TabsOverviewVision The vision of the program is the excellence in various fields of chemistry to support academic and research institutions, in order to achieve the kingdom’s vision. Mission The mission of the program is to provide qualified PhD awarded chemists, fulfilling the need of society and excel in working professionally in all academic and research institutions, in order to achieve the kingdom’s mission. Objectives To prepare distinguished graduates with scientific, research and academic capabilities to achieve sustainable development. To form distinct and innovative research teams that will improve the competitiveness of research and promote the dissemination of scientific research. To enrich scientific and research institutions with qualified and creative cadres. To develop research laboratories with latest techniques for conducting advanced scientific research. The program contains four specializations: Organic Chemistry Physical Chemistry Inorganic Chemistry Analytical Chemistry CollegeCollege of ScienceCampusRayyan - DammamTrackScience and ManagementLevelPostgraduateDegreePhDGenderFemale Program Duration: 3 years (divided into 9 semesters) Credit Hours: 39 Graduation Requirements: The program requires studying (39 credits) hours which are divided as follows: 30 credits hours (12 credits) for compulsory courses, including three credits as a seminar, and (18 credits) for special selective courses. 9 credits for Ph.D. Thesis Program System: Courses and Thesis. AdmissionProgram application Candidates can apply to the program following the university announcement through its website Program Admission requirements 1. A Master degree of science in chemistry with regularity system (on campus), with an accumulative GPA of at least 3.75 out of 5 or equivalent.2. Student should pass the qualification exam approved by the department committee.3. Student should score at least 6 in ILETS or in another equivalent English language proficiency tests approved by the graduate deanship.4. Student must pass an interview with a Departmental Admissions Committee, which will assess the student's personal attributes and dispositions that will shape his or her searcher performance.5. Student must submit two recommendation letters, one of which (preferably) from his Master supervisor to testify to the student's suitability for research. Year description3 years (divided into 9 semesters) Study planFirst year Semester one Course ID Course title Credit hours Contact hours Pre-requisite CHEM 660 Environmental Analysis 4.50 4.5 - Elective course 1 4.50 4.5 - Elective course 2 4.50 4.5 - Semester two Course ID Course title Credit hours Contact hours Pre-requisite CHEM 600 Polymer characterization and properties 4.50 4.5 - Elective course 3 3 3 - Elective course 4 4.50 4.5 - Semester three Course ID Course title Credit hours Contact hours Pre-requisite CHEM 640 Nanomaterials and applications 4.50 4.5 - Elective course 5 4.50 4.5 - Elective course 6 4.50 4.5 - Second year Semester one Course ID Course title Credit hours Contact hours Pre-requisite CHEM 695 Seminar 1 1.50 1.5 - CHEM 699 Thesis 9 9 - Semester two Course ID Course title Credit hours Contact hours Pre-requisite CHEM 699 Thesis 9 9 - Semester three Course ID Course title Credit hours Contact hours Pre-requisite CHEM 696 Seminar 2 1.50 1.5 - CHEM 699 Thesis 9 9 - Third year Semester one Course ID Course title Credit hours Contact hours Pre-requisite CHEM 699 Thesis 9 9 - Semester two Course ID Course title Credit hours Contact hours Pre-requisite CHEM 697 Seminar 3 1.50 1.5 - CHEM 699 Thesis 9 9 - Semester three Course ID Course title Credit hours Contact hours Pre-requisite CHEM 699 Thesis 9 9 - Electives Course ID Course title Credit hours Contact hours Pre-requisite Organic Chemistry courses CHEM 600 Polymer Characterization and Properties 4.50 - - CHEM601 Advanced Heterocyclic Chemistry II 4.50 - - CHEM602 Advanced Reaction Mechanisms 4.50 - - CHEM603 Nanotechnology For Organic Synthesis 4.50 - - CHEM604 An Introduction to Medicinal Organic Chemistry 4.50 - - CHEM605 Polynuclear Heterocyclic Chemistry 4.50 - - CHEM606 Green Organic Chemistry 4.50 - - CHEM607 Selected Topics in Organic Chemistry 1 4.50 - - CHEM608 Selected Topics in Organic Chemistry 2 4.50 - - CHEM609 Various Topics in Organic Chemistry 4.50 - - Physical Chemistry Courses CHEM 620 Electrically Conducting Polymers 4.50 - - CHEM621 Advanced Molecular Spectroscopy 4.50 - - CHEM622 Green Chemistry and Catalysis 4.50 - - CHEM623 Computational Chemistry 4.50 - - CHEM624 Biophysical Chemistry 4.50 - - CHEM625 Selected Topics in Physical Chemistry 1 4.50 - - CHEM626 Selected Topics in Physical Chemistry 2 4.50 - - Inorganic Chemistry Courses CHEM 640 Nanomaterials and Applications 4.50 - - CHEM641 Bioinorganic Chemistry 4.50 - - CHEM642 Introduction to Industrial Chemistry 4.50 - - CHEM643 Thermal Analysis of Inorganic Materials 4.50 - - CHEM644 The Rietveld Methods and X-Ray Powder Diffraction 4.50 - - CHEM645 Metal Complexes: Medicine and Materials 4.50 - - CHEM646 Phase Transformation and Kinetics 4.50 - - CHEM647 Photo And Electro Catalysis 4.50 - - CHEM648 Selected Topics in Inorganic Chemistry 1 4.50 - - CHEM649 Selected Topics in Inorganic Chemistry 2 4.50 - - Analytical Chemistry Courses CHEM 660 Environmental Analysis 4.50 - - CHEM661 Green Analytical Chemistry 4.50 - - CHEM662 Advanced Bioanalytical Chemistry 4.50 - - CHEM663 Modern Chemical Analysis 4.50 - - CHEM644 Sensors in Analytical Chemistry 4.50 - - CHEM665 Comprehensive Chemometrics 4.50 - - CHEM666 Selected Topics in Analytical Chemistry 1 4.50 - - CHEM667 Selected Topics in Analytical Chemistry 2 4.50 - -