TT4D Program Projects

TT4D Program at Stanford University Creates Concept-to-Adoption Pathways for Technologies and Products to Reach Defense Systems and Operators

Combining High Energy Density and Supply-Resilience: Advancing Sodium Metal Batteries for Naval Defense Applications

PI: William Chueh
Designing Resilient Microgrids: An Energy-Storage Centric Approach

PI: Simona Onori
Next-generation AI Accelerators for Spatially Aware Autonomous Naval Systems

PI: Prof. Subhasish Mitra
Nano Ceramic Additive Manufacturing of IR Sensor Domes

PI: Prof. Wendy Gu
Accessible Machine Learning for Misinformation and Influence Operation Analysis

PI: Chris Re
Interactive Human-AI Teaming for AI Model Development, Debugging and Repair

PI: Chris Re; Co-PI: Kayvon Fatahalian
Development of Multi-functional Composite UAV Structures for Urban Operations

PI: Prof. Fu-Kuo Chang
ViroMeter: A Portable Health Assessment

PI: Utkan Demirci; Co-PI: Akin Demir
Camera Relocalization using 3D Point Clouds for Enhanced Underwater Situational Awareness

PI: Leonidas Guibas
Real-time State Awareness Nerve-like Sensing System for Autonomous Fly-by-Feel Aerial Vehicle

PI: Prof. Fu-Kuo Chang
Creating Machine Learning Models with Labeled Data

PI: Chris Re

If you'd like to collaborate with us, please send us an email at techtransfer4defense@stanford.edu