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systems. Fundamental design knowledge and understanding of CSE 300 - Introduction to Digital
concepts using notation of Unified mobile applications design and Forensics
Modeling Language (UML). Designing implementation. The course also
for qualities such as performance, examines the tools by which mobile Credit Hours: 3
security, reusability, reliability. applications are built in different Prerequisite: SWE 201 or CSC 201
Metrics and measurement. Survey of mobile device environments. The aim Digital Forensics Investigations
software design methods; Object- of this subject is to enable students introduces the newest technologies
oriented analysis and modeling; to understand the basic principles along with detailed information on
Software architecture design. and architectures of native mobile how the evidence contained on these
application development. The course
SWE 472 - Software Testing and focuses on mobile application devices should be analyzed. Packed
Quality Assurance development using Android. In with practical, hands-on activities,
students will learn unique subjects
Credit Hours: 3 addition, the course introduces cloud- from chapters including handling
Prerequisite: SWE 471 based servers and cloud functions computer hardware, capturing
using firebase. online communications, network,
Concepts and techniques for mobile, and MAC forensics, as well
testing software. Topics include as photograph forensics. This course
software testing at the unit, module, Major Electives will prepare students for the rapidly-
subsystem, and system levels; growing field of computer forensics
developer testing; automatic and for a career with law enforcement,
manual techniques for generating accounting firms, banks and credit
test data; testing concurrent and CEN 325 - Internet of Things: card companies, private investigation
distributed software; designing and Foundation and Design companies, or government agencies.
implementing software to increase Credit Hours: 3
maintainability and reuse. Prerequisite: CSC 201, CSC 303 CSE 310 - Introduction to
SWE 473 - Software Maintenance This course will introduce Cryptography
and Evolution microcontrollers and how they are Credit Hours: 3
Credit Hours: 3 used to build Internet of Things Prerequisite: STT 201 + MTT 202
Prerequisite: SWE 401 applications. During this course, The main objective of this course is
students will develop a basic unveiling some of the fascinating
The main objective of the course is understanding of embedded and magic of cryptography, and to provide
to cover the principles of software networked systems and how to students with understanding to the
maintenance and evolution. Software program them using assembly and tools of cryptography. Students will
maintenance and evolution comes embedded C. They also learn how discover how cryptography ensures
with many issues and challenges. simple I/O devices are controlled privacy, authenticity, and integrity
Without proper maintenance and by these microcontrollers and how to both data and systems in this
evolution strategy, the software will to connect them to the cloud using modern digital age. Cryptography
eventually become costly, difficult to Wi-Fi. Lectures and labs will be used tools, includes both symmetric and
maintain, evolve and comprehend. to ensure that the concepts of IoT are asymmetric encryptions, practical
This course introduces different understood. usage of these tools including digital
techniques, strategies and concepts signature, message authentication,
to help software engineers design a CSC 303 - Digital Logic Design digital envelops, message
usable and maintainable software. Credit Hours: 3 authentications hash functions more.
Course topics include software Prerequisite: ECS 200
quality, software refactoring, software Modern Cryptography uses
change management, regression This course discusses the theory, mathematical language to precisely
testing, software re-engineering and operation, and applications of digital pin down elusive security goals,
software ruse. logic devices and systems and design primitives and protocols to
introduces students to a systematic achieve these goals, and validate
ITE 421 - Native Mobile design methodology. the security of designed primitives
Application Development and protocols using mathematical
Credit Hours: 3 proofs based on clearly stated
Prerequisite: CSC 202 hardness assumptions. Therefore,
to learn cryptography, it is essential
This course provides basic to understand its mathematical

Abu Dhabi University | Undergraduate Catalog 2024 - 2025