Ryuhei Ishikawa Email & Phone Number

Overall design and development responsibility for ACCESS™ (CO2 Air Capture System). Develop CO2 capturing and separating process in actual working environments. Collaborates with company President to ensure that activities of the design and build group are consistent with, and fully support, the strategic objectives of the Company. Manage, scope, plan, and prioritize multiple projects for the Development Team.

Overall design and development responsibility for Robotic Retrieval System. Engineering support to start up manufacturing capability in Border City in Mexico. Engineering documentation and configuration system set up for smooth operation. Customer support and adopt the customer’s new requirement to new design.

Product Development Management; Overall design and development responsibility. Designed innovative automatic fermentation process machine with PLC control. Innovated heating process control and oxygen supply for process implementation. Utilized composite material vessels, stainless steal sheet metal and machined partsLed team of engineers and designers in equipment development and construction. Managed contracts with consultants and suppliers of precision components. Managed Installation and Technical Service Activity.

Reestablished a US company owned subsidiary in Japan. Led engineering and sales teams in Japan, Korea and China. Managed State-of-the-art Silicon Single Crystal Growing System ProjectManaged confidential agreement and manufacturing partnership on new system development. Managed creation of the engineering specifications, production forecast, and installation issues. Managed sales and marketing, engineering, scheduling, import and installation. Generated sales of $5M in one year and doubled it every year. Worked with the customers to engineer solutions for specific application to their needs. Supported system operations and upgrade of the systems at customer’s sight.

Managed R&D, manufacturing and sustaining engineeringBuilt and managed a 12 member R&D team to launch multiple models per month. Transferred proprietary technology and implemented a design and test engineering division. Transferred and reconstructed production capacity and start up mass production line of over 1 million production per month with ameliorated production process. Invented and developed precision servo control system for high speed fluid film spindle design applied to hard disk and laser media testing device. Implemented a data base management system in design, manufacturing and inventory, introducing statistical and lean manufacturing. Minimize cost and maximize productivity by implementing standardization of part’s design and production procedure to achieve aggressive development of product models. Established a testing laboratory with computer controlled data-acquisition system and implemented MTBF test procedure.

Transferred to US parent company for training and mastered its proprietary technology. Become an active member in the engineering division and created innovative concepts of design enabling penetration into new markets. Became a starting member in development of fluid film bearing spindle and completed a computer-aided analysis for designing fluid film bearing and prototype development.

Mastered Honda’s R&D and manufacturing philosophy including R&D for Lean Manufacturing, Quality Control activity and Industrial Hands-on development. Designed and tested body construction and various mounting system to minimize noise and vibration in car compartment with active dumping and isolation technique from 2nd harmonics of 4-cylinder engines by utilizing Modal technique and FFT analysis. Applied patented parts are still being used in most of the present production models. Developed and established a computer-aided testing system and FEA analysis (NASTRAN) for noise and vibration reduction model.

Ms, Aerospace & Mechanical Engineering

Activities and Societies: Theoretical Prediction on Boundary Layer Separation in Super Sonic Rocket Nozzle.

Bs, Mechanical Engineering

Activities and Societies: Model Testing and Analysis of Guided Track Design for Automobile.