M.B.A. in Business Administration
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M.S. in Physics
Hoboken, New Jersey
INTAKE: Jan & Sept
Program Overview
The M.S. in Physics is a 30-credit degree program, typically completed within 1.5 to 2 years for full-time students. The curriculum is structured around four core courses (12 credits) that provide a fundamental understanding of key areas in modern physics, along with 18 credits of elective courses. Students have significant flexibility in choosing electives, allowing them to specialize in areas such as optics, quantum optics, solid-state physics, atmospheric science, or nanotechnology. For those inclined towards research, an optional Master's Thesis (up to 6 credits) can be pursued. The program aims to establish general expertise in physics while also promoting critical thinking skills essential for diverse career paths. Stevens reports impressive career outcomes for its physics graduates, with 100% employed within three months of graduation for the Class of 2023, and master's graduates overall from the School of Engineering and Science earning an average compensation of $87,230.
STEM-designated: Yes, the Stevens Institute of Technology M.S. in Physics program is unequivocally STEM-designated. This is a crucial advantage, particularly for international students. The STEM designation makes them eligible for a 24-month extension of their Optional Practical Training (OPT) in the United States, allowing for a total of up to three years of valuable post-graduation work experience. This designation clearly reflects the program's rigorous quantitative, scientific, and technological focus, which is highly valued by employers in research, technology, defense, and related scientific fields.
Curriculum: The 30-credit curriculum provides an in-depth education in core physics principles. Required core courses typically include: Quantum Mechanics I, Statistical Physics and Kinetic Theory, Mechanics, and Electricity and Magnetism I. The 18 credits of elective courses offer extensive opportunities for specialization. Students can choose from a wide array of graduate-level physics courses, including Fundamentals of Atomic Physics, Introduction to Solid State Physics, Quantum Information and Quantum Computation, Nonlinear Optics, Mathematical Methods of Science and Engineering, and various courses in astrophysics, atmospheric science, and nanotechnology. The curriculum also allows for relevant graduate courses from other departments with academic advisor consultation, further enabling interdisciplinary study and research.
Research Focus: The M.S. in Physics program at Stevens has a strong research focus, emphasizing cutting-edge areas in fundamental and applied physics. The Department of Physics is home to nationally recognized laboratories and centers, such as the Center for Quantum Science and Engineering (CQSE), the Center for Distributed Quantum Computing, the Light and Life Laboratory, and the NanoPhotonics Laboratory. Research efforts are concentrated on quantum technologies, aiming to address the talent gap for engineers developing futuristic quantum computers, imaging, AI, and communications applications. Specific research areas include atomic, molecular, and optical (AMO) physics, quantum science and engineering (including quantum sensing, super-resolution, imaging, and control), nanophotonics, classical analogy of quantum entanglement, and gravitational quantum physics. Students have ample opportunities to engage in formative research alongside faculty members, contributing to new knowledge that impacts society.
Industry Engagement: Stevens Institute of Technology places a strong emphasis on industry engagement for its Physics program. Its strategic location near New York City offers students access to a vibrant ecosystem of defense, aerospace, government, healthcare, energy, and IT industries that heavily rely on physics expertise. The curriculum is continuously infused with AI electives and hands-on education opportunities to develop in-demand skills aligned with rapidly evolving technologies. The department maintains connections with various industries, and the university's robust Career Center facilitates internships, co-op experiences, and job placements. Graduates are prepared for roles that require deep expertise, critical thinking, and interdisciplinary collaboration, making them highly sought after by companies in advanced technology sectors.
Global Perspective: Stevens Institute of Technology fosters a robust global perspective within its M.S. in Physics program. This is achieved through its diverse international student body, which enriches the learning environment with varied insights into global scientific methodologies, international research collaborations, and worldwide technological challenges. The fundamental principles of physics and their applications in areas like quantum computing, advanced optics, and atmospheric science are inherently global in scope. The program prepares graduates to contribute to international scientific endeavors and address complex global problems, ensuring they are well-equipped for careers in an interconnected professional landscape, as evidenced by its consistent ranking among top global universities for graduate employability in physics.
Location
Hoboken, New Jersey
Score
IELTS 6.5
Tuition Fee
USD 46048
Postgraduate Entry Requirements
Academic Qualifications: Applicants for postgraduate programs typically require a minimum academic achievement of 70% or above in their bachelor's degree.
English Language Proficiency:
- IELTS: Overall band score of 6.5 or 7.0 with a minimum of 6.0 in each component.
- TOEFL: Overall score of 74 or higher.
- DET (Duolingo English Test): Minimum score of 110.
Stevens Institute of Technology offers a variety of scholarships specifically designed to support international students, helping to make a world-class education more affordable and accessible. These scholarships recognize academic excellence, leadership potential, and contributions to the campus community.
Merit-Based Scholarships: Stevens provides competitive merit scholarships for international undergraduate and graduate students based on academic performance, standardized test scores, and other achievements. These awards can significantly reduce tuition costs and are automatically considered during the admissions process for many programs.
Need-Based Financial Aid: While limited, some need-based aid options are available to international students. Applicants are encouraged to provide detailed financial information to be considered for such assistance.
Graduate Fellowships and Assistantships: International graduate students may be eligible for fellowships, research assistantships, or teaching assistantships, which offer tuition waivers and stipends. These opportunities not only provide financial support but also valuable hands-on experience in research and academic work.
Special Scholarships: Stevens occasionally offers specialized scholarships targeting students from certain countries, underrepresented fields, or those pursuing specific disciplines like engineering, business, or cybersecurity. Prospective students should check the official Stevens website or contact the admissions office for current scholarship opportunities.
A Master of Science (M.S.) in Physics from Stevens Institute of Technology, located in Hoboken, New Jersey, is a highly distinguished and STEM-designated program that equips graduates with a profound understanding of modern physics and advanced problem-solving skills.
Quantum Engineer/Research Scientist: With Stevens' strong focus on quantum technologies, graduates are highly sought after to design, build, and test components for quantum computers, sensors, imaging systems, and communication networks, addressing a critical talent gap in this emerging field.
Optical Engineer: Specializes in the design, development, and testing of optical systems and components, including lasers, sensors, cameras, and fiber optics, for applications in telecommunications, medical devices, defense, and manufacturing (e.g., at companies like Thorlabs and OFS Labs, past employers of Stevens graduates).
Data Scientist/Analyst: Leverages strong analytical and quantitative skills honed in physics to collect, analyze, and interpret large datasets, build predictive models, and extract actionable insights for various industries, including finance, tech (e.g., Palantir Technologies), and healthcare.
Research Scientist (Applied Physics/Materials Science): Conducts experimental and theoretical research to develop new materials, investigate physical phenomena, and create innovative technologies in fields such as nanotechnology, solid-state physics, and advanced manufacturing.
Aerospace Engineer: Applies principles of physics to the design, analysis, and testing of aircraft, spacecraft, and propulsion systems, often in roles related to aerodynamics, thermal management, or structural integrity within the aerospace and defense industries.
Software Engineer (with Scientific Computing Focus): Develops and implements complex algorithms and software solutions for scientific simulations, data analysis, and advanced technological applications, especially where high-performance computing or numerical methods are required.
Consultant (Technology/Science): Advises companies on complex technical challenges, R&D strategies, or technology adoption, leveraging their problem-solving abilities and deep understanding of scientific principles to provide strategic recommendations.
Computational Physicist: Uses advanced computing techniques and simulations to model physical systems, predict material behavior, and solve complex scientific problems that are difficult or impossible to address experimentally.
Systems Engineer: Applies a holistic, interdisciplinary approach to design, integrate, and manage complex systems, ensuring that various components (hardware, software, human elements) work together effectively to achieve desired outcomes in fields like defense or telecommunications.
Medical Physicist (with further specialization): While often requiring additional certification, a physics background is foundational for this role, which involves applying physics principles to healthcare for diagnostic imaging (e.g., MRI, X-ray) and radiation therapy in hospitals and medical research facilities.
