Bachelor of Science in Life Sciences - Biomedical Engineering

at New York Institute of Technology - New York City Campus USA

Help shape the lives of tomorrow’s students by becoming a proactive and responsive school counselor. Learn to work with diverse learners, understand cultural contexts, and collaborate with families, teachers, and the community.

Focused on culturally competent school counseling and social justice, the School Counseling, M.S. helps you become a compassionate, effective advocate for the academic, social, and emotional success of pre-K–12 students.

You’ll gain a broad foundation on prevalent topics in school counseling today, including leadership, group counseling, working with special needs students, college counseling, and school violence prevention. You’ll also acquire the critical experience you need through a practicum and internships under the mentorship of a tenured school counselor in a pre-K–12 school setting.

We also offer a Bilingual Extension, which can be completed simultaneously with your school counseling degree. The extension includes a minimum of six additional credits, as well as bilingual practicum experience to prepare you to work specifically with bilingual/ELL students and their families. NYSED certification will require documented proficiency in the target language by independently passing the New York State Bilingual Assessment (BEA).

Explore opportunities for innovation in architecture and design with a focus on health and wellness. Integrate emerging technologies and bridge scientific knowledge to bring new perspectives to designing environments for a better quality of life. Experiment with computational design, prototyping, augmented and intelligent materials, or environmental systems and develop the spatial futures for treatment and convalescence, rethinking how design and building impact humans.
The Master of Science in Architecture, Health and Design (M.S.AHD) program is a two-semester (plus summer term), 30-credit, post-professional master's degree. We welcome applications from graduates with a background in architecture and design, including healthcare design, interior design, industrial design, product design, etc., as well as those with interest and expertise in design technologies (simulation, visualization, robotic interactions, and fabrication, etc.), computational design, and new materials.

Our coordinated curriculum of design studios, labs, and core and elective courses is threaded with a renovated research-oriented approach to health and design. You'll explore methodologies that include prototyping at the scale of product and industrial design, the performative qualities of interior spaces, the exploration of material innovations, and the organizational diagrams of larger healthcare institutions. A final studio project in the summer term will synthesize professional, historical, theoretical, social, and material knowledge, and explore a multidisciplinary topic at the intersection of design, technology and the medical/healthcare fields.

Highlights

• Architecture
• Architecturel Design
• Interior Design
• Healthcare Design
• Computation and Fabriacation
• Environmental Design
• Health and Wellness DesignInstitutional Space Planning
• Composite Materials, Responsive Materials
• Biomaterials, Live Materials
• Simulation, Big Data, Machine Learning AI
• VR, MR, AR

Explore design research at the frontiers of architecture through experimentation in computational design, robotic systems applied to fabrication and interactivity, and materiality. Innovate in design and creatively apply emergent technologies to unconventional spatial investigations resulting in full-scale architectural prototypes and components.

The Master of Science in Architecture, Computational Technologies (M.S.ACT) program is a two-semester (plus summer term), 30-credit, post-professional master's degree. The program integrates critical relationships between science and culture, developing new technologies with a focus on the history and theory of representation, robotics, and cybernetics. You'll learn how to apply, research, and develop advancements in computational design, robotic interaction and fabrication, and new materials.

The M.S.ACT program builds up expertise in three terms (Fall, Spring, Summer), organized as core studios and seminars in three focus areas (Computational Design, Fabrication and Robotics, and Materials) and culminating with an interdisciplinary integrated Project-based Learning Studio in the summer term.

Highlights

• History/Theory of Systems of Representation
• Science, Technology, Ecology, Architecture
• Computational Design, Programming (Python)
• Big Data, Survey, Simulation, Machine Learning (AI)
• Platforms and Applications Design
• Sensors, Robotic Interaction
• VR, MR, AR
• Robotic Systems Design
• Robotic Fabrication
• Composite and Responsive Materials, BioMaterials
• Materials Design

Deliver strong visual messages using emerging technologies. Work with our state-of-the-art facilities that foster creative exploration, critical thinking, and professional development.

What You’ll Learn

In the Graphic Design, B.F.A. program, you’ll produce work that demonstrates artistic expression, technical proficiency, and well-informed conceptual ideas.

You’ll take courses in areas from advertising and editorial to information graphics, logos and branding, motion graphics, packaging, typography, and web and interactive design and emerge with a portfolio of work that will demonstrate your professional readiness to future employers.

You’ll gain proficiency with the latest applications and technology—including Adobe Creative Cloud, 3-D printers, and laser cutters—and how to use them in the creation, reproduction, and distribution of visual messages.

Through internships with local agencies and design firms, as well as projects (both individual and collaborative), you’ll prepare to tackle the real-world challenges of being a career-ready graphic designer.

Learn to make strong corporate finance and investment decisions using financial data, the latest technologies, and real-world experience.

What You’ll Learn

In the AACSB-accredited Business Administration, B.S. with a Finance concentration, you’ll learn to integrate best-practice strategies and principles while launching your career in finance.

You’ll study corporate financial decision-making and learn to assess investment choices, as well as apply international financial management concepts and analyze corporate financial needs and statements.

• Only 5% of business schools worldwide have earned AACSB accreditation.
• Our strong alumni network of 100,000+ includes leaders in all industries.
• Progressive curriculum development ensures our program remains contemporary and competitive.
• Our Triple Platforms of Excellence extends learning beyond the classroom to give you the professional and personal skills you’ll need to succeed.

Upon completion of your B.S. degree, you’ll be able to:

• Demonstrate competency and make decisions in all functional business disciplines.
• Use technology as a decision support tool in business.
• Conduct and utilize research to support business innovation.
• Integrate functional disciplines together to effect sound policymaking and business planning.

Gain insight into human behavior through technically-based coursework and practical externships in local hospitals, schools, and clinical organizations. Kickstart your career journey into counseling, community service, human resources, and more.

What You’ll Learn

Delve into the human mind through the Psychology, B.S. in small-sized classes on theories of personality, abnormal psychology, and more. New York Tech’s degree offers you plenty of flexibility through electives, and minors, or even prepare for entry into medical school.

You’ll learn from expert faculty with a broad range of professional experience, including social/health, clinical, cognitive, and developmental psychology. You’ll also have the chance to conduct research, presenting your work at regional and national research conferences. Past research has covered topics such as perceptions of body image in college students, social media and anxiety, and how parenting styles affect adolescent delinquency and self-esteem.

You can also make connections and network through our active chapter of Psi Chi, the National Honor Society in Psychology.

Improve the world around you through social work. Learn how counseling, advocacy, and mediation can better quality of life for people and communities of all kinds.

What You’ll Learn

• Help people from a range of backgrounds and experiences live better lives through counseling, advocacy, and mediation with the Behavioral Sciences-Sociology / Social Work, B.S. You’ll study different social systems—family units, gangs, religious cults, medical systems, and more—and how they’re impacted by race, ethnicity, gender, sexual preference, and social class.
• You’ll gain critical experience with field placement opportunities, as well as work side by side with full-time faculty on original research, presenting at regional and national conferences, as well as New York Tech’s Symposium of University Research and Creative Expression (SOURCE).
• Courses are offered in a range of formats, from small groups in traditional classrooms, through distance learning across campuses and classrooms, and online.

Advance your ability to assess the design and integration of complex systems within an organization, helping you to predict behavior and improve or optimize system performance.

What You’ll Learn

In the AACSB-accredited M.B.A. with an Operations & Supply Chain Management concentration, you’ll gain professional experience working with companies located in New York City—the world capital of finance and business.

You’ll learn from and network with industry professionals who regularly visit your classes, as well as work with them directly through internships at high-impact companies. You'll also have the opportunity to explore the industry from a global perspective by attending courses in affiliated universities around the world.

Upon completion of our M.B.A. program, you’ll be able to:

• Utilize technology support systems, including SPSS, Arena, @Risk, XLMiner, Tableau, R, Arena, POM-QM, Analytic Solver Data Mining, Wolfram Mathematica, Decision Tools Suites, and SAP 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.

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.

Prepare for a solid career by building a foundation in both the hardware and software used in controls, signal processing, integrated circuits, communication networks, wireless communication, and computer operating systems.

What You’ll Learn

• The Electrical and Computer Engineering, B.S. offers a balance of theoretical fundamentals and hands-on experiences in a small-class setting—most courses have fewer than 20 students.
• One of only four accredited electrical and computer engineering programs in the State of New York, our bachelor’s program helps you learn various tools to simulate electrical/electronic circuits, program microprocessors/embedded systems/FPGAs, model and implement control/communication systems, and process data/signals/systems.