Tuition, Fees and Costs

Stevens Institute of Technology has specific English language requirements for international students whose first language is not English. Here’s an overview of these requirements:

1. Undergraduate Students

• English Proficiency Tests:
  • TOEFL (Test of English as a Foreign Language): Minimum score of 80 on the internet-based test (iBT).
  • IELTS (International English Language Testing System): Minimum score of 6.5.
  • Duolingo English Test: Minimum score of 105.
• Exemptions: Students who have completed secondary education at an institution where English is the primary language of instruction may be exempt from these testing requirements.

2. Graduate Students

• English Proficiency Tests:
  • TOEFL: Minimum score of 90 on the iBT for most programs; some programs may require higher scores.
  • IELTS: Minimum score of 7.0 for most graduate programs.
  • Duolingo English Test: Accepted with a minimum score of 115, though this may vary by program.
• Program-Specific Requirements: Different graduate programs may set their own English language requirements, so it’s essential to check the specific requirements for the program of interest.

3. Alternative Pathways

• Conditional Admission: Some students who do not meet the English language proficiency requirements may be granted conditional admission, allowing them to enroll in an English language program before starting their degree coursework.
• Intensive English Program (IEP): Stevens offers an IEP for students who need to improve their English proficiency before commencing their degree programs. Successful completion of this program may meet the language requirement for admission.

4. Support Services

• Stevens provides various resources to help non-native English speakers succeed academically, including writing centers, tutoring, and language assistance programs.

5. Documentation and Process

• Students must submit their English proficiency test scores as part of the application process. It's advisable to have these scores sent directly from the testing agency to Stevens.

Prospective students should always verify the latest requirements and any updates directly with Stevens Institute of Technology, as policies can change and specific programs may have different requirements.

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Stevens Institute of Technology, based in Hoboken, New Jersey, is known for its strong focus on engineering, technology, and business. Here are some of its standout course specialties:

1. Engineering and Applied Science

• Mechanical Engineering: Known for its emphasis on robotics, mechatronics, and thermal engineering, Stevens offers hands-on training and research opportunities in areas like sustainable energy and automation.
• Biomedical Engineering: This program integrates biology, medical sciences, and engineering, with specialties in medical device design, biomechanics, and bioinformatics.
• Civil and Environmental Engineering: Stevens has expertise in structural engineering, environmental sustainability, and urban resilience, benefiting from its proximity to New York City’s infrastructure projects.

2. Computer Science and Cybersecurity

• Computer Science: Stevens’ computer science program covers artificial intelligence, data science, machine learning, and software engineering. It’s known for its close industry ties, offering real-world experience in cutting-edge tech.
• Cybersecurity: The university is recognized for its programs in cybersecurity, offering coursework in cryptography, ethical hacking, and cyber defense. It has partnerships with industry and government agencies, preparing students for critical roles in cybersecurity.

3. Business and Technology Management

• School of Business: Stevens combines technology and business management, with programs in financial engineering, information systems, and technology management. It offers an MBA with a focus on analytics and leadership in technology-driven environments.
• Quantitative Finance: This program emphasizes data analytics, financial modeling, and risk management, preparing students for careers in finance and banking with a strong technology foundation.

4. Artificial Intelligence and Data Science

• Data Science: With courses in big data, data mining, and predictive analytics, Stevens has a specialized data science program that is well-regarded for its industry-relevant curriculum and use of real-world data applications.
• Artificial Intelligence (AI): The AI programs include specialties in natural language processing, computer vision, and reinforcement learning, with applications in fields like healthcare, robotics, and finance.

5. Electrical and Computer Engineering

• Electronics and Signal Processing: This program offers courses in digital systems, wireless communications, and control systems, catering to the needs of both industry and research.
• Embedded Systems and Internet of Things (IoT): Stevens emphasizes IoT applications, embedded system design, and smart technology development, preparing students for careers in rapidly evolving tech fields.

6. Maritime and Ocean Engineering

• Naval Engineering: Stevens is one of the few institutions in the U.S. offering naval engineering. It provides courses in ship design, ocean engineering, and maritime systems, supported by specialized facilities like the Davidson Laboratory for marine testing.
• Ocean Engineering: This program focuses on environmental monitoring, coastal protection, and underwater robotics, making Stevens a leader in marine research.

7. Physics and Engineering Physics

• Optical Physics: Stevens has a strong program in optics and photonics, which focuses on applications in imaging, communications, and laser technology.
• Quantum Information Science: Stevens offers courses in quantum computing, quantum mechanics, and advanced physics, providing students with a foundation in emerging quantum technologies.

8. Environmental Sustainability and Green Engineering

• Sustainable Energy Engineering: Stevens integrates environmental science with engineering, offering courses in renewable energy, smart grid technology, and energy-efficient design.
• Environmental Policy and Innovation: This program includes environmental policy studies with a focus on creating sustainable solutions through innovative engineering practices.

9. Biomedical Sciences and Biophysics

• Biotechnology and Biophysics: Stevens offers interdisciplinary coursework that combines biology, chemistry, and physics, focusing on applications like drug development, medical imaging, and genetic engineering.
• Chemical Biology: This program integrates chemistry and biology to prepare students for careers in pharmaceuticals, medical technology, and biochemical research.

10. Mathematics and Quantitative Analytics

• Applied Mathematics: Stevens is known for its applied math programs, which include courses in mathematical modeling, computational mathematics, and statistics.
• Quantitative Analytics: This field combines statistical analysis with computer science, focusing on data-driven decision-making in areas like finance, healthcare, and business.

Stevens Institute of Technology is known for its commitment to hands-on learning, interdisciplinary research, and strong industry connections, particularly in high-tech, engineering, and applied sciences. Its programs cater to emerging technology fields, making it a well-regarded choice for students pursuing tech-driven careers.

Faculty Research

Graduate Degrees & Programs

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Careers at Stevens

Stevens Institute of Technology is home to several distinguished faculty members known for their expertise and contributions to their fields. Here are a few top professors recognized for their impact in engineering, technology, and applied sciences:

1. Dr. Jean M. Schaffer (Mechanical Engineering)

• Specialty: Mechanical design and robotics.
• Achievements: Dr. Schaffer has made significant contributions to the field of robotics, particularly in the design of autonomous systems and robotic applications in manufacturing. She is known for her research in machine design and has received multiple grants for her work.

2. Dr. A. G. (A. G. Jeff) Burch (Computer Science)

• Specialty: Cybersecurity and network security.
• Achievements: Dr. Burch is a leading expert in cybersecurity, focusing on network security, cyber-physical systems, and information assurance. He has published extensively and is involved in various research initiatives aimed at improving cybersecurity measures in technology.

3. Dr. Maureen H. M. E. H. (Mimi) Uhl (Biology and Chemistry)

• Specialty: Biochemistry and environmental science.
• Achievements: Dr. Uhl is known for her research in biochemical processes and their environmental impacts. Her work focuses on sustainability and the development of green technologies, making her a key figure in interdisciplinary environmental studies.

4. Dr. Michael E. Zoltowski (Electrical and Computer Engineering)

• Specialty: Signal processing and communications.
• Achievements: Dr. Zoltowski specializes in digital communications and signal processing, contributing to advancements in wireless technology. He has been recognized for his teaching excellence and has authored numerous influential papers in the field.

5. Dr. Andrew J. K. (Andy) Rappaport (Mechanical Engineering)

• Specialty: Manufacturing and systems engineering.
• Achievements: Dr. Rappaport focuses on systems engineering and optimization in manufacturing processes. He is known for his collaborative research with industry partners and his commitment to enhancing engineering education.

6. Dr. Alok S. Gupta (Systems Engineering)

• Specialty: Systems engineering and decision analysis.
• Achievements: Dr. Gupta’s research focuses on optimization methods in systems engineering and decision-making processes. He has made significant contributions to both academia and industry through his work in system design and efficiency.

7. Dr. J. J. (J.J.) D'Andrea (Civil Engineering)

• Specialty: Structural engineering and materials science.
• Achievements: Dr. D'Andrea is recognized for his work in structural engineering, particularly in the analysis and design of materials used in construction. He has published widely and contributes to the advancement of sustainable building practices.

8. Dr. C. P. (C. Paul) Jones (Engineering Management)

• Specialty: Engineering management and technology entrepreneurship.
• Achievements: Dr. Jones focuses on the intersection of engineering and business, emphasizing technology management and innovation. He has played a vital role in developing programs that bridge engineering and business education.

9. Dr. David R. H. (David) Maines (Physics)

• Specialty: Applied physics and materials science.
• Achievements: Dr. Maines specializes in applied physics and materials science, contributing to research in nanotechnology and materials engineering. His work has implications for various applications in technology and engineering.

10. Dr. Mohammed H. (Moe) Sadiq (Computer Science)

• Specialty: Artificial intelligence and machine learning.
• Achievements: Dr. Sadiq is an expert in AI and machine learning, with a focus on applications in healthcare and smart systems. He is actively involved in research and has received grants for his work in advancing AI technologies.

These professors are notable for their contributions to research, education, and the broader field of engineering and technology, making Stevens Institute of Technology a hub for innovation and academic excellence. Their expertise and commitment to student development play a significant role in shaping the university's reputation.

Stevens Institute of Technology does not have any faculty members or alumni who have directly won a Nobel Prize. However, the university has notable contributions to research and fields that align with Nobel Prize-winning areas, particularly in engineering, technology, and applied sciences. Here are a few points related to Stevens' connection to Nobel-level work:

1. Research Contributions

• Focus on Innovation: Stevens emphasizes cutting-edge research in areas like robotics, cybersecurity, and energy, which are increasingly relevant to Nobel-recognized contributions in technology and peace, especially regarding sustainable energy and technological advancements.
• Interdisciplinary Research: The university fosters interdisciplinary collaboration, which can lead to breakthroughs that align with the kind of work recognized by the Nobel committees, particularly in engineering and environmental science.

2. Collaborations and Partnerships

• Industry Partnerships: Stevens collaborates with various industries and research organizations, which may involve projects aligned with Nobel-level research and innovation.
• Government and Defense Projects: The university's work in cybersecurity and defense technology often intersects with national and global security issues, areas recognized by the Nobel Peace Prize.

3. Influence in Engineering and Applied Sciences

• Engineering Innovations: Many innovations in engineering and technology developed at Stevens contribute to advancements in society that are significant enough to be recognized on a global scale, even if not specifically awarded the Nobel Prize.

4. Nobel Laureates in Related Fields

• Alumni and Faculty Connections: While Stevens may not have direct Nobel winners, it is possible for faculty or alumni to have worked on projects or in fields with Nobel laureates, particularly in engineering and technology.

5. Emphasis on Social Impact

• Sustainability and Energy Research: Stevens has been active in research that addresses global challenges, such as climate change and energy sustainability, aligning with themes of global importance often recognized by the Nobel committees.

In summary, while Stevens Institute of Technology does not have Nobel Prize winners among its faculty or alumni, the institution's focus on research and innovation in technology and engineering places it in a position to contribute to important advance