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and cost reduction, and thus add MTT 204 - Introduction to Linear CEN 304 - Electronic Devices and CEN 324 - Analog and Digital BME 320 - Biosystems and IO, ADC, DAC, Timers, interrupts, and
value to their future employers. This Algebra Circuits Electronics Signals serial communication.
is done through a practical course Credit Hours: 3 Credit Hours: 3 Credit Hours: 3 Credit Hours: 3
component designed to allow BME 380 - Human Biology I
students to build simple data-driven Prerequisite: MTT 200 Prerequisite: CEN 201 Prerequisite: CEN 304 Prerequisite: MTT 205 + CEN 201 Credit Hours: 3
AI using Excel. The data used in The course aim is to provide This course introduces the The course covers the analysis This course will provide a foundation Prerequisite: CHE 205 + BIO 205
these laboratories is collected from engineering students with some fundamentals and essential topics and design of digital and analog to other courses that deal with
different domains such as health, standard methods to solve first for the study of electronic circuits. circuits. Analog-to-digital and signals and systems concepts directly Anatomy and Physiology I is the first
environmental science, business, and order Separable, Exact, Linear and Topics covered include: diodes, digital-to-analog conversion circuits. or indirectly such as communication, of a two-course sequence examining
engineering. Bernoulli differential equations. Bipolar Junction Transistors (BJTs), Fundamental concepts in digital control, instrumentation, etc. the terminology, structure, function,
and interdependence of the human
COE 202 Engineering Ethics, Construct mathematical models of Field Effect Transistors (FETs), and electronics: VTC curve, Fan-out, The course covers the following body systems. This course includes a
simple physical systems. Solve higher
Operational Amplifiers (Op Amps).
topics classification of systems DT
Propagation delay and static/
Economy and Law order linear ODE’s with constant Firstly, students will be introduced dynamic power dissipation. NMOS/ and CT systems, signal modeling study of the cells, chemistry, tissues,
Credit Hours: 3 coefficients. Solve ordinary linear to the basics of Semiconductor CMOS inverters, CMOS NOR/NAND and transformation, LTI systems, integumentary, skeletal, muscular,
Prerequisite: ENG 200 + MTT 102 differential equations using infinite materials, mass-action law, formation gates. Operational amplifiers. Low, Frequency domain analysis and nervous, and special senses.
series and Laplace transform. Solve of p-n junctions, and flow of diffusion medium, and high frequency models Fourier transform, Laplace transform, BME 381 - Human Biology II
This course integrates two systems of differential equations. and drift current within the junction. for transistors. Small-signal analysis Z-Transform, and Discrete Fourier
interrelated general engineering The diode concept will be introduced (Hybrid-π model) and design of transform. Credit Hours: 3
disciplines, namely: ethics and subsequently, starting with single-stage MOSFET/BJT circuits. Prerequisite: BME 380
economy. In the first part of the mathematical model of diode current Frequency response characteristics BME 330 - Physiological
course, the students are introduced Major Requirements and then moving towards the diode of single/multi-stage amplifiers. Modeling Human Biology II is the second
to ethical issues that practicing applications (rectification, clipping, Power amplifiers: class A and B. Credit Hours: 3 course that describes the general
engineers may face in their and damper). The topics of half-wave, Feedback topologies and stability. principles of human physiology
professional practice. This includes a full-wave rectification, clipping and Wave shaping: Multi-vibrators (Mono- Prerequisite: BME 380 + BME 320 and anatomy II. It focuses on the
discussion of the code of ethics and CEN 201 - Electric Circuits Mathematical modeling principles; physiology of the cardiovascular
responsibility of engineers, ethical clamping circuits will be discussed stable, quasi-stable, and Bi-stable) system, blood function and
theories, ethical problems-solving Credit Hours: 3 in details. The types of didoes such and oscillators. modeling techniques: compartmental composition. This course introduces
methods, and case studies based Prerequisite: ECS 200 or PHY 201 as Zener and LEDs will be discussed BME 310 - Biomedical and distributed modeling; design students to the players of the
on real events that illustrate the briefly. The device structure for Instrumentation of system elements, case studies of immune system, endocrine, renal
problems faced by engineers. The This is the first course in the the formation of BJT and FET and medical system examples, computer- and respiratory and digestive
case studies also show the effects Computer and Electrical Engineering their physical operation leading to Credit Hours: 3 aided design methods, design of systems. Special emphasis is placed
of engineering decisions on society. Program on electric circuits. It their terminal characteristics will be Prerequisite: BME 380 subsystems. Dynamic modeling and on diseases related to homeostasis
The second part of the course gives teaches the fundamentals of covered. The DC and AC analysis of control of selected biological and imbalances related to the above
students a working knowledge electrical circuit theory and its different types of BJT and FETs will Co-requisite: CEN 324 physiological processes. systems.
on making economic comparison application to practical direct and be covered. The course will also treat Instrumentation concepts, analogue
of investment alternatives in alternating current circuits. Whilst the use of equivalent circuit models and digital circuits design, filters, BME 325 - IoT for Bioengineers: EEN 365 - Control Systems
engineering project environment. MTT 102 is the formal pre-requisite that describe the operation of these measurement of temperature, force, Foundations and Design
This includes description of the to this course, general knowledge of devices and how they can be used to Credit Hours: 3 Credit Housr: 3
interest and time value of money personal computers and operating design circuits that provide important blood flow, and respiratory system, Prerequisite: BME 320 + MTT 204
relationships, methods of comparing systems will be beneficial. electronic functions. vital signals: ECG, EEG, EMG, Medical Prerequisite: CSC 201+ EEN 210
alternatives using economic concepts imaging lasers, therapeutic devices, This course will introduce 8-bit This course is intended to introduce
such as: the rate-of return (ROR), the EEN 210 - Digital Circuits CEN 330 - Probability and safety in medical devices. microcontrollers, their RISC students to concepts and techniques
present worth (PW), the future worth Stochastic Processes BME 310L - Biomedical architecture, and how they are used of classical control and to briefly
(FW), the annual equivalent (AE), Credit Hours: 3 introduce some concepts of modern
cost-benefit analysis and breakeven Prerequisite: ECS 200 Credit Hours: 3 Instrumentation Laboratory to build embedded systems and control and discrete-time. The main
and payback analysis. Other topics Prerequisite: MTT 200 + STT 100 Credit Hour: 1 Internet of Things applications by goal is to enable students to analyze,
include replacement analysis, This course introduces theory Prerequisite: BME 310 interfacing sensors and actuators. design, and synthesize linear control
inflation and depreciation. The course and design of digital logic circuits, This course covers probability During this course, students will systems. Students will become
enables students to make suitable including number systems, Boolean theory, discrete and continuous Measurements errors and noise; develop a basic understanding of familiar with analytical methods and
decisions in their professional life algebra, logic gates, combinational random variables and their Safety devices; signal conditioning, embedded systems and how to will be exposed extensively to the use
when they have to make a decision and sequential circuit design and distributions, the concept of mean amplification, filtration, processing, program them using assembly and of computers for analysis and design
on ethical and economical basis. analysis, Kamaugh maps, truth and variance, functions of one and A/D and D/A converters, interfacing embedded C. They also learn how of control systems.
tables, logic optimization, arithmetic two random variables, central limit with digital computers, Biomedical systems can be controlled and/or
circuits, flip-flops, counters, memory theorem, statistics, and random measurement devices (ECG, EMG and monitored by these microcontrollers.
and storage, synchronous and processes. Emphasis is given to EEG); Respiratory measurements; Lectures and labs will be used to
asynchronous state machines, and applications to signal processing and Devices for measuring flow, pressure, ensure that the concepts of IoT are
introduction to programmable logic. communications. biopotentials. understood. Topics covered include
It also introduces students to a instruction cycle, registers, memory,
systematic design methodology.

Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024