Georgia Tech Office of Industry Engagement

A new - a newly designed -wire for surgeons involving individual control of each degree-of-freedom, with the hope this device could be fabricated using 3-D printing technology

Have you ever been curious about ? Learn more about how you can protect your with patent classes!

Tuesday Patent Class Are you an inventor, an entreprenuer, a student or a researcher who is getting ready to apply for a patent or someone who is curious about patents? Before you talk to a manufacturer or the public about your invention, it is wise to get your idea protected. A good patent search will help you identify...

We are thrilled to be featured in Medgadget’s Best Medical Technologies of 2017 for our "alleviating disability" technology- a device that allows an amputee to control each finger of his prosthetic hand.

Medgadget’s Best Medical Technologies of 2017 | The year 2017 is coming to a close, and as in years past, we look back with excitement at the medical technologies that have been gracing the pages of Medg

New technology- a robotic system to assist with for post-stroke or after a spinal cord injury

Voice-Activated Robotic Rehabilitation and Assistive System - 7667 - Georgia Tech Research Corporation Background: The hand is the primary object for manipulating objects in our everyday life. Loss of the ability tocontrol the motion of individual fingers and the hand overall, has a significant impact on the qualityof life of an individual. Typically, the loss of the ability to control and manipulate...

: aimed at strengthening structural systems primarily composed of bars and strings, a method for constructing -dimensional from truncated octahedron elementary cells.

Tensegrity Lattices for Meta-Materials and Structural Applications - 7425 - Georgia Tech Research Corporation Tensegrity lattices for meta-materials and structural applications allow for the building of stronger structures that can be severely deformed without losing their load bearing ability.

New integrating stretchable components for wearable devices

Stretchable Electronic Materials and Devices - 7612 - Georgia Tech Research Corporation Background: Stretchable microelectronics has garnered significant attention from research and industry due to its essential role in large-area, wearable, epidermal and biomedical electronics. However, this technology and its manufacturing processes have been severely constrained by their complexity?...

researchers have created a nanotextured surface that kills bacteria while not harming mammalian cells, a process with potential for attacking microbial contamination on implantable medical devices and food processing equipment

Nanotexturing Creates Bacteria-Killing Spikes on Stainless Steel Surfaces Close-up image shows an untreated stainless steel sample (left), and a sample that has been electrochemically treated to create a nanotextured surface. The sample was prepared by using a potentiostat in Professor Preet Singh's laboratory at Georgia Tech. (Credit: Rob Felt, Georgia Tech)

- new approach for and decomposition with a method called Configurable Hyper-referenced Associative Object Schema (CHAOS)

Configurable Hyper-referenced Associative Object Schema (CHAOS) - 7316 - Georgia Tech Research Corporation Background: Technical Analysts across various industries are challenged by massive datasets, including multi-source and multi-domain data. Two particularly vexing problems are the confluence of (A) Data Veracity, i.e., highly sparse, misaligned, noisy, and uncertain data, and (B) Data Variety, i.e.,...

New - a tool that demonstrates the mechanical strain stiffening behavior of soft using printed meta-materials

3D Printed Meta-material Tissue-Mimicking Phantoms - 7339 - Georgia Tech Research Corporation Background: Patient-specific tissue-mimicking phantoms have a wide range of biomedical applications including validation of computational models and imaging techniques, medical device testing, surgery planning, medical education, doctor-patient interaction, etc. Although 3D printing technologies hav...

We are thrilled to have 3 students joining our in the Fall!

Student Spotlight | Georgia Institute of Technology Pre-Law Advising Website Diana Chen (current GT doctoral student, Physics; M.S., Physics, Georgia Tech, ’13; B.A., Physics, University of Chicago, ’12;) is working part-time as a crash injury analyst for Howe and Associates, a personal injury law firm in metro Atlanta.

New - of Aldehydes for Fast Evaporating & Copolymers Cross-linking- amazing potential and applications with this

Copolymers of Aldehydes for Fast Evaporating Polymers & Copolymers Cross-linking - 7472-7645 - Georgia Tech Research Corporation Background: Rapid depolymerization and evaporation of polymers is useful for fabricating systems that have a fixed lifetime or targeted end-of-life. Depolymerization can prevent device detection and capture or reduce disposal in landfills, making it desired in a wide array of polymer-based component...