Bachelor of Science in Life Sciences - Biomedical Engineering

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

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

Become a leader in today’s global marketplace by combining engineering and business management. Develop in-demand skills using the latest technology with our state-of-the-art labs.

What You’ll Learn

The Engineering Management, B.S. is an interdisciplinary program focusing on the foundations of financial management, project management, operations management, quality control, entrepreneurship, and data-driven management and analysis.

The curriculum is complemented by a core liberal arts curriculum that includes critical thinking, communications, and other skills needed to thrive in today’s global marketplace.

Outside of the classroom, you’ll gain critical experience through 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).

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.

Through the Business Administration, B.S. with a Management concentration, you’ll learn hands-on how to impact an organization’s efficiency and profitability while receiving a firm foundation in liberal arts.

You’ll work with the latest technology in almost all of your classes, which you can put to work in the real world through internships and practicums with innovative companies in New York City and beyond.

• 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.
• You can also further tailor your degree to your career goals by taking specialized courses in compensation, benefits, talent management, and more.

Become an informed and innovative marketing decision-maker through experiential opportunities, networking connections, and expert faculty to boost your career.

What You’ll Learn

• Throughout your M.B.A. with a Marketing concentration, you’ll work on industry-related projects in nearly every class, giving you the real-world experience you need to graduate ready to tackle any organizations’ objectives.
• You’ll also complete internships at high-impact companies and have the opportunity to attend courses in affiliated universities around the world. You’ll make important network connections with industry professionals through local chapters of marketing and advertising associations, various corporate challenges, and participation in national and international conferences.
• Upon completion of our M.B.A. program, you’ll be able to:
  • Utilize technology support systems, including SPSS, Analytic Solver Data Mining, Decision Tools Suites, SAP, and Qualtrix, 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 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.

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.

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.

Blend high-tech lab study and clinical rotations at top healthcare facilities as you prepare for a career diagnosing diseases, developing treatment plans, assisting in surgery, and providing holistic care.

What You’ll Learn

The career-focused Physician Assistant Studies, M.S. provides you with a strong foundation in science, medicine, research, and transcultural patient care as you build your professional network and prepare for the Physician Assistant National Certification Examination.

You’ll benefit from working closely with our highly-skilled faculty with a combined 70+ years of clinical practice experience in a broad range of disciplines, from family medicine and general surgery to gastroenterology, obstetrics and gynecology, psychiatry, pediatrics, and more.

You’ll also benefit from a number of cutting-edge facilities, including the Institute for Clinical Competence with robotic simulation models and well-trained standardized patients, as well as a state-of-the-art anatomy lab.

You’ll spend an entire year immersed in clinical rotations, gaining actionable experience in well-rounded, challenging, and diverse clinical environments that prepare you for real-world challenges. Rotation spots include outstanding hospital systems and private practices in New York City and Long Island, with flexibility for out-of-state/home-state options.

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.