Bachelor of Science in Computer Science (STEM)

at New York Institute of Technology - New York - Long Island Campus USA

Gain the technological and analytical skills you'll need to become a highly sought-after computer science professional trained to handle big data.

What You’ll Learn

• The Computer Science, B.S. program with a concentration in Big Data Management & Analytics is a joint effort between IBM and New York Tech that will prepare you for a role understanding and managing one of the world’s most important assets—big data.
• You’ll study a variety of topics such as data collection, data organization, information retrieval, and data mining. You’ll also complete lab exercises that use IBM InfoSphere BigInsights and IBM INfoSphere Streams.

Take your career to higher levels by gaining hands-on professional experience, studying in global business centers around the world, and learning from top industry executives.

What You’ll Learn

• The AACSB-accredited Master of Business Administration program helps you gain the team-building, leadership, organizational, analytical, and decision-making skills to transform a business and boost its value in the global marketplace.
• You’ll learn to evaluate and improve operations, work collaboratively to address socioeconomic issues with a global mindset, and analyze business sustainability and profitability.
• Upon graduation, you’ll be career-ready with strong skills in:
  • Utilizing the latest technology support systems to strengthen organizational decision processes.
  • Conduct industry, company-specific, or environmental business analysis using appropriate data and informational resources to bridge the gap between abstract theory and practice.
  • Identify and analyze country/region-specific contemporary business issues, and establish, support, and effectively communicate strategic recommendations.

Gain critical experience through a curriculum rich in practical, design-oriented engineering and its underlying theoretical concepts.

What You’ll Learn

• In the Electrical & Computer Engineering, M.S., you’ll learn to integrate advanced concepts in the field with cutting-edge research in the areas of radar, RF/microwave and low-power circuit design, medical imaging, image/signal processing, biomedical devices, and modern control.
• You’ll gain comprehensive knowledge and proficiency in advanced mathematics and stochastic processes; linear systems and digital communications; computer architecture and system design; and parallel computing, networks, and integrated circuit designs.
• You’ll have the opportunity to work on funded research projects for the Department of Defense, National Science Foundation, among others alongside faculty at New York Tech’s Entrepreneurship and Technology Innovation Center (ETIC).

Develop an understanding of all aspects of a building’s design and architectural technology by exploring new materials and fabrication technologies on your journey toward a professional career in the industry.

What You’ll Learn

• With Architectural Technology, B.S.A.T., your curriculum will encompass architectural design, building technology, environmental systems, and project management using advanced software and tools. You can also opt to further tailor your degree by pursuing a concentration in Construction Management.
• During your first two years, you will study the foundations of architectural history and building construction while developing expertise in design analysis, drafting, and 3-D design skills. During your third and fourth years, you will work intensively toward the completion of a capstone project incorporating all aspects of a building’s design and architectural technology.
• You’ll gain the critical experience you’ll need to stand out to employers through national and international design workshops, collaborative projects within the community, onsite construction observation, and summer study abroad in canonical cities around the world.

Learn to master the ever-growing mountain of crucial data that businesses across the globe need help managing and understanding. Prepare for a solid career in data analytics, data management, and more.

What You’ll Learn
The Data Science, M.S. is designed for students with a computer science or related background interested in pursuing data analytics, machine learning, visualization, and more. You'll learn how to employ data science concepts and methods to solve problems in business and scientific contexts and communicate these solutions effectively. You'll study computing theory, languages, and algorithms, and use mathematical and statistical models to formulate and implement data analyses and learn to apply them ethically.

Our practical curriculum incorporates case studies in advanced topics of computer architecture from classic and modern processors, including large-scale systems. You may also participate in sponsored research projects alongside faculty members from funding sources such as the Department of Defense.

Master the fundamentals of classical and modern physics, get a solid foundation in experimental techniques, and then jumpstart your career with a range of related minors and elective courses.

What You’ll Learn

In our Physics, B.S. program, you'll learn the advanced mathematical skills you'll need to analyze complex physical systems and solve tough problems in physics and other quantitative fields like data science and finance.

Our program features small classes taught by outstanding faculty, who infuse their courses and research with cutting-edge computational tools and engaging visualizations.

Apply your knowledge to research in our well-equipped laboratories, featuring state-of-the-art optical microscopy, imaging technology, robotics, and rapid prototyping, or at local institutions such as the Museum of Natural History. Work one-on-one with faculty who are active researchers with expertise in string theory, plasma physics, quantum informatics, solid-state physics, astrophysics, biophysics, and imaging.

Student entrepreneurs will have the support of faculty from the College of Engineering and Computing Sciences and the Schools of Management and Architecture and Design. And if you're interested in biomedical sciences, our College of Osteopathic Medicine provides access to exceptional faculty and research opportunities.

Capitalize on the growing demand for cybersecurity professionals as more companies realize the need to protect against threats to their data, IT assets, and other resources.

What You’ll Learn

• Help companies around the world keep important data safe, limit risks, and recover from attacks with the Cybersecurity, M.S. This program is ideally suited for those with engineering or computer science undergraduate degrees.
• You’ll design, implement, and maintain software tools to support network security across multiple operating systems, overseeing the information lifecycle of an organization from planning and acquisition to implementation. You’ll also study algorithm concepts, computer forensics, risk management and legal issues, and intrusion detection and hacker exploits.
• You’ll then put classroom-learned theory into practice through hands-on projects and research—some completed side-by-side with leading faculty working on innovations in areas including biometrics, conceptual modeling, cryptography, cyber behavioral authentication, genomic computation, mobile and cybersecurity, and swarm intelligence.

Are you interested in the creation and development of new and novel medical devices? Get the analytical and practical tools you’ll need to succeed in the biotechnology and bioengineering industries.

What You’ll Learn

• The M.S. in Bioengineering combines coursework in engineering theory, life sciences, and entrepreneurship with laboratory work that fuses discipline-specific topics and hands-on research.
• You’ll gain advanced competencies to simulate electrical/electronic circuits, program microprocessors/embedded systems/FPGAs, model and implement control/communication systems, and process data/signals/systems.
• Our master’s program is suitable for students with a variety of backgrounds including engineering, life sciences, and medicine.

Medical/Healthcare SimulationLearn to design and run simulation programs in the medical and healthcare industry—and beyond—in this two-year degree program. Complete your courses online on your schedule, while also getting critical experience during a week-long course at NYIT College of Osteopathic Medicine’s high-fidelity simulation lab.

What You’ll Learn

From hospital-based simulation programs used to train and assess clinical staff to freestanding simulation hospitals designed to recreate the hospital setting and improve outcomes, performance, efficiency, and safety, medical and healthcare simulations are a crucial element of the industry.

This two-year Medical/Healthcare Simulation, M.S. program—completed almost entirely online—will provide a solid foundation for anyone interested in learning to design and run these important simulation programs. Your coursework will span areas including adult learning theory, case design, assessment and exam design, simulation research fundamentals, basic human anatomy/physiology and radiology, and management of a simulation center.

In addition to your online coursework, you’ll get critical experience by spending a week working in NYITCOM’s high-fidelity simulation lab on our Long Island campus, applying the knowledge you have gained by designing and running simulation programs utilizing standardized patients, mannequins, and task trainers.

Prepare for an exciting career in energy and facilities management by going beyond the standard business curriculum and gaining technical skills that are highly valued by employers.

What You’ll Learn

• Through the Energy Management, M.S., you’ll master the latest technologies used in green buildings, power systems, and facility security. You’ll learn about the wind energy, advanced batteries, and smart grid systems that are transforming the way we generate and deliver electricity, and conduct state-of-the-art research in our Energy and Green Technologies Lab. You’ll work side-by-side faculty who are experts in facilities management, risk assessment, and alternative energy systems.
• To fit this program into your busy schedule, you can attend classes at either our Long Island campus or fully-online. Weekend and evening courses are also offered.
• You’ll have the opportunity to work on funded research projects for the Department of Defense, National Science Foundation, and more alongside faculty both in and out of New York Tech’s Entrepreneurship and Technology Innovation Center (ETIC).