Vibration Expert Witnesses

Structural Engineering, Construction Defects - Codes, Concrete Failures, Steel Failures, Masonry Failures, Wood Failures, Corrosion, Seismic Design, Wind Design, Partial/Full Collapse, Prestressed Concrete, Post-tensioned Concrete, Facade performance, Cladding Failures, Vibration, Timber Construction, Timber Decay, Wood Decay, Tall Buildings

As an engineer, I am fascinated by complexity and understanding new and different situations. I love to talk about engineering and explaining engineering processes and principles to young engineers and lay persons is personal passion. Examining a structural failure brings out my inner researcher, and explaining the cause and physics to a jury or arbitration panel channels my teacher personality. I work as a forensic engineer with the intent of helping the legal industry understand engineering principles and to help citizens resolve their disputes justly. Though I have worked as a scientific programmer and chemical engineer, my primary expertise is in structural engineering. I began professional practice at kpff in Portland, OR in 1998. In 2001, I was hired by DCI Engineers. In 2003, I started my own consulting engineering firm which I continue to operate. I have designed concrete, steel, masonry and wood structures, generally commercial, government or schools. About half of my work...

Mechanical Engineering, Intellectual Property - Automation, Robotics, Machine, Design, Mechatronics, Dynamics, Motion Control, Vibration, Segway, Product Liability, Machine Vision, Sensors, Traction, Tire Mechanics, Cranes, Warnings, ASRS

Twenty years of experience developing and implementing mechatronic, motion control, and automation technologies. Founder of a motion-control technology company where the industry-recognized motion-control technologies were key drivers in the acquisition of his company 5 years after inception by a global leader in automation. Served as CTO at a world-class supplier of large-scale automation, advanced manufacturing, and nuclear handling solutions. Responsibilities include providing technical oversight of critical projects; identifying and mitigating areas of high technical risk; leading in the creation of cutting-edge control, automation, and robotic technologies; directing R&D efforts; managing the business’ technology portfolio; and disseminating and facilitating the use of best-practice engineering methodologies. Adjunct Associate Professor at the Georgia Institute of Technology where he lectures on various engineering topics. These include: Dynamics, Advanced Controls, Vibratio...