Matthew T. Ridsdale, J.D. | Counsel
Chicago-Kent College of Law (J.D., 2001)
Keller Graduate School of Management (MBA, 1997)
University of Michigan at Ann Arbor (B.S., 1993)
Bar and Court Admissions
U.S. Patent and Trademark Office
Intellectual Property Strategic Counseling
Intellectual Property Litigation
Matthew Ridsdale is a Patent attorney specializing in the acquisition and protection of intellectual property rights. Experienced in the fields of: medical devices and instruments, business methods, networked process control systems, telecommunication systems, and secure or networked gaming.
Engineering experience in metrology, statistical process control, vision recognition systems and the design, testing and evaluation of Man-Machine Interfaces (MMI). Past projects included the design, programming, and control of high-speed process control equipment.
Matthew’s specialties include Patent preparation and prosecution, preparation of legal opinions, patent portfolio management, license drafting, developing IP strategy and client counseling.
Matthew worked as an in-house senior patent counsel at Trading Technologies International, INC. from Feb. 2012 to Mar. 2017. He managed a corporate innovation team tasked with protecting technologies related to web-delivered high-speed data services, and graphical user interfaces. His responsibilities include: identifying protectable projects in cooperating with engineering and marketing teams, analyzing the scope of protection available with respect to the corporate innovation strategy and business constraints, and preparing initial disclosures packages and provisional patent applications. He also practiced before the Patent Trial and Appeal Board in connection with ongoing patent litigation.
Before 2012, Matthew was a partner at Lempia Summerfield Katz. Matthew also worked as an associate for Brinks Hofer Gilson & Lione and Marshall Gerstein & Borun.
Before entering into the legal field, Matthew worked as a Product Engineer at Panasonic Factory Automation. He designed and tested vision algorithms for high-speed component placement machines used in the processing and manufacture of printed circuit boards. He also programmed and designed metrology testing equipment and software for process control monitoring and equipment calibration of surface mount equipment.