What This Document Is
This is a comprehensive course outline for Semiconductor Processing (MATSCI 123) at the University of California, Berkeley. It details the scope and structure of the course, providing a high-level overview of the key areas explored in the field of semiconductor material science and engineering. It serves as a roadmap for students intending to delve into the intricacies of modern semiconductor device fabrication.
Why This Document Matters
This outline is essential for prospective students, those considering the course, and currently enrolled learners seeking a clear understanding of the course’s objectives and expectations. It’s particularly valuable for students with a background in materials science or physics who are interested in specializing in semiconductor technology. Reviewing this outline before the course begins will help you prepare and identify any prerequisite knowledge you may want to refresh. It also benefits anyone seeking to understand the foundational elements of the semiconductor industry.
Topics Covered
* Fundamentals of Semiconductor Physics
* Semiconductor Crystal Growth Techniques
* Thin Film Deposition Methods
* Materials Characterization Techniques
* Defects and Impurities in Semiconductors
* Doping Processes (Diffusion & Ion Implantation)
* Oxidation and Gettering Techniques
* Contact and Interconnect Formation
* Lithography and Etching Processes
* Semiconductor Nanostructures
* Device Physics (Solar Cells, LEDs, FETs)
What This Document Provides
* A detailed catalog description of the course.
* Clearly stated course prerequisites and recommended background knowledge.
* Specific learning objectives outlining the skills and understanding students will gain.
* A list of desired course outcomes, detailing what a successful student will be able to demonstrate.
* Information regarding required course materials, including the primary textbook.
* An overview of the major topics that will be covered throughout the semester.