$999
Online - self-paced
30-40 Hours to complete
Overview
This course provides a comprehensive introduction to materials science for semiconductor and advanced engineering applications, linking atomic structure, bonding, and crystal behavior to material properties and performance. Learners explore how processing, deformation, and microstructural control influence metals and alloys used in modern technologies.
Expert-Led Live Session
As part of this course, learners are invited to attend a live, online session featuring instructor-led discussion, practical engineering examples, and Q&A. Attendance is optional, and a recording will be available for those unable to join live.
- December 1, 2026 at 10:00 am (Arizona Time)
This session brings key course concepts to life by revisiting the relationships between atomic structure, crystal structure, defects, processing, and material properties. Through guided discussion of engineering case studies and semiconductor-relevant examples, participants will explore how phase diagrams, diffusion, and microstructural evolution influence material selection, manufacturing processes, and device performance. The session is designed to reinforce the foundational concepts introduced throughout the course and provide opportunities to ask questions and connect theory to real-world engineering practice.
Students are encouraged (though not required) to have completed Modules 1–3 before joining the session.
Key Benefits
- Understand atomic bonding and structure–property relationships
- Analyze crystal structures, defects, and mechanical behavior
- Apply diffusion and strengthening concepts to material performance
- Interpret phase diagrams and microstructural evolution
What’s Included
- Four in-depth modules covering fundamentals through advanced materials concepts
- Step-by-step lessons with quizzes and applied discussion activities
- Industry-inspired project applying materials science methodologies
- Optional practice exercises reinforcing core concepts
By the end of the course, you’ll be prepared to analyze materials behavior and make informed engineering decisions in semiconductor and manufacturing contexts.
Course Modules
Who this course is designed for
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Engineering students, early-career engineers, and technicians seeking a strong foundation in materials science
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Individuals pursuing roles in semiconductor manufacturing, materials engineering, or process development
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Learners aiming to understand structure–property relationships and the effects of processing on material behavior
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Those looking to develop practical skills for selecting, analyzing, and optimizing materials in real-world engineering environments
Outcomes
By the end of this course, you’ll be able to:
- Understand the role of materials engineers and key concepts in crystal structures, mechanical properties, and material failures.
- Apply principles of shape and property control to analyze and improve metal performance.
- Develop skills in manufacturing processes, materials science, structural analysis, and failure evaluation.
Program support
Have additional questions?
Please reach out directly to exec-fseonline@asu.edu for program related questions.
Connect with our team
Complete a brief form to get program recommendations and answers to your questions.