Bachelor’s Degree

Elective Courses

EGCO  375 Internetworking Technologies I

Theoretical and practical aspects of routing and switching technologies, including internetworking models, internet protocol, routing technologies, switching technologies, virtual local area network, wide area network, and traffic management; laboratory work

EGCO  475     Internetworking Technologies II

*Prerequisite: EGCO 375 

Theoretical and practical aspects of advanced routing and switching technologies, including advanced IP addressing, advanced routing, multicast routing, IPv6, advanced spanning tree concepts; inter-VLAN routing, gateway redundancy technologies, wireless client access, voice over IP concepts, security in a switched Network; laboratory work

EGCO  476     Cryptography and Network Security

*Prerequisite: EGCO 372 

Introduction to the basic theories and techniques of cryptography; symmetric and asymmetric encryption; cryptanalysis techniques; the security in computer network; security threats and vulnerabilities; authentication mechanisms; identification schemes; security in operating system and application; firewall; the intrusion detection system

EGCO  477     Penetration Testing and Prevention

*Prerequisite: EGCO 372 

Process of penetration testing; collection and analysis of computer network vulnerabilities; tools for penetration testing; ethics of penetration testing processes; summarizing and reporting the result from penetration testing; planning and design of the prevention systems to protect computer network form vulnerabilities

EGCO  478 Introduction to Digital Forensics

Introduction to the basic of digital forensics; data collection and investigation from the operating system such as Windows and UNIX; computer files system storage; collecting and analyzing network traffic; data analysis and validation; digital forensic tools

EGCO  404     Theory of Computation

Introduction to structure of languages and characteristic of languages: formal languages, regular languages and non-regular languages; context-free grammar and context-free languages; describe the characteristic of state machines used to check the membership of languages: finite state machines, transducers, state transition machines, non-deterministic finite state machines, push-down state machines and Turing machines; advanced theory of computation: Kleene’s theorem, recursively enumerable languages, decision problems

EGCO  425 Data Mining

Knowledge discovery in database; data preparation, data visualization, and data transformation; clustering, association analysis, classification and ensembled classification; metrics and evaluation; data warehouse, online analytical processing (OLAP); effects of data mining, current technology and trend, applications of data mining

EGCO  466   Big Data Processing

Theory and techniques for managing big data, managing big data; distribution system for big data, relationship analysis for big data, big data visualization, trends and applications for big data

EGCO  467     Natural Language and Speech Processing

Algorithms for the processing of linguistic information and the underlying computational properties of natural languages; morphological, syntactic, and semantic processing from a linguistic and an algorithmic perspective, modern quantitative techniques in NLP: using large corpora, statistical models for acquisition, representative systems

EGCO  301     Computer Graphics

Principles of computer graphics, the graphic systems and models, graphic programming, graphic devices and their controls; color model, geometric objects and transformations, viewing, shading, clipping, hidden-surface removal

EGCO  486 Image Processing

Image processing systems, visual perception and mathematical image models, sampling and quantization, image transformation; Fourier transform convolution and correlation, image enhancement; histogram equalization, image smoothing, image sharpening, homomorphic image models

EGCO  487     Computer Vision                   

Introduction to programming for computer vision; fundamentals of computer vision, 3D geometrical transformations; stereo imaging, perspective camera, camera calibration, camera imaging model, image registration, wavelet transform, 3D modeling; image segmentation, feature detection and matching, face recognition, object recognition, content-aware image resizing

EGCO  405       Mechatronics

The mechatronic system as an integration of mechanical, electrical, the computer and control system engineering; mechatronic devices such as hard drive or others; laboratories or projects will be the core of the course; electronic feedback, power amplifier, digital logic, encoder interfacing, motor control, sensor and real time control

EGCO  461 Artificial Intelligence

Foundations of artificial intelligence; solving problems by searching, knowledge representation, first-order logic, inference in first-order logic, planning, probabilistic reasoning systems; introduction to Prolog, natural language processing, genetic algorithm, and machine learning techniques

EGCO  463 Pattern Recognition

Preprocessing for data recognition: features extraction, classification or linear techniques for recognition; parametric and nonparametric techniques; Bayesian classifiers, methods, neural networks, hybrid method, learning techniques; applications in pattern recognition

EGCO  465     Fuzzy Sets and Neural Networks

Basic principles of fuzzy logic, fuzzy numbers, fuzzy sets, fuzzy relations, fuzzy rules and reasoning, the fuzzy inference systems, the fuzzy system design, structure and feature of various artificial neural networks, supervised and non-supervised learning, classification, fuzzy techniques and neural networks application in engineering

EGCO  431 Internet of Things

IoT architectures, communication technologies for IoT; technologies behind IoT, IoT platform; how they are integrated to form IoT systems

EGCO  426     Web Application Architecture

*Prerequisite: EGCO 321 

Fundamental concepts of Web application development from a managerial perspective; extensible markup language (XML) and hypertext markup language (HTML) technology; fundamental principles of architecture, process, and elements of Web applications; Web services application development; mobile applications such as geographical information systems and social networks

EGCO  427     Web Programming

*Prerequisite: EGCO 321 

Semi-structured data models for the web (such as XML), semi-structured data management, associated query languages and query systems for web data; query processing and optimization over semi-structured data as well as over multiple distributed sources; data integration over the Web, warehousing of web data; mappings from relational and object-oriented database servers to web data; discussions on some novel data-intensive applications on the web such as electronic commerce, digital libraries, and distance education relating to web database issues

EGCO  428         Mobile Device Programming

Fundamental of the mobile device programming; concept of mobile device technology; basic mobile device programming; user-interface design; database connection; remote sensors controlling; mobile web services; develop a prototype for the mobile device application for with notification services

EGCO  451 Cloud Computing

Fundamental concepts of cloud computing; fundamental principles of the cloud architecture, web applications development on cloud; web services on cloud, service models for cloud computing; virtualization technology for cloud computing, computing services, cloud computing services

EGCO  380-389   Selected Topics in Computer Engineering (…)

Selected topics in current computer engineering technologies, which could be offered by the department or propose to be offered by other departments; the title of the topic is indicated in the parenthesis part of the course title

EGCO  393-399    Special Topics in Computer Engineering (…)

Special topics in current computer engineering technologies, which could be offered by the department or propose to be offered by other departments; the title of the topic is indicated in the parenthesis part of the course title

EGCO  390 Engineering Training

Practical training in an industrial factory or an organization with computer-related systems, computer control systems, or systems using computer processing; the training with the minimum period of 240 hours, takes place in the summer semester; students must present a paper to the department, including the report of the training outcome from the employer; the training evaluation will be graded as satisfactory (“S”) or unsatisfactory (“U”).

EGCO  493 Cooperative Education

The integration and adaptation of all classroom knowledge into the real practice in corporate environment; gain working experience and teamwork experience under the supervision of mentors from the companies and advisors from the department, in order to prepare the students for transition from school to work after graduation; the evaluation will be graded as satisfactory (“S”) or unsatisfactory (“U”).