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BME 401 - Introduction to BME 425 - IoT for Bioengineers: and bio systems and signals and relevant, modern and automated modeling, fabrication and system BME 420 - Medical Image
Biotechnology Applications and Security competency of MATLAB. It is the organization. The student will follow a integration in software and hardware Processing
Credit Hours: 3 Credit Hours: 3 student’s responsibility to come to well-planned course of action during aspects. The course is split into two Credit Hours: 3
class equipped with the knowledge
and is taken over two semesters
the period of training. The course
Prerequisite: BME 301 Prerequisite: BME 325 provided in those courses. of action is designed and approved to allow students enough time and Prerequisite: BME 320 + CEN 330
An introduction to biotechnology This course builds upon the concepts BME 441 - Medical Imaging before the start of the internship improve the quality of their design This course introduces digital image
course including DNA/RNA and skills developed in BME325 Systems through a formal exchange between project. BME491 is a pre-requisite processing techniques as they apply
molecular biology, bioinformatics, and BME333. It enforces covered the site supervisor and assigned to BME492. In this course students to medical images. Topics covered
basic techniques in biotechnology, concepts and introduces new ones Credit Hours: 3 faculty supervisor culminating identify a problem and propose a include two-dimensional discrete
production of biological molecules, for distributed embedded systems Prerequisite: BME 320 in the signing of the internship computer engineering solution to it. systems, two-dimensional Fourier
electrophoresis, PCR, DNA extraction design. The course uses 8-bit agreement. The plan will be devised BME 492 - Biomedical transform, design of two-dimensional
and bioethics, Biotechnology Ethics microcontrollers and Linux-based This course introduces the physics, jointly by the site-supervisor and Engineering Design Project II filters, human perception of
and Regulations. 32-bit microprocessors and their instrumentation, diagnostic college-supervisor. The course will Credit Hours: 2 images, color models, corner and
methods of the different imaging
be a breakthrough in exposing the
BME 413 - Biomedical Sensors integration running Linux design modalities including X-ray computed students to the professional work Prerequisite: BME 491 line detection, segmentation,
enhancement, restoration, object
and Transducers scalable applications in the context tomography, nuclear medicine culture and conduct of business detection, and the 2D wavelet
Credit Hours: 3 of Internet of Things. Students are (SPECT/PET), and ultrasound complexities. The objective of this course is to transform.
also introduced to state charts (with
Prerequisite: BME 310 concurrency and composite states) imaging,. Image reconstruction BME 312 - Medical Device provide guided experience in wide BME 431 - Bioinformatics
and processing techniques of the
areas of biomedical engineering to
This course includes introduction to for modeling and design of IoT above mentioned modalities are also Design student teams working on design Credit Hours: 3
biosensors: definition, classification, applications. The course discusses introduced. Credit Hours: 3 projects. The projects will integrate
calibration, errors and uncertainty, advanced interfacing techniques to Prerequisite: BME 380 various engineering skills into Prerequisite: CSC 201 + BME 301
design requirements, and signal many sensors and actuators. At the BME 399i - Internship in operational engineering prototypes. The course introduces the most
conditioning circuits. Sensors end of the course students will gain Biomedical Engineering I This is a project based course for The projects will emphasize problem important and basic methods, tools
included: Temperature, pressure, theoretic and practical experiences Credit Hours: 2 the design of medical instruments definition, design conceptualization, and concepts used in Bioinformatics.
ISE sensors, Ion-sensitive field effect that they can immediately utilize Prerequisite: 90 Credit Hours to fulfill the needs of a predefined modeling, fabrication and system The covered topics include
chemo-sensors, optical sensors, to design and implement real- clinical case. It includes problem integration in software and hardware bioinformatics databases, sequence
Ultrasound transducers. life IoT projects for remote This course focuses on getting the definition, concept generation, aspects. The course is split into two and structure alignment, protein
monitoring and control using mobile student practically involved in the design requirements, design and is taken over two semesters
CEN 454 - Computer Vision and applications. The course uses both day-to-day business events in a specifications, evaluation, design to allow students enough time and folding, protein-protein interaction,
Machine Learning the Arduino and Raspberry Pi and relevant, modern and automated validation, medical equipment improve the quality of their design protein structure prediction, Monte
Carlo simulation, and molecular
Credit Hours: 3 their integration using PyFirmata. organization. The student will follow a regulations, liability, and safety. project. BME491 is a pre-requisite dynamics. Emphasis will be put on
Prerequisite: BME 320 + CEN 320 Especially emphasis is given to using well-planned course of action during The implementation of the project to BME492. In this course students the understanding and utilization
operating system (Linux) capabilities the period of training. The course is based on the design principles design, implement, and test the of these concepts and algorithms.
This course will introduce concepts to expand what can be done of action is designed and approved in solving biomedical problems solution they proposed in BME 491. To solve the problems on their own
of computer vision including image compared to BME325. For example, before the start of the internship using the student’s background research.
representation and enhancement, integrating simple computer vision through a formal exchange between in engineering and biomedicine
edge detection, image segmentation, and mobile applications in embedded the site supervisor and assigned with an emphasis on biomedical Major Elective
feature extraction and object control. faculty supervisor culminating instrumentation circuit design to BME 432 - Healthcare
recognition. It is focused on the BME 464 - Digital Bio-Signal in the signing of the internship solve presented problems. Management Systems
application of machine learning, agreement. The plan will be devised Credit Hours: 3
especially deep learning, to images, Processing jointly by the site-supervisor and BME 491 - Biomedical BME 445 - Biomedical Prerequisite: CSC 201
video, or 3D signals. It explores both Credit Hours: 3 college-supervisor. The course will Engineering Design Project I Ultrasound
raw input and feature-space (e.g., Prerequisite: BME 320 be a breakthrough in exposing the Credit Hour: 1 Credit Hours: 3 This course covers key principles,
shape, appearance, spatial, etc.), students to the professional work Prerequisite: Senior Level + BME 312 Prerequisite: BME 310 practices, and personalities of
imaging data as input to machine This course is concerned with culture and conduct of business + BME 425 healthcare management including
learning for segmentation, object processing of discrete bio complexities. Fundamentals of acoustic leadership, organizational behavior,
recognition, object detection, and signals and systems, specifically, The objective of this course is to propagation, plane wave and acoustic strategic planning, quality control,
scene understanding. Students processing signals using linear BME 399ii - Internship in provide guided experience in wide impedance, wave propagation in marketing, hospital information
will learn to use Matlab’s Image time invariant systems. The design Biomedical Engineering II areas of biomedical engineering to oblique and normal cases, Doppler systems. The content is broadly
Processing and Computer Vision and the implementation of DSP Credit Hour: 1 student teams working on design effect circular piston and near and far applicable to healthcare facilities of
toolboxes and Python’s OpenCV are introduced via a biomedical Prerequisite: BME 399i projects. The projects will integrate field approximation, imaging modes, every kind.
in labs and projects to design engineering project to provide hands various engineering skills into US transducers and their different
image and video processing and on experience. This course builds This course focuses on getting the operational engineering prototypes. types, The design of imaging and
understanding pipelines. upon concepts that students have student practically involved in the The projects will emphasize problem therapeutic transducers.
learned in calculus, linear algebra day-to-day business events in a definition, design conceptualization,

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