What This Document Is
This document outlines the core curriculum for CME 369: Polymer Science at Stony Brook University. It serves as a comprehensive overview of the course, detailing the fundamental principles governing the behavior and characteristics of polymers. It’s designed to provide a strong foundation in the physics, chemistry, and engineering aspects of these essential materials. This isn’t a textbook replacement, but rather a roadmap for understanding the course’s scope and objectives.
Why This Document Matters
This resource is invaluable for students enrolled in, or considering enrollment in, CME 369. It’s particularly helpful for prospective students wanting to gauge the course’s depth and breadth before committing. Current students can use it as a central reference point to understand the course structure, key learning outcomes, and the weighting of various skills assessed throughout the semester. It’s also beneficial for anyone seeking a high-level understanding of the core concepts within polymer engineering.
Topics Covered
* Polymer Classification and Structure
* Thermodynamics of Polymer Systems
* Phase Behavior of Polymer Mixtures and Solutions
* Polymer Characterization Techniques
* Polymer Morphology (Crystalline vs. Amorphous)
* Mechanical Properties and Viscoelasticity of Polymers
* Polymer Processing Methods & Sustainable Practices
* Advanced Topics: Polymer Nanocomposites & Thin Films
* Experimental Techniques for Polymer Analysis
What This Document Provides
* A detailed breakdown of course goals and learning objectives.
* A week-by-week topic schedule, offering a clear progression of concepts.
* An outline of how the course contributes to broader engineering competencies.
* Information regarding the required textbook for the course.
* An overview of the assessment criteria and their relative importance.
* Insight into the integration of modern technologies and ethical considerations within the field.