09/2009- present Ozyegin University, Department of Mechanical Engineering
CHEM 111 Chemistry for Engineering
Course introduces the student the fundamental principles of chemistry and their applications. Chemical nomenclature, stoichiometry, atomic structure, bonding theories, thermochemistry, periodic properties, solution calculations, gas laws, properties of solids and liquids, electrochemistry are among the topics discussed. The aim of the course is to build a strong foundation of chemistry for the courses which will be taught in following years.
ME 256 Material Science
This course presents fundamental topics on the field of materials science and engineering at the undergraduate level. Topics such as crystal structure, lattice defects, diffusion, and phase diagrams are covered. Different material systems and their structures are introduced. Mechanical, electrical, optical and magnetic properties of materials along with their applications are highlighted.
ME 431 Materials and Industrial Design
This course focuses on how to select materials based on specific design and functional requirements. Fabrication and processing techniques necessary to obtain desired material properties are taught with an eye on microstructure development and various destruction methods. Application areas of advanced technology materials are mentioned.
ME 454 Semiconductor Technology and Processing
The course details not only the manufacturing practice associated with the technologies used in silicon chip fabrication, but also the underlying scientific basis for those technologies. An integral part of this course is to provide the theoretical and science background for microelectronics technology and manufacturing to provide practical guidelines for the process flow and integration requirements.
ME 535 Micro/Nano-structure and Advanced Characterization Methods
The aim of the course is to introduce the students to the principles and techniques used in characterization of materials.Electron microscopy, X-Ray diffraction, electron spectroscopy, atomic force microscopy, nano-indentation etc’, techniques and the chemical, microstructural, and surface analysis of materials; metals, ceramics, polymers, and semiconductor systems will be studied.
ME 551 Applied Colloid and Interfacial Chemistry for Engineers
This is a follow up course to ME 551. Principles of interfacial phenomena as it is applied to particle dispersion and surface modifications in liquid/air environment with practical examples relating to industrial applications such as ceramics, mechanics, microelectronics etc’.
ME 552 Particle Science and Technology: Theory and Practice
Introduction to field by surveying theoretical and practical aspects. Particulate preparation, particle characterization, surface modifications, particulate systems, and technological applications. Experiments are conducted through Advanced Materials Laboratory.
ME 553 Advanced Electronic Materials Processing
The materials characterization techniques and principals are explained. Fundamentals of chemical, structural and surface analyses techniques are explained for metallic, ceramic, polymer and semiconductor materials and systems. Materials requirements for high speed devices and processing modules needed for their fabrication. Examples of current industrial processes.