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About this Symposium

Meeting MS&T24: Materials Science & Technology
Symposium 2024 Undergraduate Student Poster Contest
Sponsorship
Organizer(s) Lori A. Houghton, Ceramic and Glass Industry Foundation
Scope The Material Advantage student program is pleased to sponsor the Undergraduate Student Poster Contest held each year at MS&T. Undergraduate students are encouraged to present their undergraduate research experiences and utilize this opportunity to improve their communication skills. The work presented in the poster does not have to be performed at the student’s home institution, but could be, for example, from a project performed as part of a co-op experience, a summer internship, or a Research Experience for Undergraduates (REU) project.

Contest participants must satisfy the following qualifications:
* Authors must be full-time students who are pursuing undergraduate degrees.
* Authors must register to attend MS&T 2024 and be present to put-up and take-down the posters.
* Authors must be present during the scheduled judging in order to answer questions and discuss their work. (All contest entrants will be informed of the judging time in advance.)
* Posters should not exceed 3’ x 4’ (landscape) or 4’ x 3’ (portrait). If a poster exceeds this space, it will be neither presented nor eligible for contest. (Authors will be assigned display numbers prior to the conference to designate where presentations should be posted.)
* For additional poster guideline information, refer to the links for the “Poster Scoresheet” and “Poster Judging Guide” as listed on the MS&T web page under the Students tab: https://www.matscitech.org/MST24
* Please do not submit the same abstract to more than one symposium for MS&T24. This means an abstract which has already been submitted to MS&T24 in a symposium (for oral or poster presentation) cannot also be submitted to this poster contest. An abstract can only be presented once during MS&T24.

First, second and third places will be given in the amounts of $250, $150, and $100 respectively. All undergraduate students are eligible to enter the poster contest. The winners will be announced at the student awards ceremony at MS&T.

You must indicate whether you are an undergraduate student as this is a requirement. Your abstract will be rejected if you do not complete this field.

YOU WILL ONLY BE ENTERED INTO THE UNDERGRADUATE STUDENT POSTER CONTEST IF YOU SUBMIT YOUR ABSTRACT HERE.

Abstracts Due 09/06/2024

PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE


SPU-10: Machine Learning Model Explainability for the Development of High-Entropy Alloys
SPU-11: Chromium as a Catalyst for Large Particle Silicon Nitride
SPU-12: Glass-Refractory Interactions with Industrial Scaleup of LionGlass
SPU-13: Hands-On Instruction of First-Year College Engineering Students to Introduce Concepts of Ceramic Engineering
SPU-14: High Throughput Texture Analysis of Quartz via Automated Polarized Reflective Light Microscopy
SPU-15: Improving Density and Toughness of Ceria-Based Oxygen Ion Conductors
SPU-16: Photochemical Properties of WO3-TiO2 Eutectic Composites
SPU-17: Tailoring Cation Solubility in Rock Salt High Entropy Oxides
SPU-18: The Egyptian Blues, Preview: Color-Phase Assemblage Relationships
SPU-19: Advancing Cu-Al-Mn-Ni Alloys for Cost-Effective Elastocaloric Cooling
SPU-1: 3D Printing of Fully Integrated Flexible Humidity Sensor for Long-Term Health Monitoring
SPU-20: Electrical Transport Properties in 3D-Printed Variably Uniform 2D-Networks
SPU-21: The Effects of Corrugated Groove Pressing on Heterogenous Microstructure and Mechanical Properties in Copper Plates
SPU-22: Design of Silicone Composites with Controlled Hardness
SPU-23: On the Sources of Discrepancies between EBSD, SEM, and Optical Grain Size Measurements
SPU-24: Can Titanium in Stainless Steel Diminish Corrosion Resistance?
SPU-25: FAIRification of Highly Accelerated Lifetime Testing of Multi-Layer Ceramic Capacitors
SPU-26: Lifetime Analysis of Unencapsulated Solar Cell Passivation Layers
SPU-27: Modeling the Force-Extension Response of Binary Copolymers With Molecular Dynamics Simulations
SPU-28: Epitaxial Growth of Highly Conductive α-Ga2O3 by Suboxide Molecular-Beam Epitaxy
SPU-29: Growth of Twisted Nanomaterials: Chiral Halide Perovskite and Zinc Oxide
SPU-2: Anomaly Detection via In Situ Monitored Additively Manufactured Tensile Bars
SPU-30: Investigating Thermophysical Properties of Uranium Nitride Nuclear Fuel
SPU-31: Design and Development of an Integrated Metal Oxide Semiconductor (MOS) and Infrared (IR) Spectroscopy Sensor (GatorSense) for Lunar Volatile Detection
SPU-32: Cellulose and Ionic Liquid Solutions Properties and Rheology
SPU-33: Cs+ Intercalation in WO3 Photoelectrodes Inhibits Catalyst Deactivation for the Oxygen-Evolution Reaction
SPU-34: High-permittivity polysiloxane dielectrics obtained through polar group functionalization
SPU-35: Solvent Effect of Solution-Processed Electron Transport Layer on Organic Photovoltaics Performance
SPU-36: Sustainable Geopolymer Concrete for Construction Applications
SPU-37: The Design of Alloys for the Circular Economy
SPU-3: Comparison of Substrate and Sintering Condition Impacts on Aerosol Jet Printed Traces
SPU-4: Conductive Ink Morphology Analysis for Aerosol Jet Printing
SPU-5: Leveraging Bayesian Optimization for Fine-Tuning of Aerosol Jet Printing Processing Parameters
SPU-6: LignoCrete: Carbon Negative Mortars for 3D Printing
SPU-7: Stability of Aerosol Jet Printing for Flexible Electronics
SPU-8: Tailoring Microstructure and Twin-Induced Work Hardening of a Laser Powder Bed Fusion Manufactured Haynes 188 Alloy
SPU-9: Exploration and Classification of Materials Using a Tactile Sensor and Artificial Intelligence


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