Engineering principles applied to the analysis and design of polymerization processes. Mathematical modeling of polymerization kinetics, ideal polymerization reactors, heat and mass transfer, reactor dynamics and optimization, mixing effects. Case studies of important industrial processes. 

Introduction to materials science. Atomic structure of materials. Classification of materials. Crystalline structure of materials. Imperfection in crystalline materials. Materials and their properties. Phase diagram of solid materials. Materials deteriorations and failure.

Energy forms and energy balances and thermodynamic principles. Balances on non-reactive processes. Balances on reactive processes including fuels and combustion. Solution of simultaneous material and energy balance equations.

Course Description:
Origin and role of chemical engineering, engineering calculations, process and process variables. Material balances in single and multiple units for non-reactive and reactive processes including combustion reactions.

Course Description

The course of ophthalmology 432 is part of medical students rotations in their fourth year. It is meant to introduce them to the basic diseases of the eye and their clinical signs and symptoms.

Recommended Books

• Basic Ophthalmology for Medical Students and Primary Care Residents by Vaughan & Asbury's Cynthia Bradford
• General Ophthalmology by Paul Riordan-Eva, John P. Witcher and Taylor Asbury

Curriculum

Please check attachment

About Manufacturing processes commonly used in industry e.g. welding, casting, forming etc

تهدف المادة إلى تعريف الطالبة بالأسس النظرية لعلم الاقتصاد ومنهجيته، وتحليل طبيعة النشاط الاقتصادي ومجالاته المختلفة على مستوى التحليل الجزئي من خلال تزويدها بالأسس النظرية الخاصة بذلك. كما تهدف إلى تطبيق أسس التحليل الاقتصادي لاستيعاب سلوك الوحدات الاقتصادية الجزئية (الأفراد، والأسر، المنشآت). وتمكين الطالبة من التعرف على أنماط الأسواق الاقتصادية الجزئية وقراراتها الانتاجية والتسعيرية.