Bachelor of Arts in Communication and Society Undergraduate Programme By Washington State University |TopUniversities
Subject Ranking

# 251-275QS Subject Rankings

Main Subject Area

Communication and Media StudiesMain Subject Area

Programme overview

Main Subject

Communication and Media Studies

Degree

Other

Study Level

Undergraduate

Biomaterials - Apply aspects of materials science and engineering that relate to biomedical fields such as bone tissue engineering, sensors, and biomedical devices. Work in biomaterials can involve all aspects of materials - for instance, new materials development through inspiration from biological structures; innovating novel compositions and structures; or improving the performance of existing materials using structure and process modification. Students interested in biomaterials as a specialization should take MSE 406 (Biomaterials) as an elective. Electronic materials - Apply aspects o materials science and engineering that relate to semiconductor devices, sensors, dielectrics, and magnetic and optical devices. Work in electronic materials can involve all aspects of materials engineering, including new materials development; using structure and process modification to improve the performance of existing materials; device design; and failure analysis for yield enhancement. Students interested in electronic materials should take MSE 515 (Electronic Materials) as an elective. Metallurgy - As a specialization in the broad field of materials science and engineering, metallurgy involves: Studying the relationship between the structure of metals and their alloys from the atomic level (i.e. 0.2 nanometers) to the bulk level (meters or several meters) and relating that structure to mechanical, chemical, electrical, magnetic, and other properties. Selecting appropriate metals for given applications, taking into account the requirements of the application and the properties of the material. For example, aluminum alloys are used in aircraft wings and fuselages because they are light and strong. Nickel base alloys are used in jet engines because they are resistant to high temperature chemical attack and retain their strength even at very high temperatures. Making improvements to metallic materials by changes in composition and processing techniques. For example, techniques such as chemical vapor deposition allow very thin films to be made from different composition alloys. These films have excellent properties for many electronic applications.

Programme overview

Main Subject

Communication and Media Studies

Degree

Other

Study Level

Undergraduate

Biomaterials - Apply aspects of materials science and engineering that relate to biomedical fields such as bone tissue engineering, sensors, and biomedical devices. Work in biomaterials can involve all aspects of materials - for instance, new materials development through inspiration from biological structures; innovating novel compositions and structures; or improving the performance of existing materials using structure and process modification. Students interested in biomaterials as a specialization should take MSE 406 (Biomaterials) as an elective. Electronic materials - Apply aspects o materials science and engineering that relate to semiconductor devices, sensors, dielectrics, and magnetic and optical devices. Work in electronic materials can involve all aspects of materials engineering, including new materials development; using structure and process modification to improve the performance of existing materials; device design; and failure analysis for yield enhancement. Students interested in electronic materials should take MSE 515 (Electronic Materials) as an elective. Metallurgy - As a specialization in the broad field of materials science and engineering, metallurgy involves: Studying the relationship between the structure of metals and their alloys from the atomic level (i.e. 0.2 nanometers) to the bulk level (meters or several meters) and relating that structure to mechanical, chemical, electrical, magnetic, and other properties. Selecting appropriate metals for given applications, taking into account the requirements of the application and the properties of the material. For example, aluminum alloys are used in aircraft wings and fuselages because they are light and strong. Nickel base alloys are used in jet engines because they are resistant to high temperature chemical attack and retain their strength even at very high temperatures. Making improvements to metallic materials by changes in composition and processing techniques. For example, techniques such as chemical vapor deposition allow very thin films to be made from different composition alloys. These films have excellent properties for many electronic applications.

Admission Requirements

6+

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