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required tasks. ITE 421 - Native Mobile physical systems. Moreover, they will performing landmark experiments the basic definitions of chemistry,
Application Development solve higher-order linear ordinary with emphasis on the presentation chemical interactions and laws,
CSE 499 - Capstone Project in differential equations using different and interpretation of experimental and characteristics of mater. Also, it Major Requirements
Cybersecurity Engineering I/II Credit Hours: 3 methods such as the auxiliary data. reviews important algebraic concepts
Credit Hours: 3 Prerequisite: CSC 202 equation, infinite series, and Laplace PHY 201 - Physics and and introduces the use of these
Prerequisite: Senior Level + CSC406 This course provides basic transforms. Furthermore, students Engineering Applications II concepts in chemistry. CEN 325 - Internet of Things:
+ ITE408 knowledge and understanding of will explore the solution of systems of CHE 201L Chemistry Lab Foundation and Design
mobile applications design and differential equations. Credit Hours: 3 Credit Hours: 3
The objective of this course is to implementation. The course also Prerequisite: PHY 102 Credit Hours: 3
provide guided experience in wide examines the tools by which mobile MTT 204 - Introduction to Linear Prerequisite: CHE 205 (co-req) Prerequisite: (SWE 201 or CSC 201)
areas of Cybersecurity engineering to applications are built in different Algebra The course is intended to provide + CSC 303
student teams working on capstone mobile device environments. The aim Credit Hours: 3 engineering and science students This course introduces the principles This course will introduce
projects. The projects will integrate of this subject is to enable students Prerequisite: MTT 200 with sufficient understanding and and concepts of chemistry with the microcontrollers and how they are
various engineering skills into to understand the basic principles knowledge of physics concepts in emphasis on laboratory skills and used to build Internet of Things
operational engineering prototypes. and architectures of native mobile This course introduces Linear Electricity and Magnetism that can practical hands-on experiences for applications. During this course,
The projects will emphasize problem application development. The course Algebra and its practical applications, be relevant to their field of study. the students. This course will have students will develop a basic
definition, design conceptualization, focuses on mobile application particularly in Engineering. It aims The course is divided into two parts: laboratory experiments, simulated understanding of embedded and
modeling, testing and system development using Android. In to impart fundamental concepts of Electricity and Magnetism. The topics experiments, demonstrations and networked systems and how to
integration. addition, the course introduces linear algebra while demonstrating covered are; electric field, Gauss’s law, group activities for the students that program them using assembly and
The course is split into two parts and cloud-based servers and cloud their applicability in engineering electric potential, capacitance and illustrate the principles and concepts embedded C. They also learn how
for the course CHE 205.
dielectrics, current and resistance,
contexts. Topics covered include
is taken over two semesters to allow functions using firebase. matrices, systems of linear equations, direct current circuits, magnetic simple I/O devices are controlled
students enough time and improve MTT 200 - Calculus II determinants, linear transformations, fields, sources of magnetic field, STT 201 Intermediate Statistics by these microcontrollers and how
the quality of their design project. eigenvalues, eigenvectors, and Faraday’s law and inductance. and Research Methods to connect them to the cloud using
CSE 499A is a pre-requisite to CSE Credit Hours: 3 diagonalizing matrices. Credit Hours: 3 Wi-Fi. Lectures and labs will be used
499B2. Prerequisite: MTT 102 PHY 201L - Physics and to ensure that the concepts of IoT are
PHY 102 - Physics and Engineering Applications II Lab Prerequisite: STT 100 understood.
ITE 390 - Computer Ethics The Calculus II course extends the Engineering Applications I Credit Hours: 3 The science of data analysis CEN 425 - Internet of Things:
principles introduced in Calculus I,
Credit Hours: 3 aiming to deepen understanding and Credit Hours: 3 Prerequisite: PHY 102 + PHY 201 is commonly called Statistics. Applications and Networking
Prerequisite: CSC 202 expand applications. Beginning with Prerequisite: MTT 102 (co-req) Statistics and statistical analyses are Credit Hours: 3
a review of foundational functions fundamental tools for managerial
A study of the ethical and social from Calculus I, students will The course aim is to provide This course is designed to help decision-making. Statistical Prerequisite: CEN 325 + (CEN 333 or
issues related to computers and progress to explore Transcendental engineering and computer science students develop the ability to analysis provides many ways to ITE 421) + (CSC 305 as co-req)
computer networks, big data, Functions, Integration Techniques, students with clear understanding perform scientific experiments and deal with uncertainties and, hence, This course builds upon the concepts
computer algorithms and Artificial Infinite Series, and Power Series. of the basic concepts of physics. to enhance their understanding of is useful both for descriptive and and skills developed in CEN325
intelligence. This course examines Through practical problem-solving The course is divided into two parts: theoretical material presented in for inferential tasks. This course and CEN333. It enforces covered
the ethical issues arising from exercises, students will refine Mechanics, and Waves. The topics Phy201 (Electricity and Magnetism) presents statistical concepts and their concepts and introduces new ones
advances in Information Technology their skills in translating real- covered are; Units, Vectors and by performing landmark experiments applications for managerial decision- for distributed embedded systems
and the responsibility that IT world scenarios into mathematical Scalars, vectors product, motion in with emphasis on the presentation making. Computer based statistical design. The course uses 8-bit
professionals and users have in equations, enhancing their ability one and two dimensions, Newton’s and interpretation of experimental analyses and the application of microcontrollers and Linux-based
regard to ethical computer usage. to interpret and solve complex laws of Motion, Circular motion, Work data. the insights gained through such 32-bit microprocessors and their
Topics covered are social impact of application problems. and Energy, Conservation of Energy statistical analyses for developing integration running Linux design
computing, computer crime, software and Oscillatory Motion. CHE 205 General Chemistry I effective business decisions will be scalable applications in the context
theft, privacy, intellectual property MTT 202 - Discrete Structures Credit Hours: 3 integrated into every aspect of the of Internet of Things. Students
rights, autonomy, technology at the and Applications PHY 102L - Physics and Prerequisite: (Co) ENG 102/ENG 200 course. Topics addressed include are also introduced to state charts
work place, technology and jobs, and Credit Hours: 3 Engineering Applications I Lab Normal Distribution, sampling (with concurrency and composite
computer games, big data and AI, Credit Hours: 3 This course introduces the principles distributions, estimation techniques, states) for modeling and design
as well as new and emerging ethical Prerequisite: STT 100 Prerequisite: MTT 102 + PHY 102 of chemistry including: elements and hypothesis testing for one and more of IoT applications. The course
issues related to technology and This course is designed to equip (co-requisite) their symbols, the periodic table, than one populations, Goodness-of- discusses advanced interfacing
information. engineering students with essential names and formulas of compounds, Fit and Analysis of Variance. techniques to many sensors and
techniques for solving various types This course is designed to help chemical reactions, balancing actuators. At the end of the course
of first-order differential equations students develop the ability to chemical equations, stoichiometry, students will gain theoretic and
including Separable, Exact, Linear, perform scientific experiments and and other major principles of practical experiences that they can
and Bernoulli equations. Additionally, to enhance their understanding organic and in-organic substances. immediately utilize to design and
students will learn to formulate of theoretical concepts presented Laws and applications will also be implement real-life IoT projects for
mathematical models for basic in Physics I course (PHY102) by described in this course. This course remote monitoring and control using
gives the students a full idea about

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