| Course Descriptions
Course Descriptions
CHEM 101
An introduction to atomic structure, quantum theory, the periodic table, chemical bonds, reactions in solutions, properties of solutions and gases, thermochemistry, and electrochemistry.
PHY 101
Fundamentals of physics, including laws of motion, practical applications, laboratory experiments, and development of relative thinking and graphing skills.
MA 101
An introduction to differential calculus covering limits, continuity, derivatives, applications such as rates of change, approximations, optimizations, curve sketching, and Rolle's and the Mean Value Theorem.
ESP 401
Academic reading, writing, and vocabulary skills; writing paragraphs on engineering topics, and engaging with scientific texts through critique and analysis.
ARB 101
Aims to enhance students’ linguistic production by providing grammatical rules that promote coherence and clarity in texts, focusing on style analysis
HPE 101
Practical training to promote general health and physical fitness, emphasizing values, independence, and responsibility.
PHY 102
Topics include wave motion, sound, thermodynamics, Coulomb's Law, electric and magnetic fields, electrical circuits, and their connections to everyday life situations
MA 102
An introduction to integral calculus covering techniques of integration, arc length, areas, volumes, sequences and series, Taylor and Maclaurin series.
ESP 102
Empowering students to write academic and professional reports, focusing on both long and short reports, graphical representations, and the fundamentals of data collection and analysis.
ARB 102
Introducing students to objective writing in essays, reports, evaluations, summaries, scientific research, and administrative writing in Arabic.
ISL 101
This course explains the roots of sound faith, characteristics of Islamic faith, the Islamic description of the universe, humanity, and life, and the reasons for increasing faith.
CSE 101
Introduces basic programming concepts, covering topics such as variables, expressions, decision structures, loops, functions, lists, files, exceptions, and an introduction to objects and classes
MA 201
Exploring calculus in multiple dimensions, covering topics such as parametric equations, polar coordinates, three-dimensional coordinate systems, vectors, partial derivatives, double integrals, and rectangular and polar coordinate integrals
CMET 204
Introduces the fundamental principles of controlling industrial variables, including common systems such as PLC, DCS, and SCADA
MA 202
Provides fundamental applications of probability and statistics in engineering and science fields, covering topics such as frequency distributions, measures of central tendency, probability rules, random variables, the Central Limit Theorem, confidence intervals, and hypothesis testing.
ESP 201
Developing students’ oral and written communication skills in academic and professional settings. Includes preparing presentations, participating in meetings, writing memos, letters, minutes of meetings, cover letters, and resumes.
ISL 201
Introducing students to the concept of ethics in Islam and its relation to faith, worship, relationships, and management and workplace ethics. Also includes a study of professional violations and how to handle them with examples from the Saudi labor system
CHEM 211
Introduces students to advanced topics in chemistry such as modern materials, quantum chemistry, chemical kinetics, equilibrium, acids and bases, spontaneous reactions, environmental chemistry, coordination chemistry, nuclear chemistry, and organic chemistry.
CHEM 212
Provides laboratory experiments related to laboratory safety, properties of materials, quantum chemistry, chemical kinetics, equilibrium, acids and bases, environmental chemistry, coordination chemistry, nuclear chemistry, and organic chemistry.
CL 201
Introduces the basic principles for calculating process and energy variables, applying calculations related to mass and energy balances in reactive and non-reactive processes. The course also covers numerical methods for solving chemical engineering problems.
MA 205
Introduces students to the fundamentals of ordinary differential equations and their applications, including techniques for solving first-order equations, linear equations, higher-order differential equations, and series solutions.
CSE 201
Introduces students to data science techniques and their application to practical engineering problems, covering topics in statistics, linear algebra, and optimization from a data science perspective.
CE 202
Studies concepts in materials science for chemical engineering, including material structure, thermodynamics of condensed phases, kinetic properties, mechanics of materials, and the electrical, magnetic, and optical properties of materials, in addition to material processing.
CE 203
Introduces the fundamental principles of using software to solve chemical engineering problems, such as thermodynamics, mass and energy balances, fluid flow, and reaction engineering.
CE 204
Provides students with hands-on experience in applying principles and techniques related to using software to solve problems in chemical engineering
CE 205
Studies concepts and theories fundamental to fluid mechanics and their applications in process engineering. The course includes properties of fluids, liquid pressure and constants, energy equations, momentum analysis, flow in pipes, and flow through packed beds.
CE 206
Introduces fundamental concepts and theories in organic chemistry, including organic compounds, synthesis, organic reactions, and characterization techniques.
CE 207
Conducts laboratory experiments related to concepts and theories in organic chemistry, helping students apply theoretical knowledge practically.
MA 301
Covers topics such as roots of equations, systems of linear algebraic equations, numerical differentiation, interpolation, least squares analysis and regression, as well as numerical solutions for ordinary and partial differential equations
CSE 301
Reviews the latest developments in artificial intelligence, including fundamental issues, search strategies, knowledge representation, basic machine learning, reasoning under uncertainty, and neural networks.
ARB 201
Develops essential linguistic communication skills for students in their professional careers, contributing to enhancing their expressive abilities and competencies in skills such as speaking, presenting, persuading, and interacting effectively with others.
CE 301
Studies concepts and theories related to thermodynamics in processes relevant to chemical engineering, including a review of fundamentals and applications of the first and second laws of thermodynamics
CE 302
Covers concepts and principles related to heat transfer, including modes of transfer, differential equations, conduction, and convection under various conditions.
CE 303
Studies concepts and principles related to mass transfer and its applications, including Fick's Law, permeability calculations, and mass transfer equations.
MS 301
Introduces the fundamentals of business and entrepreneurship, focusing on identifying and evaluating business opportunities, developing business plans, and how to finance and manage businesses
ISL 301
Educates students about the concept of human rights and their advantages in Islam, in addition to the basic human rights in Islam and the associated doubts.
CE 304
Studies the fundamental concepts of separation processes, including liquid-vapor phase equilibrium, flash distillation, column distillation, absorption, and extraction
CE 305
Covers concepts and theories related to kinetics and reactor design, focusing on chemical reaction kinetics and the basic design of reactors
CE 306
Provides students the opportunity to conduct practical experiments in the fields of thermodynamics and transport phenomena (heat and mass) and momentum
CPE 307
Introduces concepts and theories related to physical chemistry, including solutions, chemical equilibrium, chemical kinetics, and electrochemistry
CE 308
Covers laboratory experiments related to concepts and theories in physical chemistry
CE 300
Focuses on starting a project or research idea and forming a team to apply the acquired engineering knowledge and skills, emphasizing the development of solutions for real-world engineering problems.
CE 401
Covers concepts and theories related to process dynamics and control, including process control and theoretical models.
CE 402
Studies process design and the associated economics, including estimating capital costs and designing heat exchangers
CE 403
Allows students to conduct practical experiments in mass transfer, separation processes, and kinetics of chemical reactions
CE 400
Completes design projects initiated by students in Design Project I, where students will implement their projects based on the designated timeline
CE 490
Involves a 12-week industrial work period followed by two weeks of overall assessment
CE 404
Covers the basic principles and mechanisms of homogeneous and heterogeneous polymerization processes, as well as the structure and properties of physical polymers and their relationships. It also includes the chemical, mechanical, and engineering properties of polymers and polymer processing techniques.
CE 405
Introduces thermal desalination and membrane principles, offering a fundamental understanding of various desalination techniques and their current and future technological significance and economic impact.
CE 406
Covers the technical and economic aspects of corrosion problems, electrochemistry and its application to corrosion, and the various types of corrosion. Topics include pitting corrosion, crevice corrosion, stress corrosion cracking, as well as corrosion theories and protection methods
CE 407
It covers types of pollution and their relationship to the ecosystem and their negative effects on human health. It includes industrial pollution control techniques, water quality measurement, and the design of physical, chemical, and biological treatment methods, along with waste management and site pollutant analysis.
