Faculty Syllabus

Prerequisites include CETT1403 and CETT1425, or permission from the instructor or department.

Reading materials will be distributed each class to ensure content reflects the rapidly changing technology landscape.

This course provides foundational training in semiconductor manufacturing for students preparing for careers in the nanoelectronics/semiconductor industry. Beginning with fundamental semiconductor concepts and device, the course progresses through the essential manufacturing processes for integrated circuits at micro and nano scales.

Students will gain hands-on experience with some of the materials, equipment, and measurement tools used in semiconductor fabrication facilities. Laboratory sessions will provide students with hands-on experience with equipment commonly used by technicians in the semiconductor industry, supplementing and illustrating the concepts introduced in the classroom.

Upon successful completion of this course, students will be able to:

• Understand the connection between modern electronic devices and the semiconductor manufacturing processes that create them
• Identify and describe the major processes used in integrated circuit fabrication
• Recognize the important of safety protocols and proper equipment operation in semiconductor manufacturing
• Use diagnostic and measurement tools to characterize devices
• Follow cleanroom protocols and industry safety standards
• Troubleshoot common process issues using systematic diagnostic approaches
• Apply quality control and continuous improvement principles to semiconductor manufacturing
• Demonstrate the practical skills and knowledge required for entry-level technician positions in the semiconductor industry