Contact:

Phone: (858) 481-1883
Email: david@mlo-ip.com

David Jackrel has over 15 years of professional experience as an engineer and intellectual property technical expert.  He has experience developing, defending, valuing, and monetizing IP, including prior art landscape analysis, application drafting, and prosecution.  Additionally, he has worked closely with companies to develop IP strategies, analyze and value IP portfolios, market IP for sales and licensing, and as an expert witness in IP litigation.  David’s primary technical areas of expertise include Materials Science and Engineering, Electrical Engineering and Chemical Engineering.  He has done IP work with companies in a wide range of technologies including optoelectronic devices and systems, such as solar cells, LEDs and telecom systems, semiconductor materials, devices, and processing, nanotechnology, polymeric fibers and textiles materials, additive manufacturing, consumer electronics, and industrial gas processing.

Before entering the patent field, David was the Vice President of Research and Development at Nanosolar.  In addition to managing the R&D department at Nanosolar, David also led the growth of Nanosolar’s portfolio, including developing U.S. and international patent strategies, managing inside and outside counsel, technical analysis for patent prosecution, and defending against a case of litigation.  David was also the Sr. Director of R&D for InVisage, developing quantum dot based light sensors. David is registered to practice with the US Patent and Trademark Office.

David holds Ph.D. and M.S. degrees in Materials Science and Engineering from Stanford University.  His doctoral research was in the field of optoelectronic devices, particularly novel materials for solar cells and photodetectors.  David continued his work at Stanford as a post-doctoral researcher, focused on nanostructured solar cells.  He also holds a B.S. degree in Textiles and Apparel with a concentration in Fibers Science from Cornell University.  His undergraduate honors thesis focused on the internal crystalline morphology of high-strength dragline spider silk.