Bachelor of Science in Chemistry (STEM)

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

Accelerate your career in the construction industry and become a sought-after employee with increased specialization and technological knowledge in the built environment.

What You’ll Learn

• The Architectural Technology, B.S.A.T. program with a concentration in Construction Management incorporates classes in architectural design, building technology, environmental systems, and project management using advanced software and tools. You'll focus on the latest technologies in contemporary construction practice and discover novel ways to use software to resolve design issues.
• After completing foundational courses in your first two years, including architectural history and building construction, design analysis, drafting, and 3-D design skills, you’ll gain critical experience through a culminating capstone project using Building Information Modeling (BIM) in analyzing and assessing design and technology integrations, simulating the workings of a contemporary architecture office.
• Unique in the region, the Architectural Technology, B.S.A.T - Construction Management shares its curriculum with New York Tech’s NAAB-accredited Architecture, B.Arch. program, giving you a foundation that is career-oriented, creatively focused, and committed to sustainable design practices.
• You’ll also participate in our extensive externship program, working competitive placements in architecture firms, construction companies, real estate management, architectural engineering, and visualization companies. Many students are even hired-on after graduation.

Kickstart a flexible and lucrative career integrating IT-based solutions that solve problems for companies around the world.

What You’ll Learn

In the Information Technology, B.S., you’ll learn to design, implement, and evaluate computer-based systems and programs to solve an organization’s challenges. You can also tailor your degree to build skills in business, telecommunications, digital media, and database management to suit your goals and interests.

You’ll learn from full-time faculty and have the opportunity to work alongside them on research projects funded by the Department of Defense, National Science Foundation, and more. Many students publish their research in recognized journals under the Undergraduate Research & Entrepreneurial Program (UREP).

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.

Become a technological leader with a deep knowledge of computer algorithms, computational theory, computer architecture, operating systems, and more.

What You’ll Learn

• Build on your undergraduate studies in computer science, engineering, mathematics, or information technology and management with the Computer Science, M.S.
• You’ll gain the critical experience you need to be a leader in the industry, including working directly with faculty on research grants funded by the Department of Defense, National Science Foundation, and National Institutes of Health. You can also choose to complete a thesis as part of your degree, which can help you gain specialized skills and knowledge to better qualify you for research and development jobs.

Master solid mechanics, sustainable engineering, biomedical devices, and more as you combine cutting-edge research with the industry’s latest technologies and facilities.

What You’ll Learn

In the Mechanical Engineering, M.S. program, you’ll conduct cutting-edge studies in thermal/fluid/energy, biomechanics, biomedical devices, sensors, and controls.

You’ll work with state-of-the-art labs and facilities—such as our Entrepreneurship and Technology Innovation Center and Fabrication Rapid Prototyping Lab—conducting research in bioengineering, assistive technologies, energy, and more.

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).

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.

Kick-start your career in medical research, chemical engineering, manufacturing, environmental protection, and more through a technology-infused educational and research experience.

What You’ll Learn

• In our Chemistry, B.S. program, you’ll participate in a hands-on curriculum utilizing technology and modern approaches to solve chemical problems.
• After a core curriculum in humanities and research principles and practices, you’ll take coursework in progressive levels of general chemistry, organic chemistry, quantitative and instrumental analysis, physical chemistry, biochemistry, physics, and mathematics, as well as a selection of electives.
• You’ll work in our state-of-the-art research laboratories, conducting research side-by-side with highly-skilled faculty in areas such as synthetic and medicinal chemistry, pharmacokinetics, and pharmacodynamics.

Gain a foundation in the design and development of mechanical systems, structures, thermo-fluid systems, aerospace systems, advanced transportation, and energy systems.

What You’ll Learn

The ABET-accredited Mechanical Engineering, B.S. program prepares you to work in a variety of fields— energy conversion, product design and development, manufacturing, construction, research, and more—through state-of-art technology and insightful experiences.

Your curriculum incorporates many design projects, ensuring you have work-ready competence upon graduation. You’ll gain additional learning experiences from our Entrepreneurship and Technology Innovation Center, engineering clubs (ASME, SAE, NSBE), and undergraduate research opportunities alongside faculty members as part of our Undergraduate Research & Entrepreneurial Program (UREP).

You can further tailor your degree by pursuing a concentration in aerospace engineering, which focuses on aircraft and space vehicle design.

Launch your career solving the world’s most pressing medical challenges by learning both the sciences and the latest technologies crucial to the biomedical engineering industry.

What You’ll Learn

The Life Sciences - Biomedical Engineering, B.S. helps you learn to leverage core biological principles to solve a vast spectrum of medical problems.

With a focus on biomedical engineering, your curriculum covers a range from calculus-based mathematics and anatomy to physiology and biomedical physics. You’ll infuse technology into your program by taking classes in computer programming, electrical circuits and electronics, and microprocessors, preparing you for graduate work in bioengineering.