It aims to identify and study the general rules and foundations in industrial chemistry: analysis of manufactured materials, operating units, evaporation, condensation, crystallization, mineral extraction, preparation of some inorganic acids such as sulfuric acid, nitric acid ... etc.The student learns the methods of analyzing some manufactured materials such as cement and others for this course.·· That the student understands the basics of technologies used and used in the chemical industries
Intended learning outcomes
a. Knowledge & understandingA.1 Understanding and comprehending the foundations and applications of inorganic chemistry.A.2 Understanding the various compositions of the elements included in industrial materials and the consequent properties and the effect of impurities in some industries.A.3 Understand and assimilate the information and concepts related to the industry during the visit to those factories, which may help the student in the areas of work after graduation.A.4 Understand the nature of different industries from the educational and applied aspects.B. Mental skillsB.1 That the student possesses between the theoretical and practical foundations the quality and standards of the subject under study.B.2 The student's ability to determine the level of efficiency and accuracy required to conduct a chemical analysis of the manufactured substance.B.3 Gaining the ability to reach realistic scientific conclusions that help in understanding many applications.B.4 Gaining the ability to compile results and prepare them in final reports.c. Practical & professional skillsC.1 The scientific background that the student obtains helps in understanding and participating in the implementation of applications.C.2 The academic background prepares the student for success in higher stages and in the field of work.C.3 Diagnosis of the most important problems in the work of the various agencies and the possibility of their application.C.4 Choosing a manufacturing method that guarantees a high success rate.Dr. Generic and transferable skillsD.1 That the student predict the characteristics used in the industry and the extraction of some minerals.D.2 That the student be able to compare different technologies in manufacturing and their different applications.D.3 The student should distinguish the difference between the components of different raw and manufactured materials.D.4 Gaining literary courage through discussion during lectures.
Teaching and learning methods
• A theoretical presentation for each experiment in which the experiments are discussed and information is linked to what was studied in the theoretical courses• Explain how to prepare, install and operate scientific equipment and devices using real samples.
Methods of assessments
First written exam 25%Second written exam 25%final exam 50%
