IEC&A "The Electrical and Electronic Experts"
Investigative Engineering Consultants and Associates

IEC & Associates provides Electrical and Electronic Forensic and Investigative Engineering, Patent Infringement Analysis, Claim Chart Mapping, Reverse Engineering, Product Teardowns, Design Engineering, Failure Analysis, and Expert Witness Services for Attorneys, Insurance Companies, Industry and Government. We specialize in electrical and electronic systems, products and devices. Issues addressed include all aspects of the product or system under review or investigation, including design, fabrication, production, operation, failure analysis, reverse engineering, environmental conditions, agency compliance, safety, and product testing of electrical and electronic systems, products and devices as well as computer systems, hardware and software.

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We specialize in Forensic & Investigative Engineering, Patent Infringement Analysis and Expert Witness Services in the areas of Electrical & Electronic Systems, Products and Devices.

Charles Mosling - Principal Power Electronics Consultant

Forensic Electrical Electronic, Patent Infringement Analysis and Hardware Enginner


Mr. Mosling provides Electrical and Electronic Forensic and Investigative Research, Patent Infringement Analysis, Power Electronic Design and Reverse Engineering, Product Teardowns and Failure Analysis services for our clients.

Charles is a system level power electronics engineer with a MSEE in power electronics, exhibiting commercial design experience in high power motor drive / inverter design up to 1MW 480VAC, control systems, and switching power supply design. Consulting work includes performing patent viability and infringement studies, root cause failure analysis, and providing design guidance as well as specification development. He has successfully implemented 6 Sigma/Lean Design projects ranging from front-end marketing to major DFM improvements, many resulting in multimillion dollar savings in Manufacturing costs and warranty costs. In addition he has worked on several low power designs for battery and energy harvesting applications, with power levels below 1mW.