Mission:

The mission of the Office of Technology Transfer (OTT) is to reward innovation and entrepreneurial activity by faculty and staff, recognize the value and preserve ownership of CSM's intellectual property, and contribute to Colorado's and the nation's economic growth. The OTT manages the patenting and licensing of intellectual property developed at CSM and serves as an educational resource on intellectual property and licensing matters for the CSM Community.

New Technology Advancements:

• Orthopedic Implants – Tissue Implants and Prosthetics
• Energy Saving Separation Technology for the Petroleum Industry
• Microfluidic Devices – Fluid Handling
• Web Services as a Medium for Distributed Deployment of Legacy Engineering Modeling Codes
• Next Generation Fullerene Production Technology
• Porous Metal Filters – Semiconductor Processing
• Smart Surfaces – Prevention System for Insensate Surfaces
• Smart Medication Dispenser – Aid for the Elderly
• Electric Utility Transmission Line Reliability - EMAT
• Page Turning Device
• Virus Detection – Biological Agents
• Fuel Cells – Increasing Energy Efficiency

Patents:

• Method for Controlling Clathrate Hydrates in Fluid Systems
• Device for Measuring Guide Alignment for Shafts and the Like
• Concentrating Microorganisms from a Liquid Medium on an Electrode by Electro-Deposition
• Apparatus and Method for Geochemical Prospecting
• Nano-sze Magnetic Particles for Reprographic Process and Method of Manufacturing the Same
• Surface Treatment of Magnetic Particles for Use in Reprographic Processes
• Method and Apparatus for Detecting Viruses Using Primary and Secondary Biomarkers
• Correcting Amplitude and Phase Differences between Time-Lapse Seismic Surveys
• Method of Manufacture and Products Incorporating or Made from the Materials Porous Metal-Containing Materials
• Oxidation Resistance Coating for Refractory Metals
• Dendritic Polymers and Convergent Method of Synthesis
• Method for Fracture Detection Using Multicomponent Seismic Data
• Star Polymers & Polymic Particles in the Nanometer-sized Range by Step Growth Reactions
• Method for Measuring Reservoir Permeability Using Slow Compressional Waves
• Method for Detection of Biological Related Materials Using Biomarkers
• Method for Identifying Waterborne Microorganisms
• Electrically Switchable Colloidal Crystallization in Confined Geometries
• Method and Apparatus for Providing Frequency Selectivity in Frequency Shifted Feedback Lasers
• Method and Apparatus for Providing Frequency Chirped Electromagnetic Waves
• Photonic Devices Employing electronically Switchable Colloidal Crystallization
• Microfluidic Devices Employing Field Switchable Colloidal Particles