University Catalog

The university catalog provides a comprehensive overview of the institution's academic programs, policies, and procedures.

B.S. in Engineering Technology, Biomedical Engineering Technology

The B.S. in Engineering Technology, Biomedical Engineering Technology is a 120-credit minimum program that prepares students for careers in the biomedical engineering technology field.

Plan of Study Grid

The plan of study grid outlines the required courses for each semester of the four-year program.

• First Year:
  • 1st Semester:
    • MATH 138: General Calculus I (3 credits)
    • PHYS 102: General Physics I (3 credits)
    • PHYS 102A: General Physics I Lab (1 credit)
    • CHEM 121: Fundamentals of Chemical Principles I (3 credits)
    • CHEM 125A: General Chemistry Lab I (1 credit)
    • MET 103: Introduction to Engineering Technology Design (2 credits)
    • ENGL 101: English Composition: Introduction to Academic Writing (3 credits)
    • ET 101: Introduction to Engineering Technology (0 credits)
    • FYS SEM: First-Year Student Seminar (0 credits)
  • 2nd Semester:
    • MATH 238: General Calculus II (3 credits)
    • PHYS 103: General Physics II (3 credits)
    • PHYS 103A: General Physics II Lab (1 credit)
    • CHEM 122: Fundamentals of Chemical Principles II (3 credits)
    • CHEM 126A: Gen Chemistry Lab II (1 credit)
    • MET 105: Applied Computer Aided Design (2 credits)
    • ENGL 102: English Composition: Introduction to Writing for Research (3 credits)
• Second Year:
  • 1st Semester:
    • ECET 201: Circuit Analysis DC and AC (3 credits)
    • BME 111: Introduction to Physiology (3 credits)
    • BME 210 or SDET 101: Processing Fund for Biol Signa or Fundamentals of Software and Data Technologies (3 credits)
    • ENGR 211: Professional Skills for Engineers I (1 credit)
    • Humanities and History GER 200 Level (3 credits)
    • Technical Elective 1 (3 credits)
  • 2nd Semester:
    • BMET 231: Medical Networks, Data Security, and Privacy (3 credits)
    • MNET 215: Materials and Processes for Technology (3 credits)
    • Social Science Literacy GER (3 credits)
    • Technical Elective 2 (3 credits)
    • Free Elective 1 (3 credits)
• Third Year:
  • 1st Semester:
    • COM 313: Writing in the Workplace (3 credits)
    • ECET 329: Analog and Digital Electronics (3 credits)
    • MET 303: Applied Thermodynamics (3 credits)
    • Technical Elective 3 (3 credits)
    • Free Elective 2 (3 credits)
  • 2nd Semester:
    • BMET 320: Applied Biomedical Data Acquisition (3 credits)
    • MET 304: Applied Fluid Mechanics (3 credits)
    • MNET 315: Industrial Statistics (3 credits)
    • History and Humanities GER 300+ Level (3 credits)
    • Technical Elective 4 (3 credits)
• Fourth Year:
  • 1st Semester:
    • IET 416: Applied Operations and Project Management (3 credits)
    • BMET 415: Biomedical Mechatronics (3 credits)
    • BMET 440: Biomedical Experiential Learning (3 credits)
    • MNET 414: Industrial Cost Analysis (3 credits)
    • MET 403: Applied Thermodynamics II (3 credits)
  • 2nd Semester:
    • BMET 450: BMET Senior Project (3 credits)
    • MNET 420: Quality Systems (3 credits)
    • Humanities and Social Science Senior Seminar GER (3 credits)
    • Technical Elective 5 (3 credits)

GER Electives

Refer to the General Education Requirement section of this catalog for further information on GER electives.

Approved Technical Electives

The following courses are approved technical electives:

• BME 303: Biological and Chemical Foundations of Biomedical Engineering (3 credits)
• BME 333: Biomedical Signals and Systems (3 credits)
• BME 372: Electronics of Medical Devices (3 credits)
• BME 386: Biosensor and Data Acquisition Lab (3 credits)
• BME 471: Principles of Medical Imaging (3 credits)
• BME 472: FDA Regulation of Medical Devices (3 credits)
• BME 489: Medical Instrumentation (3 credits)
• BMET 360: Introduction to Universal Design for Assistive Technologies (3 credits)
• BMET 362: Integration and Realization of Assistive Technologies (3 credits)
• CHEM 243: Organic Chemistry I (3 credits)
• CHEM 244A: Organic Chemistry I Laboratory (2 credits)
• ECET 210: Intro. to Microprocessors and Computer Architecture (3 credits)
• ECET 303: Circuit Measurements (2 credits)
• ENGR 350: Intellectual Property for Engineers (3 credits)
• ENGR 360: Geometric Dimensioning and Tolerancing and Applied Metrology (3 credits)
• ENGR 424: Robotics Science Fundamentals (3 credits)
• ENGR 430: Engineering for Quality and Reliability (3 credits)
• IE 355: Human Factors (3 credits)
• IE 473: Safety Engineering (3 credits)
• MATH 309: Mathematical Analysis for Technology (4 credits)
• MATH 322: Differential Equations for Applications (3 credits)
• MET 205: Advanced Computer Aided Design (3 credits)
• MET 235: Statics for Technology (3 credits)
• MET 237: Strength of Materials for Technology (3 credits)
• MIT 460: Economics of Aging: Microeconomics(individual) and Macroeconomic(global) Challenges (3 credits)
• MNET 300: Concepts In Machining (3 credits)
• SDET 325: Medical Informatics Technology (3 credits)
• SDET 326: Electronic Medical Record Design (3 credits)
• SDET 341: Visual Basic.NET for Engineering Technology (3 credits)
• SDET 373: Web App Development for Mobile (3 credits)
• SDET 420: Software Web Applications for Engineering Technology I (3 credits)
• SDET 425: Medical Informatics Technology II (3 credits)
• SDET 430: Software Web Applications for Engineering Technology II (3 credits)

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Overview:

New Jersey Institute of Technology (NJIT) is a public research university located in Newark, New Jersey. It is known for its strong focus on science, technology, engineering, and mathematics (STEM) fields. NJIT is consistently ranked among the top schools for return on investment.

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Student Life and Campus Experience:

The provided context highlights the positive experiences of NJIT students. Students have access to various resources and opportunities, including research experiences, internships, and career fairs. The university emphasizes the importance of student involvement and provides a supportive environment for students to pursue their academic and professional goals.

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Key Reasons to Study There:

• Strong focus on STEM fields
• High return on investment
• Excellent research opportunities
• Supportive faculty and staff
• Vibrant campus community

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Academic Programs:

The context mentions various academic programs, including: - Computing - Architecture & Design - Engineering - Humanities & Liberal Arts - Math & Science - Business