Richard A. Stoltz | Of Counsel
14841 Dallas Parkway, Suite 575 | Dallas,Texas 75254
Main: 214-866-0001 | Fax: 214-866-0010
rstoltz@chalkerflores.com | www.chalkerflores.com
14841 Dallas Parkway, Suite 575 | Dallas,Texas 75254
Main: 214-866-0001 | Fax: 214-866-0010
rstoltz@chalkerflores.com | www.chalkerflores.com
Richard has a broad range business, patent and technical expertise. His degrees in electrical engineering, business and law have been supplemented with many years of experience in all of these fields.
He has over 17 years technical experience as an engineer with IBM and Westinghouse Electric and as a research scientist with Westinghouse Electric. Engineering experience including extensive involvement in a number of materials and microelectronic applications. Research responsibilities included a range of laboratory experiences and also technical analysis and financial modeling of proposed new ventures. He also has over 25 years experience as a corporate attorney for Westinghouse Electric, Amoco Oil, Texas Instruments, specializing in the patenting of advanced research, strategic planning of research and patenting, planning of strategies for defending against adverse patents. At Texas Instruments, he directed TI’s Patent Attorney training, directed patenting of internal research developments and created and directed outside research projects and served on various industrial advisory boards for a number of technology-oriented organizations.
Richard developed and implemented the strategic patenting strategy for insuring the continuance of Texas Instruments' large royalty income stream. More specifically, he provided patent/research strategy and then led both the brainstorming teams that developed the technology and the patenting team that developed the broad patent portfolios. These key technologies include advanced high-dielectric-constant materials and low-dielectric-constant materials, ferroelectric materials, and advanced gate dielectric materials, as well as processes for integrating these materials into production. These technologies are acknowledged to be the most important additions to the TI patent portfolios of the last ten years. These new technologies are applicable to the entire product lines of all semiconductor manufacturers. They are now being incorporated into semiconductor manufacturing throughout the industry.
His business, patent and technical expertise in a broad range of materials and microelectronic applications led to the Texas Instruments' proactive business dealings with start-up companies. Now retired from TI, his consulting now includes working with a number of start-up companies; providing business evaluations, technical advice, and advice on strategic planning of patenting, as well as evaluating and planning of strategies for dealing with adverse patents.
He has over 17 years technical experience as an engineer with IBM and Westinghouse Electric and as a research scientist with Westinghouse Electric. Engineering experience including extensive involvement in a number of materials and microelectronic applications. Research responsibilities included a range of laboratory experiences and also technical analysis and financial modeling of proposed new ventures. He also has over 25 years experience as a corporate attorney for Westinghouse Electric, Amoco Oil, Texas Instruments, specializing in the patenting of advanced research, strategic planning of research and patenting, planning of strategies for defending against adverse patents. At Texas Instruments, he directed TI’s Patent Attorney training, directed patenting of internal research developments and created and directed outside research projects and served on various industrial advisory boards for a number of technology-oriented organizations.
Richard developed and implemented the strategic patenting strategy for insuring the continuance of Texas Instruments' large royalty income stream. More specifically, he provided patent/research strategy and then led both the brainstorming teams that developed the technology and the patenting team that developed the broad patent portfolios. These key technologies include advanced high-dielectric-constant materials and low-dielectric-constant materials, ferroelectric materials, and advanced gate dielectric materials, as well as processes for integrating these materials into production. These technologies are acknowledged to be the most important additions to the TI patent portfolios of the last ten years. These new technologies are applicable to the entire product lines of all semiconductor manufacturers. They are now being incorporated into semiconductor manufacturing throughout the industry.
His business, patent and technical expertise in a broad range of materials and microelectronic applications led to the Texas Instruments' proactive business dealings with start-up companies. Now retired from TI, his consulting now includes working with a number of start-up companies; providing business evaluations, technical advice, and advice on strategic planning of patenting, as well as evaluating and planning of strategies for dealing with adverse patents.