About ORSP

This section of the ORSP website houses basic information about different aspects of Technology ("Tech") Transfer, mostly focusing upon Intellectual Property (IP). Through links to external resources, and documents and forms that pertain specifically to SF State, it should provide a basic understanding of how IP and IP protection may relate to your work at San Francisco State University and beyond.

Tech Transfer

Tech Transfer is the process of transferring scientific findings from one organization to another for the purpose of further development and commercialization. The process typically includes:

• Identifying new technologies
• Protecting technologies through patents and copyrights
• Forming development and commercialization strategies such as marketing and licensing, based on the technology

Intellectual Property

According to the World Intellectual Property Organization (WIPO) (a specialized agency of the United Nations), Intellectual Property (IP): Refers to creations of the mind: inventions, literary and artistic works, and symbols, names, images, and designs used in commerce.
 

IP is divided into two categories:  Industrial property, which includes inventions (patents), trademarks, industrial designs, and geographic indications of source; and Copyright, which includes literary and artistic works such as novels, poems and plays, films, musical works, artistic works such as drawings, paintings, photographs and sculptures, and architectural designs.

UAV/Drone Request Form

Approval Process

All prospective operators of Uncrewed Aircraft Vehicles (UAVs) must submit a Flight Operations Proposal to the University Uncrewed Aircraft Review Board (UARB). The UARB will review the proposal and may ask for revisions as necessary to comply with University guidelines and FAA requirements. Once approved, the use of the UAV must follow the Flight Operations. The Office of Research and Sponsored Programs encourages prospective users to seek approval of a Flight Operations plan prior to submission of proposals for both internal and external support.

Flight Operations Proposals should minimally address the following elements:

   1. Proof that UAV is registered with the FAA

   2.  Purpose (research, instruction, other) and goals of the work to be undertaken, and need for UAV to accomplish goals

   3.  Type of UAV/equipment to be utilized and the manner in which it/they will be operated

   4.  Type of operation: manual or robotic

   5.  The identity of pilot(s) or other remote operator(s) and any licenses or certifications

   6.  Dates/schedule of activities to be undertaken

   7.  Locale(s) and flight plan for operations, including a map showing geofence boundary and proposed flight pattern

   8.  All forms of data (including imagery) to be collected

   9.  Provisions for security of the equipment, both during and outside of operation, and of any sensitive data collected

   10.  Sources and type of financial support for the UAV operation, if appropriate (e.g., via grant, contract, department, etc.)

   11.  Proof of access/permission to public or private property associated with flight operations

   12.  Communications plan for notifying University Police, local police agencies, and local Airport facilities, as appropriate, in the overflight radius of planned operations each time a UAV is flown

   13.  Written affirmation that the UAV will be used only for non-commercial, research/scholarship purposes

Operational Requirements

It is the responsibility of the operator to comply with all current CSU, local, state and federal regulations at all times when operating a UAV.  All UAV operators must possess copies of their UARB approval, Flight Operation Plan, and any documentation which the law may require during the deployment of the UAV. The UARB or University Police may review this material at any time. In addition to any and all FAA operational guidelines, the following restrictions apply:

   1. Operator must conduct a preflight inspection to ensure UAV is safe to operate

   2.  The operator must maintain visual contact with the UAV at all times

   3.  The maximum operational altitude is 400 feet above ground level.  Operation at altitudes above 400 feet from ground level is prohibited, even if operating from the top of a structure.

   4.  UAV may not be operated in inclement weather that may affect the UAV’s ability to function or handle properly

   5.  UAV may not be operated over or near any public safety personnel during emergencies or when responding to calls

   6.  UAV may not be operated for the unauthorized recording/videoing of individuals, performances, or University events, or for any unlawful purpose

Operating UAV without an approved Flight Operations Plan violates university regulations, which can result in administrative actions upon the perpetrator(s).  UAV operated in violation of any federal, state, or local laws or contract provisions will be subject to grounding.

• ORSP Sharepoint
• PRD GMS login (using SSO credential)
• PRD GMS login native
• DEV GMS (for 3075 Staff use only)
• DEV GMS native (for 3075 Staff use only)
• Dept. of Education (Eligibility Designation: HSI, AANAPISI, HBCU)
• DocuSign
• Financial Data Warehouse
• Grants.gov: Create a Grants.gov Account and Link to a Login.gov Account
• Grants.gov Login
• GSS Survey of Graduate Students and Postdoctorates in Science and Engineering Login
• InfoEd | SFSU GMS Implementation SharePoint
• InfoEd ITEMS
• InfoReady
• Institution Designations/Classifications/Emerging Research Institutions (source SC)
• NIH RePORTER
• Qualtrics
• SFSU Box