2027 Research topics- Published

Foundational Technology (RE)
Topic # Topic Title Contact
RE27-1 Self-Healing Elastomers for Extreme Environments Anesia Auguste
RE27-2 Fluid-Structure Interaction (FSI) Characterization via Event-Based Imaging in Wind and Water Tunnels Abigail Juhl
RE27-3 Wide and Ultra-Wide Bandgap Materials for Extreme Environment Applications Adam T. Neal
RE27-4 Environmental Assisted Cracking in Third Generation AA7XXX Andrew Rosenberger
RE27-5 Knowledge Graphs for Materials Research Benji Maruyama
RE27-6 Using Ordered Bacteria to Make Air Force Relevant Materials Claretta J. Sullivan
RE27-7 Understanding onset of damage in multifunctional vitrimer nanocomposite Dhriti Nepal
RE27-8 Physics and Machine Learning for Polymer Materials Design Jeffrey G. Ethier
RE27-9 Multiscale Simulation Methods for the Design of Performance-Optimized Composite Material Architectures Michael Keith Ballard
RE27-10 Synthesis and Integration of Quantum Light Sources and Quantum Sensors Luke Bissell
RE27-11 Ab Initio Modeling of Point Defects for Quantum Information Science Luke Bissell
RE27-12 Synthetic Biology for Biomaterials Development Michael S. Carter
RE27-13 Spin-Based Qubits for Quantum Sensing Michael Newburger
RE27-14 Topological Modification of Magneto-Acoustic Interactions Michael Newburger
RE27-15 Quantification of Ceramic Constituents Mathew J. Schey
RE27-16 Automation and autonomy for materials/alloy discovery and development Megna Shah
RE27-17 Human-Robot Collaboration for Manufacturing through Natural Interactions Nathan Hertlein
RE27-18 Design of Adaptive Material Networks for Sensing, Actuation and Physical Computing Philip Buskohl
RE27-19 Self-driving lab for nanomaterials processing Rahul Rao
RE27-20 Investigations of the Processing Challenges of Ceramic and Ceramic Matrix Composite Structures Rodney Trice
RE27-21 Ultra-wide bandgap (UWBG) materials for electronics and optoelectronics Shin Mou
RE27-22 Understanding Polyimide Hygrothermal Stability via Molecular Dynamics Vikas Varshney
RE27-23 Advanced Temperature Measurement Methodologies for Oxidizing Refractory Materials Charis I. Lin
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SOCHE is dedicated to advancing higher education through active collaboration, resource and knowledge building, and effective professional development programs. To accomplish this, SOCHE administers 16 active Councils and Committees. The purpose of a SOCHE Council or Committee is to provide an opportunity for representatives from higher education to be a resource for one another, share information and best practices, identify common challenges, and, ultimately, broaden awareness of the resources, services, and activities in higher education. SOCHE is also dependent upon the Councils and Committees for substantial input on annual professional development programs.

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