Engineering Expert Witnesses in New Hampshire

This ivy-league trained electrical engineer has extensive hands-on experience in product architecture, system and circuit design, system integration, hardware and firmware development, intellectual property including patent development, and consulting. He specializes in technology areas related to wireless systems, including RFID, RTLS, WLAN, WiMax, Wi-Fi (WiFi), MIMO, UWB, CDMA, OFDM, LTE, 3G, 4G, and others. Currently, this expert is an independent wireless technology consultant in Boston. He has been an expert on over 30 cases since 2011, including infringement reports, code review, evidence of use documentation, invalidity reports, rebuttals, claim construction, IPRs (petitioner, owner and amendments), technical analysis for damages, and licensing disputes.

This Boston based expert earned his Bachelor's of Science degree in electrical engineering from Tufts University. He began his career in medical device design at Siemens Medical Systems, thereafter serving as the Director of Engineering for Aspect Medical Systems, the developer of the world's first anesthesia monitor, which is now in 90% of operating rooms worldwide, and has served at least 200 million patients. He serves on the scientific advisory boards of several medical device firms including Safe-Op Surgical, a manufacturer of intraoperative nerve monitors.

This highly qualified expert has over 20 years of experience in his field, with demonstrated experience with semiconductors, ROM, DRAM, SRAM, 3D stacking, and signal interfaces. He earned his BA in electrical engineering at Union College before completing his MS in electrical engineering and PhD in material science at the University of Vermont. He has he's several roles throughout his career including being a senior research and development scientist at IBM Microelectronics, the director of technical marketing at Innovative Silicon Inc., the IP strategy director at Rambus Inc., and the memory development engineer at Invecas Inc. Most recently, he served as an adjunct professor of semiconductor physics at the University of Vermont.

This highly-qualified expert has over 45 years of experience in telecommunications, signal processing systems, modem development and integrated circuit development. He earned his BS in electrical engineering from Massachusetts Institute of Technology and his MS and PhD in electrical engineering at Stanford University. He is active in his field as the author of numerous peer-reviewed publications and as the recipient of over 20 patents and awards for his efforts in the fields of communications and VLSI circuits. He formerly served as an associate professor of electrical engineering at San Jose State University, as a senior staff engineer at Ford Aerospace & Communications Corporation, as an aerospace applications development manager at Ford Microelectronics, Inc., and as the vice president of resident and development at Cermetek Microelectronics, Inc. He is currently the president of a technical consulting firm.

This qualified civil engineer has performed extensive design work for projects commissioned by the Department of Transportation, especially pertaining to the design and testing of highway guard rails. He has remained in practice as an engineer for more than a decade, and is a member of the American Society of Civil Engineers.

This highly qualified engineer's expertise is in metallurgy and corrosion science and engineering. He has extensive experience in litigation and litigation support as well as extensive experience in pro-active client work. He specializes in failure analysis, corrosion failure analysis, material degradation, failure prevention, material selection, material characterization, and laboratory testing. He has conducted research and failure analyses involving uniform corrosion, localized corrosion, stress corrosion cracking, hydrogen embrittlement, fretting corrosion, formicary corrosion, graphitic corrosion, and galvanic corrosion. He has extensive experience solving complex corrosion problems using AC and DC electrochemical techniques, accelerated exposure techniques (environmental exposure and accelerated environments), material characterization techniques (microscopy and elemental analysis), metallographic examination, fractography, on-site investigations, and failure analysis.