Overview

The Chemistry/Materials Science major is designed for students who are interested in chemistry with an emphasis on material properties and provides students the opportunity to gain expertise in both chemistry and the science and engineering in materials such as semiconductors, photonic materials, polymers, biomaterials, ceramics, and nano-scale structures. Students explore … For more content click the Read More button below.

Learning Outcomes

1.
Understanding of the foundations of materials chemistry including nanoscience, materials synthesis, and materials processing
2.
Understanding of different methods for materials characterization, measurement of materials properties, and general structure/function relationships
3.
Familiarity with laboratory methods for materials chemistry and practical laboratory experience with such methods, including X-ray diffraction, optical absorption and fluorescence spectroscopies, electrical measurements, and electron and scanning probe microscopies
4.
Understanding of basic operational principles for a broad range of practical devices (e.g., LEDs, photovoltaics, electrochromics, etc.) from a fundamental materials perspective
5.
Safely and effectively work in a materials laboratory setting
6.
Knowledge of how to handle chemicals in a safe manner following OSHA-approved regulations and procedures
7.
Knowledge of how to use information resources to search and access safety databases
8.
Use of computers, including data acquisition and software tools for calculating and understanding materials properties
9.
Demonstrated broad mastery of materials chemistry including critical thinking, problem solving, working effectively in diverse groups
10.
Communication of knowledge through written reports and oral presentations

Entry to the Major

Admission

Transfer Students

Major Requirements

The Major

Organic Materials Concentration

Honors Program

Computing Specialization

Policies

The Major Policies

Honors Program

Computing Specialization Policies