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Anode Technical Institute

A.A.S. Degree

Semiconductor Engineering Technology

A 63-credit associate of applied science for technicians entering semiconductor fabrication and test. You move from device fundamentals and circuits through materials science, process fundamentals, cleanroom and vacuum systems, wafer fabrication operations, device characterization, statistical process control, IC layout, failure analysis, packaging, MEMS, and process integration, finishing with a fabricated and tested device capstone.

63 credits
6 terms
$1,575 total tuition
100% online

Outcomes

What you will be able to do

  1. 01Explain semiconductor device physics and material behavior
  2. 02Work safely and correctly in cleanroom and vacuum environments
  3. 03Run and monitor core wafer fabrication process steps
  4. 04Characterize and test devices with production instrumentation
  5. 05Apply statistical process control to improve yield

Careers

Where graduates work

  • Semiconductor process technician
  • Wafer fab equipment technician
  • Device test technician
  • Failure analysis technician

Curriculum

Term 1

11 credits
SET 1014 cr

Semiconductor Fundamentals and Devices

This course introduces fundamental semiconductor physics, device operation, and essential concepts for a career in semiconductor engineering technology.

SET 1054 cr

DC and AC Circuits for Semiconductors

Foundational course covering DC and AC circuit theory and analysis essential for semiconductor devices and systems.

SET 1213 cr

Technical Mathematics

This course provides essential mathematical tools for semiconductor engineering technology, focusing on algebra, trigonometry, and their applications to electrical circuits and device characteristics.

Term 2

11 credits
SET 1104 cr

Semiconductor Materials and Wafer Fabrication Overview

This course introduces fundamental semiconductor materials, their properties, and the essential steps involved in transforming raw materials into functional silicon wafers, providing foundational knowledge for advanced study.

SET 1154 cr

Digital Logic for Integrated Circuits

This course introduces digital logic fundamentals, Boolean algebra, combinational and sequential circuits, their design, analysis, and implementation in integrated circuits.

SET 1253 cr

Cleanroom Protocols, Safety, and ESD Control

This course provides essential training in cleanroom environments, emphasizing safety, contamination control, and electrostatic discharge (ESD) prevention critical for semiconductor manufacturing.

Term 3

11 credits
SET 2014 cr

Semiconductor Manufacturing Processes I: Deposition

This course introduces fundamental thin-film deposition techniques, their underlying principles, and critical applications in semiconductor device fabrication, preparing students for cleanroom environments.

SET 2054 cr

Photolithography

This course provides a comprehensive introduction to photolithography, a critical process in semiconductor manufacturing, covering principles, techniques, and practical applications.

SET 2103 cr

Etch Processes

This course provides a foundational understanding of etch processes critical in semiconductor manufacturing, covering essential techniques, equipment, and characterization methods for device fabrication.

Term 4

11 credits
SET 2154 cr

Vacuum Technology and Gas Delivery Systems

This course provides an in-depth understanding of vacuum generation, measurement, and maintenance, alongside the safe handling and delivery of gases crucial for semiconductor manufacturing processes.

SET 2204 cr

Diffusion, Ion Implantation, and Thermal Processing

This course explores fundamental semiconductor fabrication techniques, including diffusion, ion implantation, and various thermal processing methods critical for device manufacturing.

SET 2253 cr

Manufacturing Processes II: CMP and Metallization

This course explores advanced semiconductor manufacturing, focusing on Chemical Mechanical Planarization (CMP) and various metallization techniques essential for integrated circuit fabrication and device performance.

Term 5

9 credits
SET 2303 cr

Process Control, SPC, and Yield Engineering

This course teaches essential principles of process control, statistical process control (SPC), and yield engineering critical for semiconductor manufacturing success and defect reduction.

SET 2353 cr

Metrology and Inspection for Manufacturing

This course provides a comprehensive overview of metrology and inspection techniques essential for quality control and process optimization in semiconductor manufacturing.

SET 2403 cr

IC Packaging and Assembly

Explore the critical processes of integrated circuit packaging, from fundamental materials to advanced assembly techniques, ensuring functional and reliable semiconductor devices.

Term 6

10 credits
SET 2453 cr

Semiconductor Test and Device Characterization

This course provides a comprehensive overview of semiconductor testing methodologies and device characterization techniques essential for quality assurance and performance validation.

SET 2553 cr

MEMS, Sensors, and Emerging Device Technologies

Explore the principles, fabrication, and applications of MEMS, various sensor types, and cutting-edge device technologies shaping modern electronics and smart systems.

SET 2604 cr

Capstone: Fab Operations and Troubleshooting

This capstone course integrates prior learning to simulate real-world semiconductor fab operations, emphasizing troubleshooting and process optimization for entry-level technicians.

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