3 CREDITS

This course provides a solid foundation in algebra, trigonometry, and analytic geometry, preparing students for further mathematical studies. Key topics include:

• Linear functions
• Quadratic functions
• Rational functions
• Exponential and logarithmic functions
• Circles
• Systems of linear equations

Students will gain extensive knowledge and skills in these areas, essential for advanced mathematics coursework.

3 CREDITS 

This course introduces students to fundamental concepts in statistics and probability, emphasizing statistical thinking. Topics include:

• Descriptive statistics
• Probability theory
• Discrete and continuous random variables
• Sampling distribution
• Central Limit Theorem

The R statistical programming environment is utilized for computation, graphical presentation, and simulations, enhancing practical application of statistical concepts.

3 CREDITS : P-MATH 1280

This introductory course covers the basics of computer programming and serves as a foundation for further learning. It requires no previous programming knowledge and utilizes the Python programming language, known for its simplicity and versatility. The course covers abstract programming concepts applicable to various languages, emphasizing the development of programming mindset as a crucial skill for students.

3 CREDITS : P-CS 1101

This course introduces fundamental concepts essential for designing, using, and implementing database systems. Key topics include:

• Database modeling and design principles
• Relational theory
• Structured Query Language (SQL) fundamentals

Students will gain proficiency in database modeling, understanding relational databases, and using SQL for querying and managing data.

3 CREDITS : P-MATH 1201, P-MATH 1280

This course is an introduction to computer systems, covering:

• Internal design and functionality of basic computer components
• Use of an online hardware simulator to build a computer
• Development of an assembler from the ground up
• Design concepts and techniques for modern computer hardware
• Major trade-offs involved in system design
• Future trends in computer architecture and their potential impact on future computers

Students will gain hands-on experience and a deep understanding of the principles underlying computer systems and hardware design.

3 CREDITS : P-CS 1101, P-CS 1104 

This course introduces the basic concepts of communication networks, focusing on:

• The OSI model
• Various communication protocols, including the Internet Protocol (TCP/IP protocol)
• Key concepts and structures of the Internet
• Comparison and analysis of the OSI and TCP/IP reference models

Students will gain a solid understanding of network communication principles and the foundational models that define modern networking.

3 CREDITS : P-CS 2203, P-CS 2204

This course introduces students to fundamental information security concepts for computer networks and information systems. Key topics include:

• Recognizing cybersecurity threats
• Identifying vulnerabilities in computer networks and information systems
• Selecting appropriate cybersecurity models
• Mitigating and preventing security breaches
• Ensuring continuous business operations

Students will develop the skills necessary to protect information systems and maintain robust cybersecurity measures.

3 CREDITS : P-CS 2204

This course explores the basic components and design principles of advanced broadband networks, both wireline and wireless. Key topics include:

• Enabling essential services such as mobility, secure data storage, processing, and transmission
• Emerging issues in implementing cloud computing services
• Enhancing worker productivity through mobility solutions
• Basic pillars of network security (Information Assurance)
• Protecting individual privacy in network design

Students will gain insights into the design and implementation of advanced networks and the challenges associated with modern network technologies.