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رمز المقرر | اسم المقرر | متطلب سابق | عدد الساعات |
Phys 101 | General Physics | -- |
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| مهارات التعلم والتفكير | -- |
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ENG-6102 | Intensive English Program-1 | -- |
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| المهارات الغوية | -- |
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Chem 010 | General Chemistry | -- | This course is intended to provide students with a background in important concepts and principles of chemistry. Introduces concepts on the atomic and electronic structure of matter, measurements, concentration of solutions. Stoichiometry. Properties of liquids and solids. Discusses the periodic table and the significance of the information, explain chemical bonding, gaseous state and nomenclature of organic .compounds |
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| مهارات التعلم والتفكير | -- |
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ENG-6102 | Intensive English Program-2 | -- |
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Math 010 | General Mathematics | -- |
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المستوى الثالث | |||
CHEM-221 | Organic Chemistry-1 (Aliphatic Compounds) | CHEM-101 | Definition of aliphatic compounds and nomenclature of compounds, study of functional groups in these compounds and methods of preparation, properties, and economic importance. |
CHEM- 241 | Colloid Chemistry and Phase Rule | -- | Introduction to the basic concepts of colloid chemistry, types of colloids and there preparation methods, properties of colloids and their applications, basics of .phase rule and it's important |
CHEM -231 | General Chemistry-2 | CHEM -101 | The atomic shells, their shapes and Bohr theory of hydrogen atomic Electronic structure and Lewis structures of different chemical compounds. The valence shell electron pairs repulsion theory, molecular orbital theory and valence bond theory. The principle quantum numbers, classification of elements and properties of .ionic and covalent compounds |
211 BIOL | GENERAL BIOLOGY COURSE SPECIFICA TIONS | -- | Basic Knowledge in Biology Science in both Botany and Zoology branch, where the course gives advanced knowledge about the chemical components in the cytoplasm, organic and inorganic materials. Also about Plant and animal Cells, division and heredity. Knowledge about Virus, Fungi, Algae, also both animal and human tissues. Also expand the different examples of different genera of animal kingdom, physiology of the body, and physiology of plants and its relations with the environment |
عرب ٢٠١ | التحرير الكتابي |
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سلم ١٠٢ | الثقافة الإسلامية |
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CHEM - 232 | Inorganic Chemistry–1 (Main Groups) | CHEM-101 | Pre-requisites for this course Course title and code Periodic properties of main group, Hydrogen and its position & properties, its isotopes and chemical properties. S-block elements, p-block elements; their electronic configuration, properties and their compounds – properties of the first element in each group and compare it with the last element – inert pair effect –metallic and non-metallic .properties of groups |
CHEM-242 | Physical Chemistry- 1 (Thermodynamics) | CHEM -101 | introduction in thermodynamics, The first law of thermodynamics (work and heat, thermal content, internal energy and heat capacity, ) the second law of thermodynamics, thermal and electrical engines , Reflective and non-reflective processes - Free energy ,Entropy and free energy - Basic equations ..of thermodynamics |
CHEM- 251 | Analytical Chemistry-1 (Volumetric and Gravimetric) | CHEM -101 | Classification and applications of quantitative analysis and solution concentration parameters. The principles of volumetric analysis and statistical methods – neutralization titrations theory- pH measurements. Buffer solutions, their working theory and their applications- Principles and requirements of gravimetric analysis. Theoretical principles of precipitation, stages of saturated, supersaturated, and solubility product, precipitation formation (nucleation, precipitate growth). Factors affecting the solubility of precipitate, types of contaminate (co-precipitation, post precipitation, surface adsorption) .The methods of contaminates removing or minimizing. Organic precipitants, requirements and its application. Inorganic precipitants, requirements .and its application |
سلم ١٠٣ | الثقافة الإسلامية ٣ | -- |
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ترب ٢٠١ | الشباب وقيم المواطنة | -- |
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دار ٣٠١ | ريادة الأعمال | -- |
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ترخ ٢٠١ | تاريخ المملكة العربية السعودية | -- |
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المستوى الخامس | |||
CHEM-321 | Organic Chemistry-2 (Aromatic Compounds) | CHEM-221 | Identification of organic compounds. Synthesis and properties ,of carboxylic acids and derivatives Aldehydes, ketones, amines, benzene, Chemical properties of benzene, electrophilic aromatic substitution reaction, Poly nuclear aromatic .hydrocarbons, Condensed aromatic hydrocarbons |
CHEM- 341 | Electrochemistry | CHEM-242 | Galvanic cells - Electrical Conductance – Faraday, Law – studying different types of Electrochemical and Analytical Cells – Debye Huckel law and molar conductance – Conductance and ionic speeds – Applications of conductance .measurements – Electrochemical series |
CHEM-331 | Inorganic Chemistry-2 (Chemistry of Transition Elements) | CHEM-232 | Chemistry of transition metals (Properties – Oxidation states – study the chemistry of some selected transition metals) in addition to Coordination Chemistry. Formation of complexes – naming coordination compounds – Valance bond theory – Crystal field theory – molecular orbital theory – Structure in coordination compounds – Magnetic properties of complexes . – different types of isomerism in coordination compounds |
CHEM-322 | Organic Synthesis | CHEM- 221 | Synthesis of some pure organic compounds and measuring its melting or boiling points and study the IR spectra and mechanisms of some the prepared compounds |
طبع ١٠٨ | الصحة واللياقة | -- |
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سلم ١٠٤ | الثقافة الإسلامية ٤ |
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دار ٢١٢ | العمل التطوعي | -- |
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CHEM-324 | Chemistry of Heterocyclic Compounds | CHEM- 321 | Introduction to chemistry of heterocyclic compounds and classification of heterocyclic compounds. Nomenclature of heterocyclic compounds as well as fused systems (common and IUPAC) .Bonding, Electrophilic addition at nitrogen and carbon (five- and six-membered heterocyclic). Nucleophilic substitution at carbon (mechanism) for six membered heterocyclic |
CHEM-351 | Instrumental Analysis | CHEM-251 | I)Spectrometric methods: General introduction – the electromagnetic radiation (particle model & wave model) Absorption of radiation by atoms and molecules – Beers Law – Instrumentation (source of radiation, monochromatic, detector, ... etc) – single-beam .spectrometer vs. double-beam Spectrometer II) Molecular Spectrometric Methods: Molecular Absorption Spectrometry (MAS) – Methods of Analysis and their applications Flow Injection Analysis (FIA) – FIA- Spectrometry and some applications – Fluoremeter and Phosphorimetry – FIA - Fluoremetry – FIA-Chemiluminescence |
SCI 313 | Introduction to Nanotechnology | -- | Building a solid background in characterization and fabrication methods while integrating the physics, chemistry, and biology facets, focuses on applications, examining engineering aspects as well as nanomaterials and industry-specific applications in such areas as energy, electronics, and biotechnology |
CHEM- 342 | Kinetic Chemistry | CHEM – 242 | Describe different types of kinetic chemical reactions, integration of rate equations, and zero, first, second order cases, rate constant. Introduce the principles and kinetics of complex multistep reactions. Consecutive reactions concept of rate determining step and reaction intermediate |
RES 311 | Principles of Scientific Research | -- | The course will cover several topics in research design, literature review, scientific writing, scientific presentation, critical scientific review, data types, data collection techniques, quantitative methods, qualitative methods, .data analyses and ethical issues |
SCI 312 | Renewable Energy | -- | The course introduces the principles of renewable energy physics at intermediate level of the BSc degree program. It covers various renewable energy sources topics such as solar energy, solar cells characteristics, photovoltaic system components, size of the photovoltaic system, wind energy, wind energy generator, hydro-power and biomass energy and its applications |
CHEM- 323 | Spectroscopy of Organic Compounds | CHEM -321 | Topics covered in this course are the application of a various spectroscopic techniques, including; ultraviolet, infra-red and nuclear magnetic resonance spectroscopy, .mass spectra for the identification of organic substance |
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CHEM-451 | Analytical Chemistry-2 (Chromatogr aphic Separation Methods) | CHEM -351 | Introduction of chromatographic separation theory Define solvent extraction, distribution ratio. Mechanism of extraction, extracting metal cation. Different parameters and factors affecting extraction process. Chromatography, different terminology for chromatography, different types of chromatography and apply retention time, dead time, capacity factor, selectivity factor, resolution. The different theories for chromatography, rate-theory, theoretical plates. Theory of GC, define parts of the apparatus. Principles of HPLC and define function of each part of the apparatus and apply TLC and paper chromatography. Practical experiments extraction, paper chromatography, TLC, and HPLC, .GC demonstration |
CHEM - 442 | Corrosion and Corrosion Control | CHEM - 341 | Corrosion is an undesired material degradation because of an interaction between the material and its environment. Both high temperature corrosion and corrosion in aqueous solutions, i.e. at room temperature, are discussed. Effect of metal properties and of the environment is treated. The effect of mechanical stresses on the corrosion process is treated as well. Via an integrated study of the corrosion phenomenon, one comes to corrosion control. Strong emphasis is given onto examples and solutions from real practice. Finally an adequate choice of material becomes possible taking into account the specific conditions in which the material is used. An .overview of typical design errors is given |
CHEM- 461 | Graduation project | SCI -313 | Graduation project will cover several topics in experimental, theoretical or numerical subjects in various fields of chemistry. Description will be made, according to the subject, by the project .supervisor |
CHEM-422 | Chemistry of Natural Products | CHEM-324 | Introduction to natural products, general structure and nomenclature – classification – general methods of determination of the molecular structures and their preparations, Steroids: Introduction and their natural abundance – the difference between steroid compounds – nomenclature – structure elucidation of steroids – methods of preparation of steroids, Alkaloids: Introduction and methods of extractions – general properties – classification of alkaloids, structure elucidation of alkaloids and methods of their preparation,. Fatty Acids: Introduction and their natural abundance, Classification, general properties, methods of their extraction from natural resources. Structure elucidation of fatty acids |
CHEM-421 | Organic Reactions Mechanism | CHEM-323 | Non kinetic methods for identification of reaction mechanism. Kinetic methods for identification of reaction mechanism. Aliphatic nucleophilic substitution. Aromatic nucleophilic substitution. Electrophilic aromatic substitution. Addition reactions on carbonyl group & double bond. Elimination reactions. Rearrangement .reactions |
CHEM - 431 | Organometall ic Chemistry | CHEM-331 | The basic concepts of chemistry of organometallic compounds including their classifications and nomenclature. Stability of organometallic compounds – derivatives of metals of group 1A to 5A – electron deficient bonds – transition metal complexes – classification of ligands –The chemical and physical properties of organometallic compounds. Introduction to the electronic spectra of transition metal complexes and Russell Saunders coupling effects. .Energy level diagrams for different selective complexes |
CHEM-441 | Surface and Catalysis Chemistry | CHEM -241 | Introduction to surface Chemistry – surface thermodynamics quantities (gas-liquid interface),( liquid-liquid interface) – Application of contact angle ( solid-gas interface) – Some theories of adsorption isotherm - introduction to Catalysis – Types of catalysis and their preparation – mechanism of Catalysis – study of .some catalytic reactions |
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CHEM-423 | Biochemistry | CHEM-221 | By the end of this course the students will be able to: Review and emphasize skills in Biochemical calculations, pH, buffers and water biochemistry Understand basic concepts and fundamental principles of Biochemistry Identify and differentiate between macromolecules like Carbohydrates, proteins and lipids.Knowing biochemical molecules of the cells. |
CHEM-434 | Chemistry of Cement and Building Materials | CHEM-331 | An introduction: History of cement, cement materials including Lime (Fat lime – Hydraulic lime), slaking of lime, Plaster and natural cement. Manufacture of Portland cement: raw materials, preparations process including both dry and wet process, rotary klin and the reactions happened inside and finally clinker cooling and grinding with gypsum Properties of cement phases including the properties of Alite, Belite, Celite and tricalcium aluminate - the different types of cement (ordinary ortland cement, rapid hardening cement, sulphate resisting Portland cement, oil – well cement, Portland slag cement and others |
CHEM- 452 | Environmental Chemistry | CHEM-324 | Introduction and identification of environmental chemistry – Atmospheric composition – Gaseous pollutants – Water pollution – Gaseous pollutant control – Water pollutants – Soil pollutants – Medical pollutants – Waste treatment and recycling – Chemical Analysis of Water |
CHEM - 433 | Inorganic Reaction Mechanism | CHEM-331 | Review to the principles of chemical kinetics and Introduction on the basic concepts of inorganic reaction mechanism. The rate Laws for several inorganic chemistry reactions. Labile and inert complexes. Reaction mechanisms of ligand substitution. Substitution reactions in square planar complexes Trans effect and the theories for its explanation. Reactions include the substitution of coordinating water. Methods studying complexes reactions - octahedral &square planar. Substitution reactions in octahedral complexes-dissociation and association mechanisms-equation reactions. Aqueous ionic complexes, step wise complex formation, factors affecting the stability of complexes, acids and bases. Mechanism for oxidation-reduction reaction, inner sphere and outer sphere reactions. Introduction on the electronic spectra of transition metal complexes and Russell Saunders coupling effects. Energy level diagrams for different selective complexes |
CHEM-443 | Nuclear and Radiation Chemistry | CHEM-331 | This course is designed to build a basic familiarity with natural radioactivity, The atomic nuclei, atomic structure and composition of nuclei, nuclear systematic and reactions, Nuclear masses and stability, angular momentum of nucleus. Radioactive decay and growth. , radioactive decay processes, alpha, beta and gamma decays. The structure of nuclei, nuclear models, nuclear forces, applications of radioactivity. Fission, charge and mass distribution. It will emphasize nuclear and radiochemical methods applied to chemical analyses in the physical and biological sciences |
CHEM- 425 | Chemistry of Petroleum and Petrochemicals | CHEM 321 | Introduction of petroleum definition, origin formation, Methods of exploration, Classification and origin theory, Chemical Composition of Petroleum, Field separation of crude oil, Production of petrochemicals and industrial uses |
CHEM- 424 | Polymer Chemistry | CHEM -422 | The subject provides an introduction to polymer science with respect to synthesis, polymerization kinetics and network formation/gelation of macromolecules formed by step-growth and chain- growth polymerization. Polymer structure/conformation and transitions from liquid (melt, solutions) to solid (polymer crystals and glass |
CHEM-444 | Quantum Chemistry | CHEM- 101 + MATh-101 | Basics of Quantum Theory, Introduction to Quantum Mechanics and its origin properties of wave function. Solution of Schrödinger Equation. Applications of Schrödinger Equation. A particle moving in A Box with Different, One – Two and three dimensions. Predict the wave function equation and the energy in each case. Operators and its importance in Quantum Chemistry. Eigen functions and Eigen Values Schrödinger Equation Of Hydrogen Atom. Wave function equation and energy. Different Quantum numbers and their uses in describing the orbitals and the energy levels. Quantum theory and molecular structure. Born-Oppenheimer approximation. Molecular orbital theory and molecular structure. Linear combination of atomic orbitals (LCAO). Application of molecular orbital theory on homonuclear molecules. Application of molecular orbital theory on heteronuclear molecules .Overlap matrix- Correlation diagrams |
CHEM-432 | Solid State Chemistry | CHEM-231 | Solid materials, solid external structure, symmetry in solids, internal structure of flammable materials, systems Crystalline and Crystalline Crystallization, Crystalline Polycarbonates, Calorific Chromatography, X-ray diffraction, crystalline structure of inorganic compounds, types of deformation in solid materials and industrial significance |
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