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student practically involved in the The projects will emphasize problem Fourier domain representation, US transducers and their different BME 433 - Medical Mobile BME 490 - Special Topics in
day-to-day business events in a definition, design conceptualization, types, The design of imaging and Applications Biomedical Engineering
relevant, modern and automated modeling, fabrication and system time domain sampling, aliasing, pre- therapeutic transducers. Credit Hours: 3 Credit Hours: 3
organization. The student will follow a integration in software and hardware filtering, filter design, random signals,
well-planned course of action during aspects. The course is split into two probability, noise modeling and BME 420 - Medical Image Prerequisite: CSC 201 Prerequisite: BME 325 + Department
the period of training. The course and is taken over two semesters reduction, power spectral Processing This course teaches students Approval
of action is designed and approved to allow students enough time and analysis, and 1D-3D signal processing Credit Hours: 3 cross-platform mobile application The course will introduce a selected
before the start of the internship improve the quality of their design for audio, sensor, image, and video Prerequisite: BME 320 + CEN 330 development with a focus on special topic in the Biomedical
through a formal exchange between project. BME491 is a pre-requisite signals. advanced topics including navigation, Engineering area, includes any
the site supervisor and assigned to BME492. In this course students This course introduces digital image persistence both remote (Firebase specialized topic in BME chosen by
faculty supervisor culminating identify a problem and propose a CEN401L - Embedded and IoT processing techniques as they apply & Google Cloud Storage) and local, a faculty who has experienced in
in the signing of the internship computer engineering solution to it. Lab to medical images. Topics covered RESTful API integration, localization, that particular area, but the topic is
agreement. The plan will be devised Credit Hours: 3 Prerequisite: EEN210L include two-dimensional discrete reverse-geocoding, and geofencing not covered by other courses in the
jointly by the site-supervisor and EEN210L - Digital Circuits Lab systems, two-dimensional Fourier services on Google Maps API, device curriculum.
college-supervisor. The course will Credit Hours: 1 Co-Prerequisite: CEN425 transform, design of two-dimensional sensors for orientation, motion, and
be a breakthrough in exposing the This lab focuses on the practical filters, human perception of light, hardware control over the cloud BME 401 – Introduction to
students to the professional work Co-Prerequisite: EEN210 applications of embedded systems images, color models, corner and using the mobile app as an interface, Biotechnology
culture and conduct of business This lab focuses on the practical and internet of things concepts, line detection, segmentation, and camera integration. It also
complexities. techniques, and designs. Lab enhancement, restoration, object provides students with an advanced Credit Hours: 3
applications of Digital Logic Circuit detection, and the 2D wavelet
BME 312 - Medical Device concepts, techniques, and designs. equipment includes Arduinos, transform. hands-on experience of recent Prerequisite: BME 301
Raspberry Pis, actuators, sensors,
Design Lab equipment includes Measuring and the PyCharm software. advancement in AI and Computer This course focuses on practical
Vision powered mobile and Internet
Credit Hours: 3 and Testing Instruments, Logic BME 431 - Bioinformatics computing technologies and their applications like recombinant DNA
Gates, Combinational Logic Circuits,
Prerequisite: BME 380 Sequential Logic Circuits, and Students connect theoretical Credit Hours: 3 applications. Application uses cases technology, protein production,
and biotechnological impacts on
concepts learned in the course to
Prerequisite: CSC 201 + BME 301
This is a project based course for Circuit Simulation. Students connect practice using hands-on laboratory covered include facial detection, agriculture, forensic analysis, and
visual tracking, segmentation, object
the design of medical instruments theoretical concepts learned in the experiments covering Introduction The course introduces the most detection, text recognition, and medicine. Topics include gene and
to fulfill the needs of a predefined course to practice using hands-on to the Arduino and the Raspberry important and basic methods, tools landmark identification. It also gives genome fundamentals, microbial,
clinical case. It includes problem laboratory experiments covering Pi, State Machines Implementations and concepts used in Bioinformatics. a brief introduction to mobile game plant, and animal biotechnology,
definition, concept generation, the use of Measuring and Testing using Embedded C++ and Python, The covered topics include development. DNA fingerprinting, bioremediation,
design requirements, design Equipment, LabView Multisim TinkerCAD and TkCircuit Simulators, bioinformatics databases, sequence aquatic biotechnology, medical
specifications, evaluation, design and Data Acquisition, Logic Gates Bash Programming and Linux, Digital and structure alignment, protein BME 440 - Magnetic Resonance biotechnology, regulatory
validation, medical equipment Verification, Combinational Logic Inputs and Outputs on Arduino, folding, protein-protein interaction, Imaging frameworks, and ethical issues in
regulations, liability, and safety. Circuits including Multiplexers, GPIO, Serial Communication, protein structure prediction, Monte Credit Hours: 3 biotechnology. Activities include
The implementation of the project Decoders, Adders, and Comparators, Interfacing Motors and Sensors, Web Carlo simulation, and molecular designing a sequence alignment
is based on the design principles Sequential Logic Circuits including and Mobile Interfaces for IoT Nodes, dynamics. Emphasis will be put on Prerequisite: BME 310 system using MATLAB, a midterm
in solving biomedical problems Flip-Flops and Latches, Introduction and Back End Technologies. the understanding and utilization Introduces physics of magnetic exam, a research paper, and a final
using the student’s background to VHDL on Quartus and the Altera of these concepts and algorithms. resonance. Covers magnetic field project.
in engineering and biomedicine DE2 Board, and Combinational and To solve the problems on their own modalities, relaxation times, gradient BME 405 – Introduction to
with an emphasis on biomedical Sequential Circuits in VHDL. research. and RF coils, pulse sequences, Biomaterials
instrumentation circuit design to functional MRI, contrast agents,
solve presented problems. CEN464L - Signal Processing Lab Major Elective BME 432 - Healthcare hardware, imaging techniques, Credit Hours: 3
BME 491 - Biomedical Credit Hours: 1 Management Systems artifacts, and applications. Prerequisite: BME 403, CHE 205, BME
Engineering Design Project I Co-Prerequisite: CEN464 Credit Hours: 3 BME 460 - Therapeutic Devices 381
Credit Hour: 1 BME 445 - Biomedical Prerequisite: CSC 201 Credit Hours: 3 This course introduces the
Ultrasound
Prerequisite: Senior Level + BME 312 This lab focuses on the practical This course covers key principles, Prerequisite: BME 310 fundamental principles and
applications of Digital Signal
+ BME 425 Processing concepts, techniques, and Credit Hours: 3 practices, and personalities of biomedical applications of
The objective of this course is to designs. Lab equipment includes a Prerequisite: BME 310 healthcare management including Invasive and non-invasive therapeutic biomaterials used in modern
devices used in medical applications
medicine. The course covers the
provide guided experience in wide PC and Matlab software. Students Fundamentals of acoustic leadership, organizational behavior, including: Artificial Kidney, artificial following main topics: (1) classes
areas of biomedical engineering to connect theoretical concepts learned propagation, plane wave and acoustic strategic planning, quality control, oxygenators (heart lung machine), of materials used in medicine and
student teams working on design in the course to practice using hands- impedance, wave propagation in marketing, hospital information artificial liver, pacemakers, syringe general concepts in biomaterials
projects. The projects will integrate on laboratory experiments covering oblique and normal cases, Doppler systems. The content is broadly pumps and infusion bumps, science, (2) mechanical and chemical
various engineering skills into signal operations, convolution, effect circular piston and near and far applicable to healthcare facilities of ventilators and bio-artificial organs properties of biomaterials relevant
operational engineering prototypes. Fourier and Laplace transforms, field approximation, imaging modes, every kind. such as bio-artificial pancreases.

Abu Dhabi University | Undergraduate Catalog 2026 - 2027 Abu Dhabi University | Undergraduate Catalog 2026 - 2027