Before working at HFZ, I studied computer engineering at Iowa State University. At Iowa State, I worked on Android-based applications to determine road roughness utilizing phone accelerometer data and International Roughness Index calculations. The project focused on allowing the Iowa Department of Transportation to identify roads that required repair without having to purchase bulky and expensive machinery. I also researched runtime analysis of computer programs to determine an optimal algorithm to use for a prior specified goal.
I chose to join HFZ full-time because of a prior internship program with the company. The work provides me with an opportunity to discover new ideas and inventions and allows me to work with the inventors to help protect them and their IP.
Before joining the HFZ team, I studied biomedical engineering at Marquette University. While at Marquette, I worked on several design projects focused on programming systems to help monitor patient vitals as well as the implementation of different image processing techniques. I also worked at Marquette Energy Analytics for two years as a data analyst working with client data sets and where I helped improve automation in different company processes. Through these experiences with innovation, I gained first-hand experience with patents in industry.
Working at HFZ allows me to work with a variety of cutting-edge technologies. This work enables me to help provide other engineers the ability to continue innovating through our protection of their intellectual property.
Before joining the HFZ team, I studied Biomedical Engineering at Case Western Reserve University with minors in Computer Science and Bioethics. During this time, I worked in a lab developing a rapid, noninvasive screening procedure for hemodialysis patients using digital analysis of blood flow sounds to determine the location and severity of stenosis. I assisted in creating a benchtop test using vascular stenosis phantoms with various levels of narrowing in order to determine a spectral feature of blood flow sounds that correctly predicts the location and severity of stenosis. I was introduced to the field of intellectual property before I disclosed the results of my tests at an IEEE conference. Working at HFZ as a Patent Engineer has solidified my interest in intellectual property prosecution while allowing me to maintain my technical background.
Having over 10 years of experience working with engineers and scientists in university-based research laboratories, I appreciate the effort and dedication that goes into the development and validation of novel technologies. As a doctoral student, I authored and co-authored research and review articles in Advanced Healthcare Materials, Dental Materials, and Journal of Biomedical Materials Research, obtaining substantial practice in the communication of novel concepts. I also worked as a Tech Transfer Fellow at the University of Michigan Office of Technology Transfer (OTT)—evaluating a wide range of invention disclosures, assessing prior art, drafting marketing abstracts, and identifying potential licensees—which significantly strengthened my interest in patent law. After completing a doctoral thesis, I worked with engineers and surgeons as a Biomedical Innovation Fellow in UM’s Pediatric Surgery Section to identify medical device needs through clinical immersion. This process inspired design and development of new product solutions to fulfill the needs and expectations of the Michigan Pediatric Device Consortium (MPED) program. This work expanded my knowledge of medical device technologies and commercialization strategies.
At HFZ, I work together with patent attorneys and patent engineers to help clients secure protection for their innovative ideas and maximize the economic value of their patents. At HFZ, I can utilize my previous experiences to help advocate for inventors and assist in securing the full extent of intellectual property protection to which they are entitled.
Prior to joining the HFZ team, I studied Electrical Engineering Technology at Purdue University. Project and design work at Purdue included developing embedded control systems for digital washing machines and performing a design/build for an Atomic Force Microscope. Additionally, I interned with Grote Industries assisting in the design and manufacture of the newly emerging thin film LED technology for truck and trailer interior and exterior lighting. I also tested optical, electrical and mechanical compliances and specifications for LED technology within the industry. I was introduced to Intellectual Property working as a summer intern for an IP law firm.
Working at HFZ has allowed me to grow my knowledge and passion for new and emerging technologies while working alongside intelligent, seasoned patent attorneys. I strive to help our clients attain their Intellectual Property rights which contributes to the overall health of our economic system.
Before I joined the HFZ team, I studied electrical engineering at Marquette University. While at Marquette I worked in the power electronics lab assisting in the design of power electronic converters. Additionally, I interned at S&C Electric designing control systems for power converter test fixtures. I also interned at Johnson Controls in the Power Solutions division. Here, I conducted design verification of a solid-state relay for use in lithium ion battery control. Throughout these roles, I worked alongside skilled engineers and production staff to further the goals of innovating new products and systems.
At Hanley, Flight, and Zimmerman, I am able to utilize my technical background and interest in new and innovative technologies in the preparation and prosecution of patent applications for our diverse client network.
Before joining the HFZ team, I worked as a senior electrical engineer at Schlumberger Oilfield Services in the Well Services and Coil Acquisition Software and Hardware product group. I designed, developed and commissioned electrical control systems on next generation land and offshore mixing equipment for high pressure pumping fluid delivery applications. I have extensive experience in electric, hydraulic and pneumatic control systems and a knowledge base in a wide array of commercial and industrial sensor technologies.
At HFZ, I am encouraged to leverage my industry experience along with my passion for learning about emerging technologies to protect our clients’ intellectual property.
Before joining HFZ, I graduated from the University of Iowa with a degree in biomedical engineering and law. Patent prosecution presents me with the unique opportunity to practice law while furthering my fascination with learning and technology. It has exposed me to some of the brightest minds in law and industry.
HFZ has been the perfect place for me to grow as an attorney and acquire an in-depth understanding of cutting-edge technologies in various fields of science and engineering. As an HFZ attorney, every day is new and exciting. I am proud to be serving the people who are changing the world.
Prior to joining HFZ, I spent ten years representing plaintiffs and defendants in patent litigation proceedings conducted in Federal courts throughout the United States and in inter partes proceedings before the USPTO. In that capacity, I was responsible for all phases of the litigation process, including preparing and responding to discovery requests, taking and defending depositions, preparing expert reports, preparing and arguing motions of all varieties, preparing and arguing claim construction positions, preparing for trials, examining trial witnesses, and preparing post-trial motions and appellate briefs. Representative matters that I worked on as a litigator involved a diverse range of technologies, including medical devices, power wheelchairs, power tools, injection molding, smoke detectors, cellular communication protocols, MP3 players, flash memory devices, relational database architecture, logistics operations, online ad serving, and social networking platforms, among others.
At HFZ, I leverage my extensive litigation experience to draft and prosecute enforceable patents that will withstand third party challenges and result in victories at trial. I also utilize the insights gleaned from my years of experience in Federal court and inter partes patent office proceedings to provide legal counsel on infringement, non-infringement, validity, invalidity and product clearance issues. My practice focuses on the mechanical, electro-mechanical, and computer arts. Representative technologies with which I have been involved since joining HFZ include information and measurement systems, cellular technologies, computer software, virtual computer platforms, microprocessors, printers, and child care products.
Before joining HFZ, I managed the development of an international patent portfolio for The Nielsen Company. In that role, I oversaw patent prosecution, litigation and opinion drafting. I also drafted and negotiated technology licenses, and evaluated patent assets for merger and acquisition activities.
I have experience with a variety of technologies in the areas of software, electrical and mechanical engineering. Before law school, I worked as an electrical engineer in the Nuclear Power Industry where I developed and co-authored a paper about a technique for determining drift tolerance levels of instrument loop devices.