Virginia Tech Intellectual Properties (VTIP)
Virginia Tech Intellectual Properties
A 501(c)(3) affiliated corporation of the Virginia Tech Foundation
In coordination with LINK+LICENSE+LAUNCH, VTIP serves the Virginia Tech community to protect inventions and ensure intellectual property developed at Virginia Tech is transitioned to market where it can deliver societal and economic benefit.
We help discoveries reach markets where they drive business growth, seed new enterprises, and enable economic prosperity.
A Technology Engine
Virginia Tech’s $500M+- per-year research portfolio spans engineering and life sciences, as well as social sciences, policy, and creative arts. Through our use-inspired, diversified research capabilities, we support all major federal agencies. Nearly 15 percent of expenditures derive from corporate sponsors, providing faculty and partners opportunities to collaborate on cutting-edge, applied research and development.
The result: everyday, faculty, students, and staff generate inventions with important market and societal applications. VTIP is here to support the transition of discoveries by shepherding inventions through patenting and license negotiation. We bring extensive experience in intellectual property management and transactions and offer business-friendly terms to streamline the process and create win-wins.
- VTIP 21-084: Bacterial Strains for Soybean Growth Enhancement
- VTIP 20-119: Enhancing Phosphate-Use Efficiency
- VTIP 20-113: Precision Technology for the Early Detection of Stress in Horses
- VTIP 20-052: A Way to Use Poultry Litter Ash Efficiently
- VTIP 19-041: A Broad-spectrum Biopesticide Strain with Plant Growth Promoting Capability
- VTIP 17-097: Novel Production Method of Stink Bug Pheromone for Crop Protection
- VTIP 21-096: Novel Automotive Double Damper Suspension System
- VTIP 21-079: Data Driven, Smart, Non-Pneumatic Tires
- VTIP 21-037: Electrostatic De-icing Method
- VTIP 20-037: A Room-temperature High-energy-density Solution
- VTIP 19-018: New Carbon Dioxide Absorbent Material
- VTIP 19-004: High-energy Lithium Batteries
- VTIP 18-094: Novel V2X Communications
- VTIP 21-108: Highly Modifiable Anti-viral Scaffold
- VTIP 21-099: Drug Dosage Testing using Surface-enhanced Raman Spectroscopy
- VTIP 21-028: Fast and Ultrasensitive SERS Detection
- VTIP 21-027: Antibody Mimicking Molecule for SARS CoV2
- VTIP 20-120: Hydrogels with Tunable Stability
- VTIP 20-092: Residual Glioblastoma and Glioma Cell Capture
- VTIP 20-063: Potent Antimalarial Compound
- VTIP 20-065: Improved Performance Baseline Correction Methods for Raman Spectroscopy
- VTIP 20-053: 3D Printable Multifunctional Fibers
- VTIP 20-048: A Novel Orally Administered Antimalarial
- VTIP 20-044: Rapid DNA Extraction Using Ultrasonic Bursts
- VTIP 19-068: Hemodialysis Flow Control Device
- VTIP 19-067: Smart Hemodialysis Device
- VTIP 19-064, 19-065: Novel Drug Delivery Platform
- VTIP 19-060: New Peptide Drugs As A Treatment for Glioblastomas
- VTIP 19-046: Personalized Medicine Using Additive Manufacturing
- VTIP 19-020: Enhanced Anti-Tumor Immune State
- VTIP 19-001: Novel Organoboron Synthesis Method
- VTIP 18-071: New Process for Selective Polysaccharide Derivative Oxidation
- VTIP 17-097: Novel Production Method of Stink Bug Pheromone for Crop Protection
- VTIP 17-031: Nanoparticle-based Nicotine Nanovaccine
- VTIP 21-124: Passive Crystal Antineutrino Detectors for Nuclear Safeguards
- VTIP 21-108: Highly Modifiable Anti-viral Scaffold
- VTIP 21-100: Colloid Droplet Transport and Micro/nanoparticle Self-assembly
- VTIP 21-059: Apparatus for Enriching the Concentration of Trace Components in an Air Flow
- VTIP 21-001: Wearable Chemical Sensors
- VTIP 20-069: Unlocking True 3D Printing Potential
- VTIP 20-062: Biocompatible Strain Sensing Polymer Fiber
- VTIP 20-052: A Way to Use Poultry Litter Ash Efficiently
- VTIP 20-049: Robotic High Throughput Rheology Platform
- VTIP 20-035: New Blowing Agent for Creating Foam
- VTIP 19-063: Cost Effective Battery for Renewable Energy Storage
- VTIP 19-059: Novel Polymer Foaming Mold
- VTIP 20-053: 3D Printable Multifunctional Fibers
- VTIP 19-046: Personalized Medicine Using Additive Manufacturing
- VTIP 19-018: New Carbon Dioxide Absorbent Material
- VTIP 19-016: Advanced Carbon Fiber Electrodes
- VTIP 19-004: High-energy Lithium Batteries
- VTIP 19-001: Novel Organoboron Synthesis Method
- VTIP 18-145: Novel Low-Cost Method for Graphene Production
- VTIP 18-101: Compatibilization of Polymer Blends
- VTIP 17-099: Lithium Ion Battery Recycling Process
- VTIP 17-074: Carbon Fiber with Uniform Pore Size
- VTIP 21-097: Galois Extension Field Block Cipher
- VTIP 21-055: In-fiber Optical Micro-resonators
- VTIP 21-053: Wearable Supercomputing Platform for Search-and-rescue Operations
- VTIP 21-003: Glanceability in Augmented Reality Systems
- VTIP 20-098: Quantitative Approach and Departure Risk Assessment
- VTIP 20-090: Advanced Cybersecurity Threat Detection Program
- VTIP 20-070: A Low-cost GPS Spoofing Detector
- VTIP 20-069: Unlocking True 3D Printing Potential
- VTIP 20-065: Improved Performance Baseline Correction Methods for Raman Spectroscopy
- VTIP 20-013: Quantum Control Technique
- VTIP 18-094: Novel V2X Communications
- VTIP 18-005: Novel Real Time Scheduler
- VTIP 20-003: Novel Broadband and High Gain Antenna
- VTIP 21-139: Krill Oil Nanoemulsions
- VTIP 21-059: Apparatus for Enriching the Concentration of Trace Components in an Air Flow
- VTIP 21-029: Lightweight Face Shield Attachable to Mouthpiece Devices
- VTIP 20-054: Smart Exoskeleton Glove
- VTIP 20-035: New Blowing Agent for Creating Foam
- VTIP 19-082: Optimized HEPA-filtered air mask
- VTIP 19-059: Novel Polymer Foaming Mold
- VTIP 19-016: Advanced Carbon Fiber Electrodes
- VTIP 19-004: High-energy Lithium Batteries
- VTIP 17-099: Lithium Ion Battery Recycling Process
- VTIP 14-104: Omni-directional Impact Absorber
- VTIP 21-097: Galois Extension Field Block Cipher
- VTIP 21-078: Single Gate Driver System for DC Circuit Breakers
- VTIP 21-055: In-fiber Optical Micro-resonators
- VTIP 20-062: Biocompatible Strain Sensing Polymer Fiber
- VTIP 20-056: Self-Tracking Solar Concentrators
- VTIP 20-013: Quantum Control Technique
- VTIP 19-063: Cost Effective Battery for Renewable Energy Storage
- VTIP 20-054: Smart Exoskeleton Glove
- VTIP 20-053: 3D Printable Multifunctional Fibers
- VTIP 19-022: Three Phase CLLC Resonant Converter
- VTIP 19-016: Advanced Carbon Fiber Electrodes
- VTIP 19-004: High-energy Lithium Batteries
- VTIP 18-094: Novel V2X Communications
- VTIP 18-005: Novel Real Time Scheduler
- VTIP 17-099: Lithium Ion Battery Recycling Process
- VTIP 17-074: Carbon Fiber with Uniform Pore Size
- VTIP 21-95: Power Take-off for Ocean Wave Energy Harvester
- VTIP 21-066: Energy-harvesting Railroad Tie
- VTIP 21-031: New Type of Wave Energy Converter
- VTIP 20-084: Robot for Power Line Vibration Control
- VTIP 20-056: Self-Tracking Solar Concentrators
- VTIP 20-055: Single Power Takeoff for Multiple Source Energy Harvesting
- VTIP 20-053: 3D Printable Multifunctional Fibers
- VTIP 20-037: A Room-temperature High-energy-density Solution
- VTIP 20-021: Community Energy Distribution and Incentivization Platform
- VTIP 19-063: Cost Effective Battery for Renewable Energy Storage
- VTIP 19-022: Three Phase CLLC Resonant Converter
- VTIP 19-018: New Carbon Dioxide Absorbent Material
- VTIP 19-016: Advanced Carbon Fiber Electrodes
- VTIP 19-004: High-energy Lithium Batteries
- VTIP 17-074: Carbon Fiber with Uniform Pore Size
- VTIP 21-059: Apparatus for Enriching the Concentration of Trace Components in an Air Flow
- VTIP 20-056: Self-Tracking Solar Concentrators
- VTIP 20-055: Single Power Takeoff for Multiple Source Energy Harvesting
- VTIP 20-052: A Way to Use Poultry Litter Ash Efficiently
- VTIP 19-063: Cost Effective Battery for Renewable Energy Storage
- VTIP 17-099: Lithium Ion Battery Recycling Process
- VTIP 21-106: Implant for Plantar Plate Repair
- VTIP 20-095: Mobile Exhalation Decoder for Predictive Breath VOC Markers
- VTIP 20-092: Residual Glioblastoma and Glioma Cell Capture
- VTIP 20-083: Worm-like Extensible and Flexible Robotic Manipulation
- VTIP 20-065: Improved Performance Baseline Correction Methods for Raman Spectroscopy
- VTIP 20-062: Biocompatible Strain Sensing Polymer Fiber
- VTIP 20-054: Smart Exoskeleton Glove
- VTIP 20-053: 3D Printable Multifunctional Fibers
- VTIP 20-044: Rapid DNA Extraction Using Ultrasonic Bursts
- VTIP 19-082: Optimized HEPA-filtered Air Mask
- VTIP 19-068: Hemodialysis Flow Control Device
- VTIP 19-067: Smart Hemodialysis Device
- VTIP 13-013: Photon-integrating/counting Detector Combination
- VTIP 20-084: Robot for Power Line Vibration Control
- VTIP 20-083: Worm-like Extensible and Flexible Robotic Manipulation
- VTIP 20-054: Smart Exoskeleton Glove
- VTIP 20-049: Robotic High Throughput Rheology Platform
- VTIP 18-036: BOLT, a Robotic Leg Inspired by Biology
- VTIP 16-125: Robotic Tail Used to Improve the Performance of Mobile Robots
VTIP is governed by a Board of Directors as required in our bylaws. The Board of Directors includes ex-officio members, as well as elected members from Virginia Tech and externally. We are grateful to the Board for their leadership and service to VTIP.
Brandy Salmon
President of Virginia Tech Intellectual Properties
Associate Vice President for Innovation and Partnerships
Virginia Tech Holtzman Alumni Center
901 Prices Fork Road
Blacksburg, VA 24061
540-231-1782
brandy.salmon@vt.edu
VTIP Board Members
VTIP Board Members Ex-Officio
Contact US
Virginia Tech’s IP Portfolio could revolutionize your business.
Begin your partnership with VTIP today.
Disclosure Submission and Licensing
Grant Brewer
Executive Director, LICENSE
grantb76@vt.edu
IP Administration Matters
Katherine Nicewander
Intellectual Property Specialist
vtippatents@vtip.org
VTIP Business, Finance and Royalty Administration
Margaret Rose
Controller and Director of Business Affairs, VTIP
rosem@vtip.org
Proof of Concept Grant Program
Mark Mondry
Associate Director, LAUNCH
mmondry@vt.edu