Four decades of experience in the application, implementation, troubleshooting and service of hydraulic, pneumatic and related control components in system level designs including:The use of standard and electrohydraulic components and circuitry in machine control.Integration of electronic devices for actuator control, including feedback and diagnostics.Manifold design and layout in two and three-dimensional environments, as well as the creation of machining drawings and details.Efficiency and throughput improvements for under performing systems.Troubleshooting and repair of machine control components and systems.Technical drafting and design including the interpretation and application of ANSI Y14.5M.Risk assessment of fluid power systems for CE certification in European markets.Interpretation and implementation of ISO / SAE / ANSI / ASME fluid power standards.Automation Studio fluid power simulation and system development softwareAutoCAD, Pro Engineer Creo as well as Microsoft Office.Specialties: Electrohydraulic servo and proportional circuit design for position / velocity / force-pressure control.Hydraulic and pneumatic manifold and integrated circuit design.Ability to bring unique circuit design solutions to solve difficult control situations.Regular article contributor to the Fluid Power Journal, a leading Fluid Power industry publication.