Program Overview

Program Overview

The Physical Chemistry program at Jouf University aims to graduate national competencies specialized in the field of physical chemistry, capable of serving the community and contributing effectively to education and industry, as well as development plans in the Kingdom. The program also aims to provide students with advanced chemical experiences through specialized courses and encourage them to participate in innovative research projects that contribute to solving community challenges and achieving national development requirements.

Program Structure

The program consists of six levels, with a total of 39 credit hours and 15 courses.

Level 1

• KM 600: Research Ethics and Writing (2 hours, compulsory)
  • Description: This course provides students with general knowledge about ethical problems in research and different perspectives on what constitutes ethics and science.
• KM 650: Advanced Analytical Chemistry - Sample Preparation (2 hours, compulsory)
  • Description: This course explains the basic concepts of sample preparation and its role in the comprehensive measurement process.
• KM 620: Advanced Inorganic Chemistry (3 hours, compulsory)
  • Description: This course aims to study theoretical group theory, molecular symmetry, and symmetry groups, vibration symmetry, and applications in inorganic chemistry.

Level 2

• KM 621: Advanced Organometallic Chemistry (2 hours, compulsory)
  • Description: This course aims to explain organometallic chemistry, focusing on the interaction between bonds in organometallic compounds, relevant transformation mechanisms, and their applications in catalysis and organic synthesis.
• KM 640: Advanced Organic Chemistry (2 hours, compulsory)
  • Description: This course applies structure and theory to the study of organic reactions, including isotopic effects, molecular orbital theory applied to organic photochemical and cycloaddition reactions, and intermediates.
• KM 630: Physical Chemistry: Thermodynamics and Kinetics (3 hours, compulsory)
  • Description: This course focuses on statistical thermodynamics and chemical kinetics, including complex reaction kinetics and statistical thermodynamics.

Level 3

• KM 651: Advanced Analytical Chemistry - Chromatography and Mass Spectrometry (2 hours, compulsory)
  • Description: This course aims to understand the theory of chromatography and the mechanism of mass spectrometry analyzers, essential for choosing, developing, and improving methods.
• KM 641: Spectroscopic Identification of Organic Compounds (3 hours, compulsory)
  • Description: This course describes modern organic spectroscopic analysis methods, including UV/Vis, IR, NMR, and MS spectroscopy, providing an introduction to the physical background of each, how molecules interact with electromagnetic radiation, and how this information can be used to determine precise chemical structures.
• KM 631: Applied Quantum Chemistry (1 hour, compulsory)
  • Description: This course aims to explain the postulates of quantum mechanics and particles in a box, including stationary state problems and quantum mechanics applications.

Level 4

• KM 660: Advanced Techniques for Material Analysis and Characterization (3 hours, compulsory)
  • Description: This course aims to explain experimental techniques in material study, including quantitative measurements for characterizing bulk materials, thin films, and nanostructured materials using optical and electron microscopes, atomic force microscopy, and molecular and atomic spectroscopic techniques.
• KM 632: Applied Electrochemistry and Renewable Energy (3 hours, compulsory)
  • Description: This course focuses on the application of electrochemistry, including solar energy conversion, electrochemical sensors, and electrocatalysis.

Level 5

• KM 635: Selected Topics in Physical Chemistry (2 hours, elective)
  • Description: Topics of current interest in physical chemistry, including green chemistry, radiation-matter interaction, and molecular spectroscopic analysis.
• KM 634: Nanomaterials: Preparation, Characterization, and Applications (2 hours, elective)
  • Description: This course studies the fundamental principles necessary to understand the behavior of materials on the nanometer length scale and different categories of nanomaterials with applications ranging from information technology to biotechnology.
• KM 633: Advanced Surface Chemistry and Catalysis (2 hours, elective)
  • Description: This course aims to study surface and interfacial systems, wetting, surfactants, and self-assembly, as well as the characterization of solid surfaces and catalysis in petrochemical and industrial processes.

Level 6

• KM 699: Thesis (9 hours, compulsory)
  • Description: This course aims to enhance students' knowledge and capabilities required to present effective, comprehensive, and high-quality research necessary for their graduation thesis.

Admission Requirements

The program requires a master's degree and has specific admission criteria, including a minimum GPA and English proficiency.

Research Areas

The program focuses on various research areas, including physical chemistry, analytical chemistry, organic chemistry, inorganic chemistry, and materials science.

Tuition Fees

The tuition fees for the program are not specified in the provided context.

University Overview

Jouf University has achieved numerous accomplishments and successes since its establishment in 2005 and continues to grow in various administrative, academic, educational, and construction projects in the university city, with significant support from the government and the prince of the Jouf region.