Focused on mechanical engineering, microtechnology, and applied product design, this professional brings over 15 years of experience as an expert witness in disputes involving engineering failures, product defects, and laboratory or industrial incidents. Their background includes prior expert witness and consulting engagements, providing technical evaluation of system performance, design integrity, and failure mechanisms in complex engineering environments. Educational background includes a doctoral degree and a master’s degree in mechanical engineering, as well as a bachelor’s degree in mechanical engineering with honors. This expert is also a licensed Professional Engineer.

Their work includes evaluation of microelectromechanical systems (MEMS), microfluidic devices, and sensor technologies, including gas sensing systems and signal interpretation methods. Key areas of analysis involve product design and development, injection molding processes for micro-scale components, and fluid dynamics as applied to device performance and failure conditions. These capabilities are applied in assessing product defects, laboratory incidents, and industrial accidents, including identification of root causes and evaluation of engineering decisions and system behavior.

In addition to consulting work, this expert has held leadership and academic roles, including serving as a principal engineer and adjunct professor, with responsibilities involving engineering design oversight, mentorship, and participation in technical committees such as cleanroom design initiatives. Their professional involvement includes membership in the American Society of Mechanical Engineers and the American Society for Engineering Education. Research contributions include multiple peer-reviewed publications and externally funded projects, including work supported by national research programs and federal agencies, reflecting engagement with advanced engineering systems and applied technology.