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Project Ideas for Master of Science in Materials Science and Engineering

A research-driven program exploring the design, structure, and performance of advanced materials.

🏛 Introduction

Ohio State’s MS in Materials Science and Engineering prepares students to design, analyze, and improve materials for applications in energy, aerospace, electronics, and manufacturing. Students investigate the microstructure–property relationships of polymers, metals, ceramics, and composites using computational tools, experimental methods, and characterization techniques. The program supports cutting-edge research in additive manufacturing, nanomaterials, corrosion science, and energy storage technologies.

💡 Suggested Project Titles

Studying grain boundary evolution in titanium alloys under heat treatment

Designing lightweight composite structures for aerospace crash resistance

Corrosion behavior analysis of high-entropy alloys in marine environments

Synthesis and electrochemical testing of nanostructured battery electrodes

Characterizing phase transitions in shape memory alloys using DSC and XRD

Developing smart materials for temperature-responsive actuators

3D printing of bio-compatible ceramics for customized bone implants

Designing transparent conductive films for flexible electronics applications

Modeling defect formation during additive manufacturing of metal powders

Investigating fatigue properties of polymers under cyclic thermal loading

Developing high-strength glass coatings using sol–gel processing techniques

Analysis of graphene oxide as a reinforcement in polymer nanocomposites

Studying microstructural changes in steels exposed to hydrogen environments

Creating energy-absorbing foams for helmet impact protection applications

Simulation of crystal growth in semiconductor fabrication processes

Designing corrosion-resistant coatings using environmentally friendly compounds

Thermal conductivity measurement of hybrid organic–inorganic aerogels

Characterizing porosity and surface roughness in metal matrix composites

Developing ceramic supercapacitor materials with high power density

Using TEM and SEM to study failure mechanisms in fractured composites

Ohio State – MS in Materials Science and Engineering

Design innovative materials and technologies with OSU’s Materials Science MS program.

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