quantum Computing Degree Jobs
- Senior Engineering Manager
- Professor of Physics
- Quantum Computer Engineer
- Quantum Engineer
- Research Scientist
Potential Careers With a Quantum Computing Degree
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How Much Money Can You Make With a Master’s Degree in Quantum Computing?
You can make an average salary of $96,897 per year with a Master’s Degree in Quantum Computing, according to ZipRecruiter. Many experienced professionals can make up to $160,000 per year. The salary is dependent on your location and years of experience.
A quantum computing master’s degree combined with highly in-demand specialized technical knowledge can advance you to a high-paying tech job. The section below details the best quantum computing master’s degree jobs and salaries.
Highest-Paying Quantum Computing Master’s Degree Jobs and Salaries: Overview
| Quantum Computing Master’s Degree Jobs | Average Salary |
|---|---|
| Senior Engineering Manager | $150,580 |
| Professor of Physics | $99,820 |
| Quantum Computer Engineer | $96,897 |
| Quantum Engineer | $95,368 |
| Quantum computer research scientist | $94,488 |
Best Jobs for Quantum Computing Master’s Degree Grads
Some of the best jobs for quantum computing master’s degree grads are a senior engineering manager, professor of physics, quantum computer engineer, quantum engineer, and research scientist. A Master’s Degree in Quantum Computing trains you with specialized and technical skills to work in various information technology jobs. Below are available careers with a quantum computing master’s degree.
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Senior Engineering Manager | Average Salary: $150,580
Senior engineering managers oversee and supervise a team of engineers. They develop, modify, create, and test solutions to technical-related problems. These managers direct and coordinate software and hardware production, quality assurance, maintenance, operations, and testing.
- Average Annual Salary: $150,580
- Job Outlook: 11% job growth from 2020 to 2030
- Number of Jobs: 482,000
- Highest-Paying States: New York, California, New Jersey, Washington, District of Columbia
Professor of Physics | Average Salary $99,820
A professor of physics is a postsecondary teacher specializing in physics and various related subjects and fields. They teach graduate and undergraduate courses and conduct research or experiments. They write original research and apply for grants to fund their research or supervise graduate studies teaching assistants.
- Average Annual Salary: $99,820
- Job Outlook: 12% job growth from 2020 to 2030
- Number of Jobs: 1,276,900
- Highest-Paying States: Alaska, Massachusetts, Vermont, New York, Alabama
Quantum Computer Engineer | Average Salary: $96,897
A quantum computer engineer is an expert in quantum mechanics, electrical and electronic engineering, systems engineering, and computer science. They design and execute experiments to drive progress on systems-level improvements.
- Average Annual Salary: $96,897
- Job Outlook: 22% job growth from 2020 to 2030
- Number of Jobs: 33,000
- Highest-Paying States: Oregon, Arizona, Texas, Massachusetts, Washington
Quantum Engineer | Average Salary: $95,368
A quantum engineer uses tools and language from quantum mechanics, electrical and electronic engineering, and computer science. They have research and industrial skills combined with complementary skills. These complementary skills include entrepreneurial business skills, creative thinking, communication skills, and project management.
- Average Annual Salary: $95,368
- Job Outlook: 22% job growth from 2020 to 2030
- Number of Jobs: 33,000
- Highest-Paying States: Oregon, Arizona, Texas, Massachusetts, Washington
Quantum Computer Research Scientist | Average Salary: $94,488
Quantum computer research scientists help to solve problems through research by making scientific assumptions based on quantum theory. They then conduct experiments to test whether their solutions work. They focus on finding new ways of applying quantum theory to optimize computers’ problem-solving calculations and processing.
- Average Annual Salary: $94,488
- Job Outlook: 22% job growth from 2020 to 2030
- Number of Jobs: 33,000
- Highest-Paying States: Oregon, Arizona, Texas, Massachusetts, Washington
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Best Jobs According to Your Major
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Is a Master’s Degree in Quantum Computing Worth It?
Yes, a Master’s Degree in Quantum Computing is worth it because job possibilities are increasing and the salary range is high. Companies like Google, Amazon, Facebook, IBM, and Microsoft began investing in the quantum computing industry in 2010.
The need for reliable quantum processors with sufficient capabilities has increased. Quantum computing offers more computing power, leading to more robust AI systems that understand humans better and have a more organic thought process.
Quantum processors are still in the early stages of development, with much work before quantum computers can run advanced algorithms without errors. Now is the time to get a Master’s Degree in Quantum Computing so you can be at the forefront of this rising industry.
Additional Reading About Quantum Computing
[query_class_embed] https://careerkarma.com/blog/how-to-get-a-job-in-quantum-computing/ https://careerkarma.com/blog/quantum-computing/ https://careerkarma.com/blog/best-schools-for-quantum-computing/
Quantum Computing Master’s Degree FAQ
Yes, coding and knowledge of programming languages are required in quantum computing. You need fundamental coding knowledge to develop quantum software and network security and develop and test quantum security protocols.
Quantum computing language (QCL) is used by quantum programmers. It resembles the C language in syntax and data types. QCL is used for writing programs for quantum computer research.
Yes, you can use Python for quantum computing. Many quantum computing software packages are written in Python to simulate and establish connections with quantum computers. The Quantum Toolbox in Python (QuTiP) is a platform used for dynamic quantum simulation of open quantum systems.
You will need fundamental and advanced physics, mathematics, and computer science courses to study quantum computing. You’ll also need knowledge of exponents, vectors, sine waves, linear algebra, probability, and stochastic processes.
The post Best Quantum Computing Master’s Degree Programs, Jobs, and Salaries appeared first on Career Karma.
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Norma Ceferina Camba-Sasaki
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