STONY BROOK UNIVERSITY · UNITED STATES
M. Sc. in Quantum Information Science & Technology
Master's · Taught in en
At a glance
24 mo
Duration
—
IELTS
—
Tuition / yr
en
Language
Master's
Level
- 30 credits minimumDegree Requirement
- Customized QIST coursesCurriculum Focus
- Research project requiredPractical Experience
- Opportunities at BNL or industryResearch Options
This Master of Science program in Quantum Information Science and Technology (QIST) is designed to prepare students for careers in the rapidly expanding field of quantum information. The curriculum includes specialized courses in QIST, alongside relevant courses from Physics and other departments across the university. A significant research component is integral to the degree, which can be fulfilled through on-campus research, work at Brookhaven National Laboratory, or an internship with an industrial partner. The program welcomes applicants with undergraduate degrees in science or engineering, not exclusively in Physics.
Curriculum
The M.Sc. in Quantum Information Science & Technology requires a minimum of 30 graduate credits. This includes a set of core courses, a selection of specialized courses based on the student's focus (Theory/Programming or Hardware/Materials), and a research project.
- Year 1
- Quantum Information SciencePHY568
- Quantum Science and Technology LaboratoryPHY569
- Physical Systems and Materials for Quantum Information ProcessingPHY631
- Electives & Research
- Quantum ProgrammingPHY605
- Quantum ComputingPHY680
- Quantum Electronics IPHY565
- Quantum Electronics IIPHY566
- Quantum ElectronicsESE515
- Solid State ElectronicsESE511
- Quantum Chemistry ICHE 521
- Theory of ComputationCSE 540
- CryptographyCSE 546
- Analysis of AlgorithmsCSE 548
- Quantum Computing and ApplicationsCSE 550
- Parallel ProgrammingCSE 613
- Introduction to Quantum Systems EngineeringESE 512
- Semiconductor Lasers and PhotodetectorsESE 519
- NanoelectronicsESE 538
- Quantum Mechanics IPHY 511
- Quantum Mechanics IIPHY 512
- Research InstrumentsPHY 514
- Methods of Experimental ResearchPHY 515
- Solid State Physics IPHY 555
- Solid State Physics IIPHY 556
- Lasers and Modern OpticsPHY 562
- Theoretical Chemical PhysicsPHY567
- ResearchPHY 580
- ResearchPHY595
Careers
Graduates of the M.Sc. in Quantum Information Science and Technology program are well-prepared for a variety of roles in emerging quantum technology industries and research institutions.
- Quantum Information Scientist
- Quantum Computing Engineer
- Quantum Hardware Developer
- Quantum Software Engineer
- Research Assistant
Entry requirements
Undergraduate DegreeIn science or engineering.
Calculus-based PhysicsCompletion of a 100-level introductory physics sequence.
Modern PhysicsCompletion of a 200-level Modern Physics course or equivalent (a 300-level Quantum Physics course may be substituted).
GPAA minimum GPA of 3.0 is required for admission to any graduate program.
Fees
Tuition (international)Please refer to Stony Brook University's Student Financial Services for current tuition and fee rates, as these are subject to change and specific to program enrollment.
Tuition (home)Please refer to Stony Brook University's Student Financial Services for current tuition and fee rates, as these are subject to change and specific to program enrollment.
LivingLiving cost estimates are not provided for this program.
Tuition and fee rates are subject to change. International students should consult the Student Financial Services for specific international student costs and insurance requirements.
How to apply
1. Visit the Graduate Admissions PortalNavigate to the Stony Brook University Graduate Admissions website to begin your application.
2. Complete the Online ApplicationFill out the required fields, providing accurate personal, academic, and professional information.
3. Submit Supporting DocumentsUpload all necessary documents as per the program's requirements, which typically include transcripts, letters of recommendation, and a statement of purpose.
4. Pay Application FeeSubmit the required application fee. Fee waivers may be available for specific groups, such as students from Latin America.
5. Await Admission DecisionApplications are reviewed by the department, and admission decisions are communicated through the Graduate Admissions portal.