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CHEM ENG 7107 - Engineering of Semiconductor Materials

North Terrace Campus - Semester 1 - 2023

The objective of the course will be to introduce fundamental and applied principles of advanced semiconductor materials. This will include; An introduction to Quantum Physics for semiconductors; An introduction to the Physics of Semiconductors; An introduction to the physics of PN-junctions, PNP or NPN, CMOS and Transistors; A discussion of their limitations, advantages and problems; Intro to more complicated CMOS devices; Next-generation devices; e.g. Coulomb blockade; Techniques for the Synthesis of Semiconductors; Wafer Preparation Methods; Characterisation of Semiconductors. conventional and state-of-the-art fabrication techniques, and chemical and physical properties of semiconductor materials. On successful completion of this course students will be able to: -Understand and discuss the basic principles of advanced semiconductor materials; -Explain and correlate the structure-property of semiconductor materials at the nanoscale by different characterisation techniques; -Define the basic properties and characteristics of semiconductor materials by analysing their properties through a set of characterisation techniques; -Discuss the basic principles of semiconductors technology, including conventional and cutting-edge fabrication techniques; -Apply and select appropriate techniques for characterising semiconductor materials; and -Demonstrate the basic aspects of advanced engineering of semiconductor materials and their applications, such as lasers and LEDs, solar cells and photocatalysts.

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