Presentation by Prof. Julia Kalow
PI: Prof. Julia Kalow
Drop-in additives to enable recycling and upcycling of rubber waste.
2025 Kellogg-Q Project Pitches
DAY 1 - Jan 14
Presentation by Prof. Ping Guo
PI: Prof. Ping Guo
DeepV revolutionizes vision-based measurement in manufacturing, delivering 3D reconstruction and intelligent process understanding to enable smarter, more efficient factories.
Presentation by Doruk Cezan
PI: Prof. Samuel Stupp
A peptide-powered skin health platform designed to enhance regeneration and combat aging, for applications ranging from cosmetics to regenerative medicine.
Presentation by Jay Qi
PI: Prof. David Dunand
An innovative solid-state solution for hydrogen storage and CO2 capture and conversion, offering cost and efficiency advantages, and are seeking expertise in techno-economic analysis and business development.
Presentation by Gray Harlan
PI: Prof. WIll Dichtel
Creating new materials to remove harmful PFAS chemicals from water.
Presentation by Dillan Prasad
PI: Prof. John Rogers
The SMART Pedicle Screw is a first-of-its-kind implanted sensor which detects the early loosening of spinal screws, thus reducing costs and improving outcomes for patients who receive spinal orthopedic or neurosurgery.
DAY 2 - Jan 17
Presentation by Vinod Sangwan
PI: Prof. Mark Hersam
An edge-computing neurochip integrating nanomaterials with silicon is proposed to address the unmet need for low-power anomaly detection in healthcare sensors, wearables, robotics, and tracking systems.
Presentation by Geunho Han
PI: Justin Notestein
A range of "tandem" catalysts that enhance the production of propylene and epoxides, making chemical production more cost-effective, safer, and efficient.
Presentation by Chanwook Park & Gino Domel
PI: Wing Lui
An AI platform committed to providing a fast, energy-efficient approach to future of AI challenges and cutting-edge engineering problems in design and manufacturing.
Presentation by Elias Kallon and Anastasia Pournara
PI: Prof. Mercouri Kanatzidis
Novel materials for the remediation of toxic metals for industrial wastewater applications.
Presentation by Evan Jones
PI: Prof. Cheng Sun
A novel, continuous resin 3D-printing method capable of achieving orders of magnitude faster printing speeds over current technologies that could allow aerospace, automotive, or biomedical sectors to rapidly explore radically new product designs that traditional manufacturing methods are too inflexible to achieve, such as hyper-complex geometries or part count reduction.
Presentation by Jack McGee
PI: Prof. Neil Kelleher
ImmPro is using a single particle biomarker analysis platform to grant pivotal insight on drug development and disease research.