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Dr. Abdulkareem Aodah Alzahrani

Vice Dean for Postgraduate Studies, Research, Innovation and Quality

Associate Professor

Computre Science

Faculty of Computer Science and Information Technology

Abdulkareem Alzahrani is an associate professor of Computer Science (AI) at Al-Baha University. He holds MSc in Advanced Web Engineering (2011), and PhD in computer science (2017) from the University of Essex, UK. His research interests include Artificial Intelligence, Computational Intelligence, Ambient Intelligence, Autonomous agent, and multi-agent systems.

Education

2017

University of Essex, United Kingdom

PhD, Artificial Intelligence - Computer Science

2011

University of Essex, United Kingdom

Master Degree, Advanced Web Engineering - Computer Science

Experiences

Assistant professor

  • Al-Baha, Saudi Arabia

  • /

  • From : 09-08-2020

  • /

  • To : 31-12-2023

The Head of Computer Information Systems Department

Assistant professor

  • Al-Baha, Saudi Arabia

  • /

  • From : 27-08-2018

  • /

  • To : 01-06-2020

The Head of Information Technology Department

Assistant professor

  • Al-Baha, Saudi Arabia

  • /

  • From : 24-07-2018

  • /

  • To : Present

An assistant professor in Computer Science (AI) at Al-Baha University

lecturer

  • Al-Baha, Saudi Arabia

  • /

  • From : 12-01-2016

  • /

  • To : 23-07-2018

A lecturer in Computer Science at Al-Baha University

Teacher assistant

  • Al-Baha, Saudi Arabia

  • /

  • From : 06-07-2008

  • /

  • To : 11-01-2016

A teacher assistant at Al-Baha University

Teacher assistant

  • Abha, Saudi Arabia

  • /

  • From : 22-11-2006

  • /

  • To : 05-07-2008

A teacher assistant at King Khalid University

  • Al-Baha, Saudi Arabia

  • /

  • From : 31-12-2023

  • /

  • To : Present

Vice Dean for Postgraduate Studies, Research, Innovation and Quality at Al-Baha University

Research Interests

Publication Profile

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Teaching Courses

ARI-60312

Machine Learning

Credit Hours: 3
Course term: 4
Communication Hours: 3

This MSc course covers fundamental concepts, theories and techniques of machine learning. It provides students with practical experience in the field, covering topics such as supervised and unsupervised learning, Artificial Neural Networks, and model evaluation.

ARI60101

Fundamentals of AI

Credit Hours: 3
Course term: 1
Communication Hours: 3

This MSc course introduces the basic principles of artificial intelligence research. It covers simple representation schemes, problem-solving paradigms, and search strategies. Areas of application such as knowledge representation, expert systems, vision, and robotics are explored. Moreover, the course also covers learning concepts and other AI techniques.

ARI-60203

Advanced Programming in AI

Credit Hours: 3
Course term: 2
Communication Hours: 3

This MSc course teaches students about new programming languages and tools used in Artificial Intelligence. The course covers the specific characteristics and principles of different advanced languages and tools, and how they can be used to solve problems in AI. Students will learn to compare the features and understand the advantages and drawbacks of these languages, and how they are used in real-world applications.

ARI60311

Computational Intelligence

Credit Hours: 3
Course term: 3
Communication Hours: 3

This MSc course covers various computational data processing methods in computational intelligence, including fuzzy systems, nature-inspired methods, and hybrid intelligent systems. It offers theoretical understanding and practical examples of task-solving to help students choose appropriate methods for a given task.

THES60002

Thesis

Credit Hours: 6
Course term: 4
Communication Hours: 6

The MSc Thesis course allows Master's students to conduct original research in AI and present their findings through extensive scholarly writing. Students will identify a research problem, and design and execute a research project under faculty supervision. The thesis enables students to apply their theoretical knowledge and technical skills to investigate an area of AI in-depth, conduct literature reviews, analyse data, and communicate complex ideas effectively.

41011324

Intelligent Systems

Credit Hours: 3
Course term: 5
Communication Hours: 4

This BSc course introduces Artificial Intelligence (AI) and its use in solving real-world problems. It covers essential theory behind developing intelligent systems, including dealing with uncertainty, learning from experience, and problem-solving strategies. Topics include machine learning, neural networks, genetic algorithms, and biologically inspired computing.

CS10101

Programming Basics

Credit Hours: 3
Course term: 3
Communication Hours: 4

This course is designed to provide students with an overview of essential concepts and principles of programming. Upon completing the course, the student will develop a fundamental understanding and competency in variables, data types, arithmetic and logical operators, branching and loops, and built-in functions.

41011156

Scientific programming

Credit Hours: 3
Course term: 2
Communication Hours: 4

The course covers essential programming concepts and principles for solving mathematical problems. Upon completion, students will have developed fundamental skills in algorithms and programming to solve simple problems in mathematics, physics, geometry, and statistics.

11010011

English Language for Specific Purposes

Credit Hours: 2
Course term: 2
Communication Hours: 2

In this course, students will learn various techniques to help them achieve their full learning potential in college. These techniques include critical thinking skills, note-taking strategies, goal setting, and time management. Additionally, students will learn the APA style of writing and how to avoid plagiarism.

41011414

Computer Games

Credit Hours: 3
Course term: 7
Communication Hours: 4

This course will cover programming interactive games and virtual reality simulations, including event loops and execution threads, graphics and animation, collision detection, game AI, and networking. Students will design and program their own games as class projects using standard APIs. Game history, design principles, and social impact will also be briefly covered.

41011153

Introduction to Information Technology and Communications

Credit Hours: 3
Course term: 1
Communication Hours: 3

This course provides a breadth-first overview of essential computing concepts and principles, covering topics such as the history of computing, programming basics, artificial intelligence, network technology, and database technology. By the end of the course, students will have developed a fundamental understanding of these topics.

41011411

FYP1 (CS)

Credit Hours: 3
Course term: 7
Communication Hours: 3

This course is the first part of the capstone course for the CS program. The capstone project will involve integrating previous coursework into a project with all the elements of a common business problem. Students will be required to develop solutions to these problems by problem definition, requirements analysis, and design planning of a solution. Oral and written reports will be required. Teamwork and communication skills will be part of the topics covered.

41011421

FYP2 (CS)

Credit Hours: 3
Course term: 8
Communication Hours: 3

This course is the culmination of the BSc degree in Computer Science. Its aim is to build upon the work done in FYP1 by implementing, testing, and reporting on the project. Students will apply theoretical knowledge and practical skills to real-world problems, including project management, software development, and report writing. Successful completion is a significant milestone towards achieving a BSc degree.

CS10705

Innovation, Design and Prototyping

Credit Hours: 3
Course term: 7
Communication Hours: 3

This course teaches students how to design, develop and innovate a prototype in a short amount of time. Students will learn about engineering and technological processes. In addition, students will learn ethical, social, and environmental responsibilities. The course covers the various stages of product development, including the importance of product differentiation and the use of perceptual mapping to define a market and product position.

41041481

FYP1 (IT)

Credit Hours: 3
Course term: 7
Communication Hours: 3

This course is project-based where students work together to solve a real-world IT problem by applying knowledge from various undergraduate courses. Students investigate, analyze, and design solutions and present their achievements through a project report, oral presentation, and poster.

IT10801

FYP2 (IT)

Credit Hours: 3
Course term: 8
Communication Hours: 3

This course is the culmination of the BSc in IT program and an extension of the FYP1. It focuses on system design improvement, implementation, optimization, testing, and validation. Students must present their work through a project report, oral presentation, poster, and system demonstration, and submit final project documentation and source code to the department upon completion.

CS10801

Ethics in Computing

Credit Hours: 3
Course term: 8
Communication Hours: 3

The course covers computer basics, major players in the computing industry, the history of computer crimes, security and vulnerabilities of computer networks, types of computer crimes, their detection and prevention, as well as the Digital Millennium Copyright Act.

IS10704

E-Commerce

Credit Hours: 3
Course term: 7
Communication Hours: 3

This course covers the basics of E-Commerce, including its history and development, different business options, website features and tools, marketing, payment and security concerns, and customer service.

IS10701

FYP1 (CIS)

Credit Hours: 3
Course term: 7
Communication Hours: 3

Senior projects in the Computer Information Systems department allow students to apply their skills and knowledge. In Senior Project CIS 1, students propose and design an information system using System Development Life Cycle methodologies. They may also investigate a specific IS problem and write a research paper. The outcomes should include reports, a final project report, posters, and oral presentations.

IS10801

FYP2 (CIS)

Credit Hours: 3
Course term: 8
Communication Hours: 3

Final Year Projects are a crucial part of the Bachelor of Computer Information Science degree. The course provides an opportunity for students to utilize and enhance the knowledge acquired during the program. Assessment is by means of a seminar presentation, submission of a final report, and a public demonstration of work undertaken.

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This page is provided by Al-Baha University - Deanship of E-Learning and Information Technology for the university's faculty members and employees. The information contained in this webpage represents the views and opinions of the original creator and does not neccessqarly represent the views of Al-Baha University.