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ITE 390 - Computer Ethics Then, students will be introduced PHY 102 - Physics and PHY 201L - Physics and STT 201 Intermediate Statistics CEN 425 - Internet of Things:
Credit Hours: 3 to the concepts of Transcendental Engineering Applications I Engineering Applications II Lab and Research Methods Applications and Networking
Functions, Integration Technique,
Prerequisite: CSC 202 infinite Series and power Series. Credit Hours: 3 Credit Hours: 3 Credit Hours: 3 Credit Hours: 3
A study of the ethical and social Through the process of working Prerequisite: MTT 102 Prerequisite: PHY 102 + PHY 201 Prerequisite: STT 100 Prerequisite: CEN 325 + (CEN 333 or
(co-req)
ITE 421) + (CSC 305 as co-req)
issues related to computers and through application problems, the The course aim is to provide The science of data analysis
computer networks, big data, student will develop the ability to engineering and computer science This course is designed to help is commonly called Statistics. This course builds upon the concepts
computer algorithms and Artificial interpret and evaluate real world students with clear understanding students develop the ability to Statistics and statistical analyses are and skills developed in CEN325
intelligence. This course examines application problems from text form of the basic concepts of physics. perform scientific experiments and fundamental tools for managerial and CEN333. It enforces covered
the ethical issues arising from into a mathematical equation. The course is divided into two parts: to enhance their understanding of decision-making. Statistical concepts and introduces new ones
advances in Information Technology Mechanics, and Waves. The topics theoretical material presented in analysis provides many ways to for distributed embedded systems
and the responsibility that IT MTT 202 - Discrete Structures covered are; Units, Vectors and Phy201 (Electricity and Magnetism) deal with uncertainties and, hence, design. The course uses 8-bit
professionals and users have in and Applications Scalars, vectors product, motion in by performing landmark experiments is useful both for descriptive and microcontrollers and Linux-based
regard to ethical computer usage. Credit Hours: 3 one and two dimensions, Newton’s with emphasis on the presentation for inferential tasks. This course 32-bit microprocessors and their
Topics covered are social impact of laws of Motion, Circular motion, Work and interpretation of experimental presents statistical concepts and their integration running Linux design
computing, computer crime, software Prerequisite: STT 100 and Energy, Conservation of Energy data. applications for managerial decision- scalable applications in the context
theft, privacy, intellectual property This course introduces the basic and Oscillatory Motion. making. Computer based statistical of Internet of Things. Students
rights, autonomy, technology at the foundations of logic, structures, CHE 205 General Chemistry I analyses and the application of are also introduced to state charts
work place, technology and jobs, and algorithms, number theory, PHY 102L - Physics and Credit Hours: 3 the insights gained through such (with concurrency and composite
computer games, big data and AI, induction, recursion and relations Engineering Applications I Lab Prerequisite: (Co) ENG 102/ENG 200 statistical analyses for developing states) for modeling and design
as well as new and emerging ethical with application in computer science Credit Hours: 3 effective business decisions will be of IoT applications. The course
issues related to technology and and engineering. The course then Prerequisite: MTT 102 + PHY 102 This course introduces the principles integrated into every aspect of the discusses advanced interfacing
information. introduces students to graphs and (co-requisite) of chemistry including: elements and course. Topics addressed include techniques to many sensors and
ITE 421 - Native Mobile trees and their use in modeling and This course is designed to help their symbols, the periodic table, Normal Distribution, sampling actuators. At the end of the course
names and formulas of compounds,
students will gain theoretic and
distributions, estimation techniques,
Application Development analyzing computer science and students develop the ability to chemical reactions, balancing hypothesis testing for one and more practical experiences that they can
computer engineering problems.
Credit Hours: 3 Finally, the course presents the perform scientific experiments and chemical equations, stoichiometry, than one populations, Goodness-of- immediately utilize to design and
Prerequisite: CSC 202 basics of Boolean Algebra and Finite to enhance their understanding and other major principles of Fit and Analysis of Variance. implement real-life IoT projects for
Automata with applications. of theoretical concepts presented organic and in-organic substances. remote monitoring and control using
This course provides basic in Physics I course (PHY102) by Laws and applications will also be mobile applications. The course uses
knowledge and understanding of MTT 204 - Introduction to Linear performing landmark experiments described in this course. This course both the Arduino and Raspberry Pi
mobile applications design and Algebra with emphasis on the presentation gives the students a full idea about and their integration using PyFirmata.
implementation. The course also Credit Hours: 3 and interpretation of experimental the basic definitions of chemistry, Major Requirements Especially emphasis is given to using
examines the tools by which mobile data. chemical interactions and laws, operating system (Linux) capabilities
applications are built in different Prerequisite: MTT 200 and characteristics of mater. Also, it to expand what can be done
mobile device environments. The aim This course is an introduction to PHY 201 - Physics and reviews important algebraic concepts CEN 325 - Internet of Things: compared to CEN325. For example,
of this subject is to enable students Linear Algebra and some of its Engineering Applications II and introduces the use of these Foundation and Design integrating simple computer vision
to understand the basic principles applications. The aim is to teach the Credit Hours: 3 concepts in chemistry. Credit Hours: 3 and mobile applications in embedded
and architectures of native mobile fundamentals of linear algebra in a Prerequisite: PHY 102 control.
application development. The course way that illustrates their relevance CHE 201L Chemistry Lab Prerequisite: (SWE 201 or CSC 201)
focuses on mobile application to engineering applications. An The course is intended to provide Credit Hours: 3 + CSC 303 CEN 445 - Securing the Internet
development using Android. In Introduction to Matrices and Systems engineering and science students Prerequisite: CHE 205 (co-req) This course will introduce of Things
addition, the course introduces of Linear Equations are given with with sufficient understanding and microcontrollers and how they are Credit Hours: 3
cloud-based servers and cloud other topics such as: Determinants, knowledge of physics concepts in This course introduces the principles used to build Internet of Things Prerequisite: CEN 425
functions using firebase. Linear Transformations, Eigenvectors Electricity and Magnetism that can and concepts of chemistry with the applications. During this course,
emphasis on laboratory skills and
MTT 200 - Calculus II and Eigenvalues and Diagonalizing be relevant to their field of study. practical hands-on experiences for students will develop a basic This course introduces the
The course is divided into two parts:
fundamental concepts of IoT security,
understanding of embedded and
Matrices. Engineering applications of
Credit Hours: 3 linear algebra are incorporated using Electricity and Magnetism. The topics the students. This course will have networked systems and how to introducing students with practical
Prerequisite: MTT 102 Math software available. covered are; electric field, Gauss’s law, laboratory experiments, simulated program them using assembly and solutions that account for resource
electric potential, capacitance and experiments, demonstrations and embedded C. They also learn how limitations at IoT end-node, hybrid
This Calculus II course builds upon dielectrics, current and resistance, group activities for the students that simple I/O devices are controlled network architecture, communication
Calculus I whose purpose was to direct current circuits, magnetic illustrate the principles and concepts by these microcontrollers and how protocols, and application
establish a firm understanding of fields, sources of magnetic field, for the course CHE 205. to connect them to the cloud using characteristics. The course covers the
the foundations of calculus and Faraday’s law and inductance. Wi-Fi. Lectures and labs will be used most important potential IoT security
their applications. It will start with to ensure that the concepts of IoT are risks and threats and presents both
some functions seen in Calculus I. understood. the general theory and practical
Abu Dhabi University | Undergraduate Catalog 2023 - 2024 Abu Dhabi University | Undergraduate Catalog 2023 - 2024