Peter Sargon Ray, P.E. Email & Phone Number

Livermore, Ca, Us

• Manage NIF Alignment Engineering Department Project Engineering Team and Maintenance Team• Manage, develop, and commission precision laser alignment systems to support Fusion Ignition• Systems Engineering of precision electromechanical systems which includes requirements development, design and production qualification, deployment/Fielding/commissioning, Surveillance/monitoring fielded equipment• Lead cross functional teams• Lead calibration of precision laser and image… Show more • Manage NIF Alignment Engineering Department Project Engineering Team and Maintenance Team• Manage, develop, and commission precision laser alignment systems to support Fusion Ignition• Systems Engineering of precision electromechanical systems which includes requirements development, design and production qualification, deployment/Fielding/commissioning, Surveillance/monitoring fielded equipment• Lead cross functional teams• Lead calibration of precision laser and image alignment systems• Lead refurbishment of precision laser and image alignment systems• Lead commissioning of precision laser and image alignment systems into the NIF facility• Certified Reliability Leader (CRL Certified) Show less

Livermore, California

Abbott Medical Optics Milpitas Ca

• Fast pace development of Next Generation Femto-second Cornea Flap cutting machine. 24 months from whiteboard to Beta prototype and animal studies. • Led the development of the system chassis • for laser cornea cutting machine(sheet metal, tubular frame. and skins/panels)• Led the design of machine panels using RIM, ThermoForm, Structural foam, 3d printing prototype process• Led development of Robotic XYZ gantry to guide and support laser system• Led vacuum system… Show more • Fast pace development of Next Generation Femto-second Cornea Flap cutting machine. 24 months from whiteboard to Beta prototype and animal studies. • Led the development of the system chassis • for laser cornea cutting machine(sheet metal, tubular frame. and skins/panels)• Led the design of machine panels using RIM, ThermoForm, Structural foam, 3d printing prototype process• Led development of Robotic XYZ gantry to guide and support laser system• Led vacuum system design• Femtosecond Laser, electronics and optics packaging• Aid in development of disposables that interface the patient to the machine• Ergonomics/ Human Factor considerations for mobile machines and carts• Structural machine frame analysis (FEA), hand calculations, thermal analysis• Electromechanical mechanism design• DFMX, DFM, DFMA Boothroyd Dewhurst methods of DFMA• Developed schematics and flow diagrams for pneumatic and electrical systems• Developed system validation and verification plans, dFMEA, and fault tree analysis• Comply with Regulatory requirements IEC 60601, FDA 13485, CE, 14971Courses:Solidworks Advanced Surfacing Modeling- Hawkridge Systems (8 hours)Grounding and Shielding - Technology Training Inc. 161 (24 hours)Risk Management ISO 14971 and FDA Requirements – Noblitt & Rueland (8 hours)Effective Communication Skills for Project Managers-International Institute for Learning (12 hours)Leading Cross-Cultural Virtual Teams- International Institute for learning (12 hours)Crucial Conversations- Abbott Santa Clara (16 hours)Managing at Abbott- Abbott Santa Clara (16 hours)Negotiation Skills for Project Managers- International Institute for learning (12 hours)Fundamentals of Vibration for Test & Design Applications -Technology Training Inc. 161 (40 hours) Show less

Livermore

• Participate in all aspects of product development-Design Definition, Development, Delivery, Support• Design Definition- Generating Requirements and mapping, Interface control documents, environmental and functional specifications and used Fagan inspection for defect detection. • Development-Review designs develop tests and qualification plans. Participate in concurrent qualification activities by working with production early discussing gauges designs, tooling, testers, and product… Show more • Participate in all aspects of product development-Design Definition, Development, Delivery, Support• Design Definition- Generating Requirements and mapping, Interface control documents, environmental and functional specifications and used Fagan inspection for defect detection. • Development-Review designs develop tests and qualification plans. Participate in concurrent qualification activities by working with production early discussing gauges designs, tooling, testers, and product acceptance criteria. Review test plans pertaining to vibration, shock, temperature, pyrotechnic, electrical testing. • Delivery- CONOPS review, transportation and handling process development, Process Prove In Lot, verify assembly procedures, tooling, safety requirements, and shipping configurations. Process observations of Final Production Unit build• Support- Provide field equipment, survey the health of the product in the field, dismantlement and discovery • Implementation of INCOSE Systems approach and principles Show less

Livermore Ca

• NIF Department, Precision Mechanical (PM) Group • NIF- Precision Optics and Target Group• Designed fixtures, tooling, weldments, machine design, cleanroom components • Mechanical Design utilizing Pro-E• Analytical Analysis utilizing MathCad• FEA utilizing Mechanica• Mechanism analysis utilizing Pro-E Mechanism• Identify and analyzing failure modes, and load paths and formally documenting via LLNL Safety Note• Determine stresses safety factors (static and… Show more • NIF Department, Precision Mechanical (PM) Group • NIF- Precision Optics and Target Group• Designed fixtures, tooling, weldments, machine design, cleanroom components • Mechanical Design utilizing Pro-E• Analytical Analysis utilizing MathCad• FEA utilizing Mechanica• Mechanism analysis utilizing Pro-E Mechanism• Identify and analyzing failure modes, and load paths and formally documenting via LLNL Safety Note• Determine stresses safety factors (static and seismic) on mechanical various components including, but not limited to, welds, bolts, brackets, trusses, beams, kinematic mounts, 6 strut structures, fixtures, platforms…….. Show less

Livermore

• Lead Mechanical Design efforts for radar imaging equipment• Designed radar imaging capital tooling equipment and various mechanisms • Designed hand held radar system - electrical product packaging• Designed composite electrical radar enclosure and radome utilizing various foams, fiberglass, and carbon fiber • Designed frame and truss weldments, troubleshoot weld failures, X-Ray, ultrasonic, liquid penetrate testing• Product design to meet Mil-Specs, UL, FM, IEC, CE, ATEX,… Show more • Lead Mechanical Design efforts for radar imaging equipment• Designed radar imaging capital tooling equipment and various mechanisms • Designed hand held radar system - electrical product packaging• Designed composite electrical radar enclosure and radome utilizing various foams, fiberglass, and carbon fiber • Designed frame and truss weldments, troubleshoot weld failures, X-Ray, ultrasonic, liquid penetrate testing• Product design to meet Mil-Specs, UL, FM, IEC, CE, ATEX, Class 1 Div 2, ITAR, TEMPEST, AS9100• Analysis and testing consisting of, FEA, Drop/Shock, beams, truss, clamping forces, bolt torque, vibration • Troubleshoot manufacturing issues on legacy products• Implemented GD&T, ASTM, ANSI, AWS, SAE, NASA codes and standards to drawings • Analytical approach to designs including calculations, writing formal reports for customers, research and supporting documentation for mechanical designs• Risk management/reduction. DOE for various aspects of product design before manufacturing • Improved company ECO process. Changed part naming, file naming, part number convention. Oversaw the migration. Approver for all mechanical and manufacturing designs and procedures • Delegated tasks to various engineers, CAD designers, and technicians• Conduct design review meetings Training Courses:AutoDesk Inventor (Advanced)GD&T Multi Metrics Show less

Oakland

• Designed of FDA surgical counsel, sheet metal enclosures, injection molded panels for ophthalmic medical devices• Disposable Design: High volume molded surgical devices for vitrectomy surgery • Electronic packaging design • Designed automated machines with smart motors and servo, pneumatics, precision mechanisms, and robotic end effectors • Designed precision kinematic tooling and flexures for clean room facilities • Designed metrology inspection systems using optics… Show more • Designed of FDA surgical counsel, sheet metal enclosures, injection molded panels for ophthalmic medical devices• Disposable Design: High volume molded surgical devices for vitrectomy surgery • Electronic packaging design • Designed automated machines with smart motors and servo, pneumatics, precision mechanisms, and robotic end effectors • Designed precision kinematic tooling and flexures for clean room facilities • Designed metrology inspection systems using optics (OGP), visions systems, comparators, and various sensors• Motor controller, PLC programming, and electrical system integration design • Created various machine and manufacturing processes• Created FDA documentation, verification, validation, qualification IQ, OQ, PQ• Created mechanical, electrical wiring documents and pneumatic diagrams P&ID• Created detailed drawings with GD&T, assembly drawings 3D (Solid Works) PDM works, assembly procedures, test procedures, Bills-of-Materials (BOM) and release them into production using Engineering Change Orders (ECO).• Assemble all prototype tooling and machine parts as needed• Implement resolutions to manufacturing issues such as process improvement, tooling and fixtures, and procedures to support manufacturing.• Experience with autocollimators, laser interferometers, dial indicators, calipers, height gauges, micrometers with out inducing sign and cosine errors, comparators and various other types of inspection equipment Training Courses:PLC and Motion Controllers, San Carlos Campbell and GeorgePlastics Selection for Medical Devices, all day seminar MDM West in Anaheim, CaValidation and Qualification Best Practices, Santa Clara Ca Show less

• Mechanical Design for Biotech and Hard Disk Industry Tooling and Capital Equipment• Designed pneumatic mechanical system, including end effectors and various other motion/robotics• Designed fixtures for manufacturing • Designed sheet metal enclosures, frames and machine brackets• Designed 4 axis lead screw robotic actuator system and various other motor actuated mechanical systems• Designed miniature fluid pump and vacuum systems • Designed ionizer system to provide… Show more • Mechanical Design for Biotech and Hard Disk Industry Tooling and Capital Equipment• Designed pneumatic mechanical system, including end effectors and various other motion/robotics• Designed fixtures for manufacturing • Designed sheet metal enclosures, frames and machine brackets• Designed 4 axis lead screw robotic actuator system and various other motor actuated mechanical systems• Designed miniature fluid pump and vacuum systems • Designed ionizer system to provide anti static well plates when dispensing fluids• Implemented use of fiber optics, thru Sensors, reflective/prox sensor design, and barcode scanners various other sensors• Control design concepts implemented with LabView VI interface, and PLC • Present/Participate in design reviews and discussions. Utilize PowerPoint and Viso • GD&T detail on all drawings, 3d Modeling with Autodesk Inventor • Utilize Agile to document design changes (ECO) and update BOM’s• Develop manufacturing and assembly instructions• Instructed and trained assembly floor employees• Initiated cost cutting measures (ROI) on purchased equipment and products• Trouble shooting and debug manufacturing issues• Use of materials such as (flexures, collets, rulon, Torlon, peek, Delrin, Stainless 304,303,316, Aluminum 5052, 6061 ) • Wave form analysis, using laser measuring/acquisition devices (Keyence laser). • Basic knowledge of acoustic excitation/impedance’s characteristics and implementation as well as dampening and insulation techniques• Exposed to biotech and biology related matters with design implementation of different chemistry. Training Courses:AutoDesk Inventor (24 Hours at Intervision, Sunnyvale)GD&T @ Multi Metrics Show less

• Mechanical Design for manufacturing. Helped develop tools and fixtures for production• Integration of pneumatics and motor control designs• PLC (Programmable Logic Control) troubleshooting. • Created motor control and positioning device systems utilizing various sensors and motors• Built Access data base for all spare parts for 2005 Toyota Tacoma manufacturing• Implemented “Just in Time Manufacturing” principles• Assisted in mechanical repair on manufacturing line… Show more • Mechanical Design for manufacturing. Helped develop tools and fixtures for production• Integration of pneumatics and motor control designs• PLC (Programmable Logic Control) troubleshooting. • Created motor control and positioning device systems utilizing various sensors and motors• Built Access data base for all spare parts for 2005 Toyota Tacoma manufacturing• Implemented “Just in Time Manufacturing” principles• Assisted in mechanical repair on manufacturing line, which included welding, machining, and use of various mechanical tools• Participated in “Kaizen” continuous improvements. Identified and design for maximum efficiency• Worked in a team oriented atmosphere • Create and interpret mechanical and electrical drawings CAD. Training Courses:Industrial Motor Control (40 hours)Pneumatics and Hydraulics (40 hours)3 Phase Motors, troubleshooting and maintenance (4 hours) General PLC Training, design and troubleshootingGeneral MIG, TIG Welding Training TPS (Toyota Manufacturing Process) training Show less

Transportation R&D engineer• Implemented R&D and technology transfer• Generated research project updates and implementation plans• Collected data from engineers and experimental data after testing• Reconstructed and populated Access, and File Maker Pro, database • Focused on issues such as cost benefits, methodology, process analysis, and commercialization• Participated as a primary partner on a development team for a small-scale high impact … Show more Transportation R&D engineer• Implemented R&D and technology transfer• Generated research project updates and implementation plans• Collected data from engineers and experimental data after testing• Reconstructed and populated Access, and File Maker Pro, database • Focused on issues such as cost benefits, methodology, process analysis, and commercialization• Participated as a primary partner on a development team for a small-scale high impact simulator • Team member on Automated Snow Plow project for Tahoe highway 50 and 80 Show less

Msme, Masters In Science, Mechanical Design Mechantronics And Precision Machine Design

Activities and Societies: Private Pilot

Bsme, Mechanical Design Engineering, Minor Math

Activities and Societies: SJSU Boxing Team Senior Project: Hovercraft http://www.youtube.com/watch?v=Nf-oqkcqPtk