ࡱ> []XYZ5@ nbjbj22 ]aXXn: : : : : : : $^ FrFrFrFrr^ 9dtttttu>uv $Rh: =uu==: : tt=" : t: t=8 t: : ts p ǠFr_jb 09WW^ ^ : : : : W: vݙ ɥtvvv^ ^ LbX ^ ^ bXTekSUN PV Manufacturing, Inc. Executive Biographies CEO - John R. Tuttle, Ph.D. john.tuttle@TekSUNPV.com SYNOPSIS: Dr. Tuttle is an early visionary in the field of sustainability, with a particular emphasis in clean energy technologies. He has transitioned from a focus on technology innovation for the realization of low-cost, high-performance photovoltaics to operational and capital management of early-stage companies in the renewable energy sector. His vision is to facilitate and enable large-scale production and deployment of photovoltaic and other renewable energy technologies within the competitive landscape of traditional energy markets. SUMMARY of EXPERIENCE: - Developed and built a technology platform for photovoltaics that is becoming the new industry standard thin-film CIGS on flexible media. Recent efforts have resulted in eight patent applications in process, product and manufacturing equipment design. - Raised and managed over $45 million in capital from the public markets, leading to a company expansion from 3 to over 100 employees in 30 months. - Strong operational focus, shaping companies to achieve high-volume production with minimal capital investment. - Track-record for building high-quality, experienced management teams to execute on aggressive business plans. - Public Company CEO and Chairman of the Board with a strong focus on compliance and social responsibility. - Recognized industry leader and innovator in technology design and market creation and expansion. - Former Senior Scientist at the National Renewable Energy Laboratory (NREL). Published over 70 technical articles. - Research & development efforts led to six patent awards, two of which have guided the fabrication of PV devices with world-record efficiencies. - Educational background and advanced degrees in physics, applied physics and electrical engineering. PROFESSIONAL HISTORY: DayStar Technologies, Inc., HalfMoon, NY 1996-2006 Founder / CEO / Chairman Co-founded DayStar, a NASDAQ-listed Company (DSTI), and led the Company for ten years through early stages of product development, marketing and pilot production. Developed technology platform and capitalized Company to commercialize photovoltaic products for the Distributed-Generation, Utility and Satellite-Power markets. Successfully attracted a substantial customer base for each of these product areas. Built a world-class Management Team to execute on business and technology plan and expanded operations from New York to California in 2006. Raised over $500,000 in private investment, $4.5 million in grant monies, $9.5 million in New York State tax incentives and over $41 million in public equity offerings, including DayStars Initial Public Offering in February 2004. Filed eight patent applications related to process, product and equipment design. Led public company Board for three years and expanded Board from three to eight members. At the time of his departure, DayStar was producing solar cells with the most competitive combination of high performance, light weight and flexible form factors. National Renewable Energy Laboratory, Golden, CO 1986-1997 Senior Scientist - Photovoltaics Division Engaged in the research and development of I-III-VI2 (CuInSe2 and related alloys) and II-VI compound thin-film materials for photovoltaic applications. Developed absorber fabrication processes, resulting in three patents and world-record device performance. Published first microstructural model for the thin-film CIS material system. Published over 70 articles, made over 30 oral presentations and received several awards for this work. Unitrode Corporation, Watertown, MA 1984-1986 Development Engineer - Semiconductor Research and Development Responsible for direction of high-voltage MOSFET process and product development, R&D laboratory operations and support of MOSFET production. Extensive development work conducted in low pressure chemical vapor deposition, diffusion, and photolithography areas. Designed and constructed toxic gas handling system to bring laboratory within compliance of operating codes. Colorado School of Mines, Golden CO 1983-1984 Research and Teaching Assistant - Solar Energy Research Institute and Colorado School of Mines Involved with sample preparation and characterization study of II-IV-V2 (CdSnP2) crystalline material. Conducted solid state and photo-electrochemical characterization of material. Prime Computer Inc., Framingham, MA Summers 1980, 1981 Design and Development Engineer - Microelectronics Conducted circuit simulation of logic cell designs using SPICE simulation program. Participated in the design of custom LSI device processing laboratory. ACADEMIC QUALIFICATIONS: University of Colorado Ph.D. Electrical Engineering (Solid State) 1990 Colorado School of Mines M.S. Physics (Solid State) 1984 Cornell University B.S. Engineering (Applied Physics) 1981 AFFILIATIONS: - Institute of Electronics and Electrical Engineers - American and International Solar Energy Society SUMMARY OF PATENTS & PATENT APPLICATIONS: A1. Low Hydrogen Photovoltaic Cell, Robert F. Zwaap, Troy Berens, John R. Tuttle, #20070116893, May 24, 2007. A2. Methods and apparatus for treating a work piece with a vaporous element, Robert F. Zwaap, Troy Berens, John R. Tuttle, #20070116892, May 24, 2007. A3. Vertical production of photovoltaic devices, John R. Tuttle, #20060219547, October 5, 2006. A4. Process and photovoltaic device using an akali-containing layer, John R. Tuttle, #20060219288, October 5, 2006. A5. Thermal process for creation of an in-situ junction layer in CIGS, John R. Tuttle, #20060102230, May 18, 2006. A6. Pallet based system for forming thin-film solar cells, John R. Tuttle, #20060096635, May 11, 2006. A7. Method and apparatus for forming a thin-film solar cell using a continuous process, John R. Tuttle, #20060096537, May 11, 2006. A8. Pressure control system in a photovoltaic substrate deposition apparatus, John R. Tuttle, #20060096536, May 11, 2006. 1) Thin-film solar cell fabricated on a flexible metallic substrate, John R. Tuttle, Rommel Noufi, and Fallah S. Hasoon, #7,053,294, May 30, 2006. 2) Preparation of Copper Indium Gallium Diselenide Films for Solar Cells, R. Bhattacharya, M.A. Contreras, J. Keane, A. Tennant, J.R. Tuttle, K. Ramanathan, and R. Noufi, USPTO patent # 5,804,054, Sept. 8, 1998. 3) Preparation of CuxInyGazSen (x=0-2, y=0-2, z=0-2, n=0-3) Precursor Films by Electrodeposition for Fabricating High-Efficiency Solar Cells, R. Bhattacharya, M.A. Contreras, J. Keane, A. Tennant, J.R. Tuttle, K. Ramanathan, and R. Noufi, USPTO patent # 5,730,852, March 24, 1998. 4) Recrystallization Method to Selenization of Thin-Film Cu(In,Ga)Se2 for Semiconductor Device Applications, D.S. Albin, J.J. Carapella, J.R. Tuttle, M.A. Contreras, A.M. Gabor, R. Noufi, A.L. Tennant, USPTO patent # 5,436,204, Jul. 25, 1995. 5) Method of Fabricating High-Efficiency Cu(In,Ga)(Se,S)2 Thin Film Solar Cells, R. Noufi, A.M. Gabor, J.R. Tuttle, A.L. Tennant, M.A. Contreras, D.S. Albin, J.J. Carapella, USPTO patent # 5,441,897, Aug. 15, 1995. 6) "Enhanced Quality Thin-Film CuInSe2 for Solar Cell Applications by Vapor-Phase Recrystallization," John R. Tuttle, Miguel Contreras, Rommel Noufi, and David S. Albin, #5,356,839, Oct. 18, 1994. SAMPLE OF PUBLICATIONS: 1. PROGRESS TOWARD IMPROVED DEVICE PERFORMANCE IN LARGE-AREA Cu(In,Ga)Se2 THIN FILM SOLAR CELLS, J. Abushama, J. Wax, T. Berens, and J.R. Tuttle, Proceedings of the 4th World Conference on Photovoltaic Energy Conversion, Waikoloa, HI, May 2006. 4 2. Design Considerations and Implementation of Very-Large Scale Manufacturing of CIGS Solar Cells and Related Products, J.R. Tuttle, T. Schuyler, E. Choi, and J. Freer, To be Published in the Proceedings of the 20th European Photovoltaic Solar Energy Conference and Exhibition Barcelona, Spain June 2005. 3. Gigawatt-Scale Manufacturing of Discrete Flexible CIGS Solar Cells as a Near-Term Catalyst for the Transition to a Solar Economy, J.R. Tuttle and T. Schuyler, To be Published in the Conference Proceedings of the International Solar Energy Society 2005 Solar World Congress Orlando, Fl August 6-12, 2005. 4. "A 15.2% AM0 / 1433 W/kg Thin-Film Cu(In,Ga)Se2 Solar Cell For Space Applications", J. R. Tuttle, Aaron Szalaj and James Keane, Proceedings of the 28th IEEE Photovoltaics Specialists Conference, Anchorage, AK September 15-22, 2000. 5. "Progress Towards Commercialization of a 4.5-Sun, Flat-Plate Concentrating PV Module and System", J. R. Tuttle, Aaron Szalaj, and Kelly Beninga, Proceedings of the 28th IEEE Photovoltaics Specialists Conference, Anchorage, AK September 15-22, 2000. 6. A Crystalline and Thin-Film Cell PV Concentrator Package, J.R. Tuttle, E.D. Cole, T. Berens, *J. Alleman, and *J. Keane, Proceedings of the 2nd World Conference and Exhibition on Photovoltaic Solar Energy Conversion, Vienna, Austria, 6-10 July 1998, (in press). 7. Progress Towards Commercialization of a Thin-Film Based Photovoltaic Filament Cell and Module Technology, J.R. Tuttle, E.D. Cole, T. Berens, *J. Alleman, and *J. Keane, Proceedings of the 14th European Photovoltaic Solar Energy Conference and Exhibition, Barcelona, Spain June 30 - July 4, 1997, pp. 1365-1368. 8. Investigations Into Alternative Substrate, Absorber, and Buffer Layer Processing for Cu(In,Ga)Se2-Based Solar Cells, J.R. Tuttle, T.A. Berens, J. Keane, K.R. Ramanathan, J. Granata, R.N. Bhattacharya, H. Wiesner, M.A. Contreras, and R. Noufi, Proceedings of the 25th IEEE Photovoltaic Specialists Conference, Washington, D.C., 13-17 May, 1996, (IEEE, New Jersey) pp. 797-800. 9. The Performance of Cu(In,Ga)Se2-Based Solar Cells in Conventional and Concentrator Applications, J.R. Tuttle, J.S. Ward, A. Duda, T.A. Berens, M.A. Contreras, K.R. Ramanathan, A.L. Tennant, J. Keane, E.D. Cole, K. Emery, and R. Noufi, Proceedings of the 1996 Spring MRS Meeting, Symposium J, San Fran., CA, 8-12 April, 1996, pp. 143-151. 10. Prescriptions for the Fabrication of High-Efficiency Cu(In,Ga)Se2-Based Thin Films and Devices, J.R. Tuttle, M.A. Contreras, K.R. Ramanathan, A.L. Tennant, S.A. Asher, D. Niles, R. Matson, J. Keane, and R. Noufi, Proceedings of the 13th European Photovoltaic Solar Energy Conference, Nice, FRANCE, 23-27 Oct., 1995, p.2131. 11. The Influence of Ga in Trace Quantities on the Properties and Performance of CuIn(Ga)Se2-Based Thin Films and Devices, B. Keyes, J.R. Tuttle, A.L. Tennant, S.A. Asher, M.A. Contreras, K.R. Ramanathan, A.M. Gabor, J. Webb, and R. Noufi, Proceedings of the 10th International Conference on Ternary and Multinary Compounds, Stuttgart, GERMANY, Sept. 19-22, 1995 (in press). 12. Absorber Processing Issues in High-Efficiency Thin-Film Cu(In,Ga)Se2-Based Solar Cells, J.R. Tuttle, Proceedings of the 13th NREL Photovoltaic Program Review, Lakewood, CO, May 17-19, 1995, p.47. 5 13. Thin-film Cu(In,Ga)Se2 materials and devices: A versatile material for flat-plate and concentrator photovoltaic applications, J.R. Tuttle, M.A. Contreras, J.S. Ward, A.L. Tennant, K.R. Ramanathan, J. Keane, and R. Noufi, Proceedings of the SPIE 40th Annual Meeting, 9-14 July, 1995, SPIE Vol. 2531, p194. 14. A Perspective on High-Efficiency Cu(In,Ga)Se2-Based Thin-Film Solar Cells Fabricated by Simple, Scalable Processes, J.R. Tuttle, M.A. Contreras, A.M. Gabor, K.R. Ramanathan, A.L. Tennant, D.S. Albin, J. Keane, and R. Noufi, Prog. in Photovoltaics, Nov.-Dec., 1995 (in press). 15. A 17.1%-Efficient Cu(In,Ga)Se2-Based Thin-Film Solar Cell, J.R. Tuttle, M.A. Contreras, T.J. Gillespie, K.R. Ramanathan, A.L. Tennant, J. Keane, A.M. Gabor, and R. Noufi, Prog. in Photovoltaics, July-August, Vol. 3, 235-238, 1995. 16. The Formation of Large-Grain CuInSe2 Films by Selenization by High-Rate Se Transport Under Moderate Vacuum Conditions, D.S. Albin, J.R. Tuttle, R. Noufi, J.Elec.Materials, 24(4), 1995, p. 1. 17. High-Efficiency Cu(In,Ga)Se2-Based Thin-Film Solar Cells : 16.8% Total-Area 1-Sun and 17.2% Total-Area 22-Sun Device Performance, J.R. Tuttle, M.A. Contreras, J.S. Ward, A.M Gabor, K.R. Ramanathan, A.L. Tennant, L. Wang, J. Keane, and R. Noufi, Proceedings of the 1st World Conference on Photovoltaic Energy Conversion, 5-9 Dec., 1994, Waikoloa, HI, p. 1942. 18. Band-Gap Engineering In Cu(In,Ga)Se2 Thin Films Grown From (In,Ga)2Se3 Precursors, A.M. Gabor, J.R. Tuttle, A. Schwartzlander, A.L. Tennant, M.A. Contreras, and R. Noufi, Proceedings of the 1st World Conference on Photovoltaic Energy Conversion, 5-9 Dec., 1994, Waikoloa, HI, p. 83. 19. Sodium Diffusion, Selenization, and Microstructural Effects Associated with Various Molybdenum Back Contact Layers for CIS-Based Solar Cells, J.H. Scofield, S. Asher, D.S. Albin, J.R. Tuttle, M. Contreras, D. Niles, R. Reedy, A. Tennant, and R. Noufi, Proceedings of the 1st World Conference on Photovoltaic Energy Conversion, 5-9 Dec., 1994, Waikoloa, HI, p. 164. 20. "The Structure, Chemistry, and Growth Mechanisms of Thin-Film CuInSe2 Grown From a Mixed-Phase Precursor", J.R. Tuttle, M. Contreras, M.H. Bode, D. Niles, D.S. Albin, R. Matson, A.M. Gabor, A. Tennant, and R. Noufi, J. Appl. Phys., 77 (1), 1995, pp. 1-9. 21. "16.4% Total-Area Conversion Efficiency Thin-Film Polycrystalline MgF2/ZnO/CdS/Cu(In,Ga)Se2/Mo Solar Cell," M.A. Contreras, A.M. Gabor, A.L. Tennant, S. Asher, J.R. Tuttle, and R. Noufi, Prog. in PV, 2, 1994, pp. 287-292. 22. "Characterization and Modeling of Cu(In,Ga)(S,Se)2-Based Photovoltaic Devices: A Laboratory and Industrial Perspective," J.R. Tuttle et. al., Prog. in Photovoltaics, 3, pp.89- 104, 1995. 23. "High-Efficiency CuInxGa1-xSe2 Solar Cells Made From (Inx,Ga1-x)2Se3 Precursor Films," A.M. Gabor, J.R. Tuttle, D.S. Albin, M.A. Contreras, and R. Noufi, Appl. Phys. Lett. 65 (2) 1994, pp. 198-200. 24. "A Microstructural Comparison of Cu(In,Ga)Se2 Thin Films Grown From CuxSe and (In,Ga)2Se3 Precursors," A.M. Gabor, J.R. Tuttle, D.S. Albin, R. Matson, A. Franz, D.W. Niles, M.A. Contreras, A.M. Hermann, and R. Noufi, (to be published in the Proceedings of the MRS 1994 Spring Meeting, Symposium H, 4-94). COO - JIM M. FLANARY jim.flanary@TekSUNPV.com PROFILE Senior business development, operations, and technology executive with over 25 years of experience in manufacturing and technology industries. Expertise includes strategic decision-making, market expansion through international sales, new product development, and new process implementation. Proven ability to surpass production goals by effectively training, motivating, and leading cross-functional teams, while also significantly improving productivity and manufacturing costs. Adept at successfully leading business turnarounds, conducting financial and technical analyses, maximizing operational efficiencies, streamlining costs, improving production capacity, and optimizing resources for maximum profits. Known for establishing a continuous improvement culture in the work environment as well as for aligning employee goals with senior management expectations. EXPERIENCE NETWORK ELECTRONICS Company, Chatsworth, CA 2003 2006 Small aerospace company that consists of two divisions: U.S. Bearings and Technical Ordnance. The Bearings division manufactures aerospace bearings for customers, such as NASA, Boeing, Lockheed, and Pratt Whitney. The Technical Ordnance division manufactures small ordinance products, including initiators, cable cutters, piston actuators, and thermal relays for customers, such as Raytheon, BAE, Textron, Eagle Picher, and ASB. Member/Partner Hired as President to turnaround company operations. Successfully completed company turnaround that resulted in the sale of the company property and the US Bearing Division. My partner and I completed an asset purchase of the Technical Ordnance Division and are currently in the process of growing this highly specialized Defense and Aerospace business. Major accomplishments include successfully obtaining ISO 9001-2000 Certification, issued Commodity Jurisdiction for non-space applications, returned the company to profitability while growing sales 52% since 2003, and developing international sales to over 30% of total sales. FIRST SOLAR, LLC., Perrysburg, OH 2001 2003 Privately held advanced technology start-up company that manufactures solar modules. Perrysburg facility moved from prototype to high-volume production capable of 20MW of solar power per year. Chief Operating Officer Directed two separate facilities with over 150 employees and over $20M in capital investment Established an advanced thin-film solar product capable of high volume commercialization, while also meeting industry standards for quality and reliability Led turnarounds after evaluating technology feasibility, personnel capability, and product and process economics; turnarounds resulted in the reorganization of engineering and R&D functions, the implementation of a Robust Engineering approach using Taguchi DOE, and the training of manufacturing personnel to implement Theory of Constraints lean manufacturing techniques Significantly improved productivity and manufacturing costs by recruiting and retaining key personnel to implement Robust Engineering as well as a systematic approach toward process development and production validation; implemented methodologies created a new baseline product that met industry standards and identified a new Generation 2 process Surpassed all 2002 goals by producing over 1.5MW of solar panels, achieving over 70% line yield, and reducing direct cost under target; manufacturing operations are on target to produce 25MW in 2005 Facilitated several improvements that improved employee morale and productivity: implemented new employee training programs, established monthly communication meetings executed a key metrics flow-down management system and deployed goals and objectives to measure results and align priorities OEA AEROSPACE, Fairfield, CA 1999 2001 A division of OEA, Inc., OEA Aerospace is a manufacturer of specialized CAD/PAD products for space, weapon systems, and commercial, and military aviation industries. Customers include NASA, Boeing, Raytheon, Aliant Technologies, Lockheed Martin, and Air Force. President Drove business turnaround for $45M facility by implementing a continuous improvement culture and metric-driven value-added systems that resulted in regained customer confidence and a 30% increase in backlog Focused marketing and manufacturing strategies that improved margins on high volume opportunities, while also eliminating low margin products Improved product designs for quality and reliability performance by implementing a Robust Engineering program through design and process changes that resulted in a significant reduction of test failures and improved process yields ITT NIGHT VISION, Roanoke, VA 1988 1999 A division of ITT Corporation that manufactures night vision goggles for the U.S. Military. Facilities include six different component manufacturing areas and employ over 900 unionized employees. President & General Manager Doubled production capacity in the military product line, while also developing a commercial business that represented 10-15% of company sales Initiated the development of international markets, increasing foreign business from 5% to 30% of total sales Supported ITT Industries growth objectives by implementing an EVA strategic planning program Grew division sales from $110M to over $175M Received ITT Harold S. Geneen Award and the ITT Ring of Quality Completed the Goldratt Institute Jonah Program on Theory of Constraints Vice President & Director, Manufacturing Served as management team leader while successfully implementing the PROMIS ERP system for the entire company Responsible for all manufacturing, facilities, manufacturing engineering, maintenance, and tooling Increased productivity and introduced higher performing products, such as products that use night vision military Gen II technology, despite removing one level of management from the manufacturing department Simultaneously reduced product margins by 40% and increased product performance by 30%, while also significantly reducing product cost Drove Taguchi DOE, SPC, and lean manufacturing processes Achieved $17M scrap reduction, while increasing productivity by 450% by developing and implementing a Continuous Process Improvement (CPI) system Reduced product cycle time by 50% by implementing pull-manufacturing (JIT) and single-piece flow systems Reorganized manufacturing areas and implemented waste reduction programs, resulting in 30% reduction in overhead costs Director, Component Manufacturing Oversaw the component manufacturing activities for Gen 2 and Gen 3 Night Vision goggle manufacturing department, which includes eight component areas that employ over 500 hourly employees, 25 exempt supervisors, and 5 production managers Realigned manufacturing responsibilities, resulting in improved yields amounting to over $6M annually and a 50% reduction in cycle times Implemented real-time SPC programs as well as employee involvement teams (CEDACs) and CFM capacity modeling that led to significant upgrades in Class 10,000 cleanroom procedures and practices, while establishing an MSO planning system Improved production schedules by 55% BIPOLAR INTEGRATED TECHNOLOGY, Beaverton, OR 1986 1988 Privately held start-up company that conducted design and wafer fab manufacturing as well as final assembly and testing. Was eventually sold to a foreign company. Manufacturing Manager Directed activities in wafer fab production and engineering, wafer sorting, assembly, final testing, manufacturing planning, facilities, safety, and security Managed staffing to meet production goals ranging from 50 to 350 four inch wafer starts per month Promoted a team work concept in all manufacturing areas Reduced process variation by implementing Manufacturing Process Control Established an objectives and key commitments performance system Developed a computerized WIP tracking system as well as a computer capacity modeling capability SILICON SYSTEMS INCORPORATED, Tustin, CA 1979 1986 Privately held designer and manufacturer of custom bipolar and CMOS integrated circuits that later grew to a fully integrated manufacturer of integrated circuits before going public and being sold to TDK. Manager, Management Training & Employee Relations Handled all employee relation issues for over 900 employees Created and implemented training material and classes for employees ranging from beginning supervisors to middle manager-level personnel Wafer Fab Production Manager Managed all production activities in the companys new $35M four inch wafer fab facility, including production control management and supervision of material handlers Transferred to water fab from backend manufacturing to start the production operations utilizing Bipolar, CMOS, and Si-Gate processes in the same work environment; ramped production from start-up to over 2,000 wafer starts per month Played key role in the implementation and upgrade of a computerized production tracking and panning system that allowed for real-time tracking and a paperless work environment Surpassed industry standard line yields by doubling wafer output every six months Increased operator productivity and quality through employee involvement teams Vice President, Manufacturing Directed a small backend manufacturing operation that included testing, a prototype assembly line and subcontracted wafer procurement Coordinated off-shore assembly contractors to assemble hermetic and plastic integrated circuits RELATED EXPERIENCE Pacific Reliability Corporation Quality Control Manager Signetics Corporation MOS Test Area Supervisor Flexible Plastic Corporation Plant Shift Supervisor Information Magnetics Corporation Section Supervisor Digital Equipment Corporation Production Supervisor Signetics Corporation Material Control Supervisor, Production & Maintenance Supervisor Aloha High School / Project Careers Business Instructor EDUCATION Certified Jonah for Theory of Constraints Completed ITT-sponsored Duke University Mini MBA program Lean Manufacturing, Six Sigma, DFSS, Demand Flow Over 40 hours of graduate classes in Business and Education B.S., Business Education Oregon State University (received 4-year football scholarship) FaciLITIES DIRECTOR - Fred Norton  HYPERLINK "mailto:fred.norton@TekSUNPV.com" fred.norton@TekSUNPV.com SUMMARY Senior manager with international experience in solar cell manufacturing, semiconductors, aerospace, and chemical manufacturing - leading multiple facility capital improvement projects, championing sustainability, environmental health and safety while moving from a university incubator environment to designing, constructing and starting up a factory. Proven success leading environmental health and safety function for $20 billion corporation while at United Technologies Corporation and most recently at Advent Solar, Inc., a solar cell startup. Highly developed analytical, verbal and written communication skills create a shared vision among employees and management. Key Competencies include: Facilities Engineering and OperationsSafety and Env. ComplianceBroad Regulatory knowledgeSafety and environmental engineeringFactory ConstructionISO 9000/14000 lead auditorTool installation/hookupSkilled negotiator Six Sigma Black BeltLEED Compliance/PermittingRisk Mitigation /EHS auditsEnvironmental PermittingProfessional Experience AdVENT SOLAR, Inc 2005-Current Albuquerque, New Mexico Mesa del Sol Director Facilities and Environmental Health and Safety Completed 88,000 square foot LEED certified solar cell manufacturing factory in Mesa del Sol, a planned community development in southeast Albuquerque. Led design and construction team composed of architects, mechanical and electrical engineering consultants, mechanical and electrical contractors and general contractor. Translated internal customer manufacturing requirements and tool set into manufacturing and office floor plans, IT infrastructure, and specified/designed process systems to support tool set, incorporating safe engineering controls. Developed system specifications for office furniture, clean room, exhaust, deionized water, chemical systems, gas delivery systems, security systems and wastewater treatment system. Reviewed and approved construction plans and specifications, held weekly design and construction meetings in a fast track $20 million plus design build project. Accountable for $3.7 million budget. Responsible for Environmental Health and Safety, and Security, and lease space and contingency planning. Report directly to CEO and supervise EHS manager and Plant Engineering Supervisor. Currently leading $3.6 million plating expansion line project. Abbott LabOratories, Inc 2003-2005 Spinal Concepts Division, Austin, Texas Project Manager/ Six Sigma Black Belt Led the design engineering, validation and commissioning of a $300,000 medical device cleaning room including negotiations with general contractors. Conducted team discussions with architects and mechanical, electrical, and process (MEP) engineering consultants. Determined tool facilitization and cleaning room operational requirements including future upgrade capability for a Class 100,000 clean room housing ultrasonic cleaning equipment and medical device cleaning tools to meet FDA regulatory requirements concerning biohazards. Generated specifications for a high purity water system, oil free compressed air, high voltage electrical, air conditioning, process water, space utilization alternatives, environmental permitting and led subsequent project management team. Distributed plans and specifications to general contractors (GC), reviewed bids and selected GC. Prepared waste water permit for biomaterial. ADVANCED MICRO DEVICES, INC (AMD) 1988-2002 (12,000 Employees, $4 billion sales) Facilities Quality Manager, AMD Austin, TX (1999-2002) Responsible for leading quality, customer satisfaction and continuous improvement initiatives for a 250 member department supporting 3 million square feet of floor space and three semiconductor fabs. Member of semiconductor factory Site Development/Strategic Planning Core Team and World Class Supplier Teams for Chemicals and Gases. Initiated Statistical Process Control, 5S, Oracle Facilities Customer satisfaction reporting computer program, and Malcolm Baldrige organizational excellence processes. Provided 5S training (lean manufacturing) to more than 300 facilities employees, performed internal and external ISO 9000 and supplier quality system audits. Developed 5S training and programs and provided training to all Facilities departments. Coordinated SAP enterprise software activities within department interfacing with Dresden facilities group and Austin finance, supply management, and information technology groups. Developed quality/performance measures to capture facilities performance with respect to equipment uptime, customer satisfaction, supplier performance etc. Facilities Project Manager, Chemical Design Team, AMD Dresden, Germany (1997-1999) Led green-field Fab 30 factory chemical services project team responsible for programming, design, building construction, project management, budget performance, supplier selection and contract bidding, equipment installation, personnel training/safety, systems commissioning, and operations. Determined building and room layouts for hazardous materials, pipe routing, tool hookup requirements to support semiconductor fab processes. Defined chemical control system safety requirements and developed ISO compliant operating procedures. In conjunction with site safety manager and consulting engineers, developed environmentally friendly and code compliant design for a $10 million building housing solvent, acid, alkali tanks, pumping systems equipment, exhaust systems and scrubbers, and wastewater drains. Designed and installed approximately $20 million facilities equipment in 9 months. Supervised three Meissner and Wurst MEP project managers and several Dresden chemical engineers. Presented key project milestones, technical strategies, and performance to budget .regularly to AMD senior executives. Chemical Services Manager AMD Austin, Texas (1988-1997) Responsible for supervision of eight employees and contractors for an internal chemical manufacturing plant (200,000 gallons per year) supporting four semiconductor factories with ultrahigh purity chemicals.. Led department comprising manufacturing operations, supervised chemical quality assurance laboratory, project management and engineering, inventory control, shipping, receiving, and warehousing. Responsible for all chemical factory repair and maintenance activities twenty four hours per day on three shifts. Maintained chemical quality levels to parts per billion, utilizing state of the art technology designs, SPC, and other process improvement methodologies such as cause and effect and FMEA. Managed $16 million in chemical manufacturing facility upgrade projects, and capital improvements. Saved approximately $15 million through cost control and implementation of cost savings projects, facility renovations, and tool retrofits. Championed on-site manufacturing of chemicals previously purchased from external sources. UNITED TECHNOLOGIES CORP (UTC) 1978-1988 (180,000 employees, $20 billion sales) Environmental Compliance Manager, Hartford, CT (1985-1988) Responsible for environmental compliance, corporate policies, and oversight of 18 UTC divisions (Sikorsky Helicopter, Otis Elevator, Essex, Hamilton Standard, Carrier, Pratt and Whitney, UTC Automotive, USBI) and 120 factories within the US. Responsible for 300 environmental managers across the US. Prepared Quarterly Environmental Reports for UTC Board of Directors and attended Board of Director Public Issues Review Committee Meetings. Trained environmental managers, issued compliance guidance, and led UTC worldwide environmental coordinator meetings. Facilities Manager, Chemical Services, Carrollton, TX (1978-1985) EDUCATION M.B.A., Industrial Management, University of Dallas, Dallas, TX M.S., Chemistry, University of North Texas, Denton, TX B.S., Chemistry, Minor: Math, Southern Arkansas University, Magnolia, AR AWARDS First place: Best Project of 2006: ADVENT SOLAR, Mesa del Sol Construction National Association of Industrial and Office Properties Project Manager: Fred Norton HONORS AND ACTIVITIES First Place Abbott Worldwide Poster Competition, Validation; Chicago, Illinois 2004 United Technologies President's Award for Management Effectiveness Three AMD Vice-Presidents Awards for Innovation and Intellectual Property ''Malcolm Baldrige'' examiner - Greater Austin Quality Council, 2001 ''Malcolm Baldrige'' examiner - Quality Texas Foundation, 2000 - 2001 CERTIFICATIONS Certified Six Sigma Black Belt Certified Quality Manager-American Society for Quality Certified Hazardous Materials Manager-National Academy of Certified Hazardous Materials Managers Managing Winning Projects Oregon Graduate Institute of Science and Technology PuBLICATIONS DOE, A Practical Approach, American Society for Quality Meeting, Austin, TX. (www.asqaustin.org) October 2004 ''How Quality Plays on Wall Street, A Chipmaker's Unique Improvement Approach.'' Quality Progress. April 2002 Supplier Selection - A Strategic Business Decision, Future Fab International. January 1999. Pumps and Pressurized Systems, Which Technology is Better, or is There a Difference? Future Fab International, August 1997. UTC Worldwide Facility Environmental Risk Estimating Software, Machinery and Allied Products Institute. OTHER PROFESSIONAL EXPERIENCE National Graduate School: Fort Sam Houston, Kelly AFB, San Antonio, Texas and Camp Mabry, Austin, Texas Taught graduate level courses Benchmarking for Best Practices and Process Improvement and Team Dynamics leading to a Masters Degree in Quality Systems. Peter L. Mathey Peter.Mathey@TekSUNPV.com Accomplished hands on change management professional with over 15 years of experience leading manufacturing organizations through major transformations. Successful track record creating vision, building management teams, implementing strategy, and getting results. Expertise in P&L management, operations management, multi-site management, Lean manufacturing, cellular manufacturing, S&OP, international supply chain, distribution, cross-functional teams, production planning, continuous improvement, total quality management, ISO9001, negotiations, capital budgets, project management, ERP, turn around management, profit maximization, and customer relations. High energy level executive that is able to align an organization and build consensus across all functions. Highly motivational leader who possesses the interpersonal and communication skills required in creating a world class organization. Professional Experience National Oilwell Varco, Houston, Texas 2005 Present $6 billion OEM of oil and gas drilling equipment Global Lean Mfg. Manager (2006 Present) Manage international operations manufacturing capacity and supply chain for $500 MM division. Created the global strategy to increase operating profit through the use of Lean implementation, global expansion, and supply chain. Led cross functional international manufacturing team to support new strategy. Led Lean implementation and training program that successfully decreased lead time while increasing throughput at all manufacturing facilities Increased product supply by 52% over last 6 months through Lean, manpower, and outsourcing which enabled operating profits to increase while keeping fixed costs level. Reduced COGS by 16% through new supply chain and efficiency gains. Obtained organizational support for the new global manufacturing strategy that has helped our division to beat plan by 29%. Improved supply of high turnover inventory which decreased stock outs by 50% while increasing turns. General Manager (2005 2006) Start-up and manage operations of a $50 MM manufacturing and distribution facility with complete P&L responsibility. Develop strategy and implementation plan to meet corporate goals of the new facility. Recruit, hire, and train management team for a world class operation. Created vision and Lean Continuous Improvement strategy that increased output by 74% in 11 months while creating a positive high energy culture. Moved the manufacturing and distribution operation to a new facility which reduced overhead expenses by 19%. Negotiated a new union contract that changed job advancement to performance based versus seniority. Developed key customer relationships that were instrumental in increasing customer satisfaction. Federal Signal Corp. 2001 - 2005 Value Stream Leader, Houston, TX (2004 2005) Held complete P&L responsibility for OEM for pump and unit value stream including Engineering, Manufacturing, Service, and Procurement. Implemented Lean philosophies including point of use inventory, single piece flow, JIT, and Continuous Improvement that allowed productivity to increase 38% in 9 months. Reduced lead times from 6 weeks to less than 2 weeks. Improved customer relations which increased bid success rate from 50% to over 90%. Created a high energy culture that increased morale and decreased turnover. Manufacturing/Continuous Improvement Manager, Preble, NY (2001 2004) Manage the manufacturing and continuous improvement operations for a $30 MM OEM of fire rescue vehicles. Implement Lean Manufacturing through the use of cross functional teams on the shop floor and in the office. Restructured the manufacturing facility which enabled indirect labor reduction of 20%. Implemented Lean principles that were able to reduce labor by 40% and cut cycle time from 8 to 3 weeks. Reduced inventory which freed up 5000 sq. ft of space and enabled the consolidation of the service center and manufacturing facility. Led Business Process Kaizen that reduced the front end order process by 75%. Implemented an ISO9001:2000 quality system and obtained ISO certification. Utica Boilers, Utica, NY 1990 1999 Quality/ Continuous Improvement Manager (1995 1999) Managed the Quality systems and certifications required for an OEM of residential boilers and furnaces. Designed and implemented a scrap reduction system which reduced in house scrap by 78%. Manufacturing/Mechanical Engineer (1990 1995) Led R&D and Manufacturing Engineering projects for $30 MM OEM of boilers and furnaces. Implemented a JIT manufacturing sheet metal fabrication facility with modern CNC equipment which reduced costs by 30% Education Rice University, Jones Graduate School of Management 2007 Houston, TX Executive MBA Utica College of Syracuse University 1998 Utica, NY Campus Bachelors of Science in Business Management Mohawk Valley Community College 1990 Utica, NY A.A.S. in Mechanical Engineering H. Thomas Winn - Chairman - TekSUN PV Manufacturing, Inc., Former CEO & Chairman - Nevada Gold & Mining Co, Inc. ( UWN ) Mr. Winn is President of Aaminex Capital Corp., a financial consulting and venture capital firm that he has headed since 1983. His initial work in the renewable energy field began in 1981 with a biomass gasification technology In 1985, he founded Syngas Systems Inc. and acquired D.O.E. sponsored gasification technology from International Harvester Corp and subsequently merged the company with First Interstate Cogeneration Capital. Mr. Winn has formed numerous investment limited partnerships and capital formation ventures ranging from renewable energy, commercial real estate, mining projects, and motion pictures. He also founded Nevada Gold & Casinos, Inc. (AMEX:UWN), a mining company and transitioned it into a gaming and entertainment company where he was CEO from 1994 to 2006 and currently serves as Chairman of the Board. He is a director of Samaritan Pharmaceuticals (AMEX:LIV), Quest Entertainment Inc., Uranium Exploration Corporation as well as, two non profit corporations. BIOGRAPHY / Resume Dan Lee Vogler President, WireHead Electronics, Austin, Texas As the founder of WireHead Electronics, Dan Lee Vogler has extensive design experience in analog & digital electronics. From power systems to hardware and software systems for Computing, Television, and Radio Telephony . Educated the in BSEE undergraduate program at the University of New Mexico in Albuquerque, Dan then worked first, gaining huge diverse experience with the University of Californias Los Alamos National Laboratories. Projects at Los Alamos included Astrophysics & Meteorological Satellites, Geo-Thermal Power Systems, Laser Fusion Power Systems, Particle Physics; both Deflection/Absorption & Measurement Systems. Then back in Albuquerque, Dans first entrepreneurial efforts in founding SRE / Sound Reinforcement Electronics, a successful audio engineering firm. SRE evolved into a contract engineering design house called the EDG, the Electronics Design Group where Voglers EDG also engineered numerous Engine Control, Ignition & Electronic Carburetor Systems and the first PC based electronics process control package for a Bio-Mass Gasification & Power System. Later with his own product start up company focused on Linear Technologies, Lintech Electronics, Vogler developed and sold the first series of five terminal Audio Power Amplifier Modules, the Lintech PW-50, PW-100 and PW-200. These designs serve as the foundation electro-mechanical design for many Professional Audio Systems and Industrial servo-amplifiers today. Also at Lintech, Vogler designed and built numerous analog and digital systems, including the worlds first linear/log Audio LED VU meter system, later reduced to an integrated ASIC by National Semiconductor. Vogler remains an accomplished technical writer and electronics engineer, and is published in numerous electronic trade journals and magazines. Vogler has several novel schematic designs referenced in Walter Jungs Op-Amp Bible, the largest selling electronics circuit design book in history. His legacy in LinTech continues today, in a company still focused on analog semiconductor designs similarly called Linear Technology in Milpitas, CA founded by Robert Widlar, the inventor of the u709c, the first integrated operational amplifier ( OP-AMP ) by Fairchild Semiconductor in the late 60s. Returning as a native-born Texan from Midland, and coming to Austin in 1984, Dan first formed the Austin Inventors Association, a group of 80s entrepreneurs that now have their roots in the Austin Intellectual Law Association that continues today. Mr. Vogler formed his first Texas company CHS, the Computer Hardware Stores, which served as a successful PC systems integrator to government, industry and consumers from 1987 to 1992. With a second startup, and as one of the 1st TV-Video on PC adopters of Desktop animation with 3D Studio in 1990 was Austin MultiMedia Productions / AMMP, a new-video production company which turned into an early 1993 software development company American InfoScience , where Vogler created the first Windows Based SCSI software applications for ISO-9660 premastering of CD-ROM burning and marketed its CD-Producer software worldwide in conjunction with Philips Consumer Electronics. The intellectual property and assets of American InfoScience were aquired by a major media replication product company, the publicly traded RIMAGE CORP (Nasdaq:RIMG) in 1995, and their product now CD-Producer continues today with those roots leading back to Voglers efforts. Good market timing in 1994 would have Vogler launch and successfully operate 88net Communications, an early ISP or Internet Service Provider, which served as a test-bed for Voglers ongoing research & development into Internet & Telephony based software and hardware. A early software innovator, 88net developed and demonstrated software to Vinton G. Cerf & Jim Barksdale, called Inter-VU, a VoIP or Voice over IP combined with a shared clipboard & workgroup product in 1995, which was far ahead of its time, This true VoIP innovation ultimately was under-funded, as well as timed too early in the window of internet potential. The latest efforts of Vogler are focused in the area of DTV or digital television and have been involving with the (6) six year process of evolving the ATSC television standard. Vogler served as a citizen delegate, bringing notice to the FCC, the US Senate oversight committee on commerce & telecommunications, along with Clinton Administrations NII or National Information Infrastructure for internet connectivity initiative plus then all members of the TV industry Grand Alliance. Voglers particular contribution involved objecting to those initial flaws that existed in the original Grand Alliance design of 1035 lines in draft v0.1 of the ATSC specification. Vogler advocated for our numerically optimized current HDTV specification calling for 1080 lines resolution by 1920 pixels, thus defining a uniform square pixel pallet in an easy integer 16x9 aspect ratio. For a full year he vocalized this industry wake-up, which recognizes the convergence of the DTV and PC as one, and thus optimizes all math applied in Digital TV today and in the future. Also in the Digital TV arena, Dan Lee Vogler, is an accomplished electronics designer and inventor, having recently filed a patent application, as patent pending for his Helios Box-Kite antenna design, and has several other patent application in various stages of completion. The Helios Box-Kite antenna has several major manufacturers of antennas evaluating its license to manufacturer at this time. Dan is active in numerous iTV and DTV standards bodies and industry forums involved with digital television, including ATSC, ATVEF, OpenDTV, and AICI the Advanced Interactive Content Initiative. The AICI group, mostly out of Europe, is devoted to evolving next gen. standards based on the encapsulation of MPEG-4 and MPEG-2 data inside both synchronous and asynchronous TV transport streams. Most recently as Wirehead Electronics, Dan has put forth the TV-Linux+Java=LAVA software architecture which defines a RTOS, Middleware layer and Application layer in example interactive TV products, such as settop boxes and residential gateways. As Vogler predicted some years ago, this Linux/JAVA based architecture would challenge Microsoft & WindRiver, and indeed now serves as the foundation design of the TVLinux Alliance, a broad industry group dedicated to TV-Linux as TVs inevitably become smarter. The TV-Linux+Java=LAVA is software/firmware (ROM) OS operating system that completes many settop designs, transcending native issues like the CPU. Recent Activities In addition to this strong TV centric software offering, Vogler now has now evolved this into a complete hardware/software reference design portable to both settop boxes and residential gateways. This reference design called PONDEROSA defines, local tuning of synchronous and IP based TV channels, compliant DMR ( digital media rights ) through conditional access encryption, PVR and IVR functions, an agnostic (cable or DSL) WAN back haul bridging to both 802.11 and/or Bluetooth wireless connectivity to all home LAN systems including distributed TVs, PCs and HAVI appliances and home automation systems. Next years options include a W-CDMA / CDMA 2000 localized SLDIC pico-cell function that captures cell phone transmissions within the home or office, and bridges that handset as another both control or controlled device ported through the PONDEROSA gateway. There exist considerable intellectual property around this project. The next evolution of iDTV is an MPEG Video/SOC Project, REDFISH. This is a MPEG2/4/7 Encoder/Decoder, including conditional access and stream encryption/decryption and Java based MHP/OcaB hardware decode section in a single device, all designed to bring complex interactive TV standards to a single part containing a global firmware based implementation required to standardize a waiting world market. A patent filing for the Helios Box Kit Antenna progresses in the USPTO. Further, to foster interactive HDTV content development, Dan seeded Cottonwood Pictures, a digital cinema production company based in Austin, Texas. Next generation Motors, Generators & those associated Power Systems and Power Systems Controllers is another area Vogler has now delved into. Vogler has envisioned a purely electronic power syncro-resolver, allowing varying asynchronous crankshaft power to a generator that through regulation adapts field winding to synchronize an output Power System Controllers, includes Power Factor Correction Systems, that fall into two new classes, PFA and PFR, or power factor avoidance and power factor recovery. Using state of the art DSP/SOCs coupled to next generation high power/high current/high voltage solid state switching devices, allows for real-time creation of active reactances that would not be possible with any passive components of the past. Circuit elements such as negative resistances and capacitor simulators/multipliers, both with and without frequency dependencies, plus inline current sensing makes for a novel design to first avoid power factor due to inductive loads of motors, and then also recover any remaining power factor currents and recalculate those currents into the overall system. END Resume, Dan Lee Vogler BRET RAYMIS bret.raymis@TekSUNPV.com SUMMARY 20 plus years of integrated circuit layout design experience with consistently increasing responsibilities in management, staff training, marketing, EDA tools and refining the process Specializing in the Cadence, Mentor and ADS design software tools Capable of doing stand-alone work or leading a back end team in todays aggressive analog and digital VLSI circuit design environments EXPERIENCE Mar 2004 - Present Pulse Wave RF, Austin, Texas Layout Manager Primary layout person on all layout projects for startup using Jazz and XFAb design kits Successfully completed 3 working rev A silicon devices for demos Designed a high speed Silicon Germanium Delta Sigma Modulator 874 mHz and 2.1 gHz Taped out four different versions of the DSM to shuttle at Jazz in 3 months Did layout of complimentary DSM CMOS Driver chip in 6 weeks Accomplished a working layout on rev. A evaluation PCB for Delta Sigma Modulator chip Dec 2003 Feb 2004 Oxford International, Dallas, Texas Contracted to GlobeSpanVirata, Melbourne, FL for RF PCI project Oct - Dec 2003 Austin IC Design Inc., Austin, Texas Contracted to Motorola RF Division in Phoenix, AZ Lead Designer for layout of GPS circuitry on the latest mobile phone in HIP 6 type technology Critical devices for inductors done with matching and interdigitating techniques June - Sept 2003 Austin IC Design Inc., Austin, Texas Contracted to Silicon Laboratories for Aero II RF project in TSMC .13 technology Utilizing Cadence XL for digital datapath, memory and analog layout designs March - June 2003 TAC Worldwide, Austin, Texas Lead contractor on large blocks of SGPC test devices for 90-nanometer test chip at Motorola Austin June 2002 - August 2002 Oxford International, Dallas, Texas Assigned to Analog Devices, Norwood, MA for Blackfin DSP project Layout on I/O port blocks in TSMC .13 process Accomplished 150 full custom digital transistors a day using Cadence 4.3 Virtuoso Oct 2001 - May 2002 Systems, Processing and Engineering Corporation, (SPEC), Austin, Texas VP of Marketing and Director of Backend Design for SOC division Researched multiple vertical markets for new high-speed processor Spearheaded the application specific strategy for new IP into the MPEG 4 market Initiated, coordinated and solidified Mentors design flow Identified and developed a business partnership with Charted Semiconductor for fabrication of IC Aug 2001 - Oct 2001 Oxford International, Dallas, Texas Lead contractor on 802.11a RF chip for Magis Networks at Wireless Microsystems in Reading, PA Layout team of 4 designers completed a full custom chip from beginning to end in just 12 weeks Coordinated meetings and schedules for entire staff during project construction Working parts in revision B with only minor metal mask modifications for production quality IC Designed PLL & VCO blocks using Cadence Virtuoso XL with Maxims ABIC BICMOS design flow Aug 2000 - July 2001 Silicon Valley Research, (SVR), Austin, Texas Manager of Physical Design Methodology Lead teams of junior and mid level layout designers from fully automated to custom analog logic blocks Involved with daily decision making for operations, personnel, computer systems, sales and marketing April 2001- July 2001 National Semiconductor, Santa Clara, California Consultant Analyzed and debugged of inoperative RF silicon IC layout Recreated year old environment on RF IC part to determine cause of failure Pinpointed diode error missed by original Diva LVS and inductor missing M4 layer Dec 2000 - Feb 2001 Motorola, Austin, Texas Floor planned and led the major RF BlueTooth transceiver analog block with several designers Layout in HIP7 process using 5 layer metal and fringe capacitors Set pitch for entire block by strategically determining correct aspect ratio of the dominating cap arrays Assigned datapath signals throughout entire block Sept 2000 - Dec 2000 Cicada, Austin, Texas Initialized teams and assisted in staffing up to 9 SVR employees during peek cycle of project Utilized ICED layout tool to design complex analog circuits for gigabit Ethernet chip Assigned to VP of Engineering on critical Reference voltage circuit using half-cell hierarchical style layout Utilized advanced Photo-Lithographic Invariance and Common Centroiding methods for layout circuits April 1999 - May 2000 Refine Design, Inc, Austin, Texas Founder and President July 1999 - May 2000 Systems, Processing and Engineering Corporation, (SPEC), Austin, Texas Mask Design Consultant Documented and trained SPEC personnel on Cadence automation design flow Lead designer for mixed signal SOC HSTSS chip set project Orchestrated design flow using Synopsys, Cadence Physical Design Planner, Silicon Ensemble, IC Craftsman and Virtuoso layout tools April 1999 - June 1999 Centaur Technologies, Austin, Texas Contract Layout Completed the adder control logic for data path and enhanced a ROM on x86 microprocessor Nov 1994 - Mar 1999 Cirrus Logic, Austin, Texas Layout Supervisor for Embedded Processor Division and PC Audio Division Accomplished great first pass silicon on the ARM920TDMI for ARM Ltd Instrumental in R&D efforts for Cadence software IC Craftsman and Silicon Ensemble Recruited, trained and supervised up to 20 personnel in the PC Products Division Simultaneously scheduled and coordinated 6 projects while supporting 3 other divisions Lead layout person for several very successful ISA audio products that created $500 million in revenue 1992 1994 Motorola, Austin, Texas AMCU Division Senior Mask Designer Key person for the major blocks on the Ford PTEC RISC CPU & IO Chips Point person for the Delco GMPRX2-32 bit micro controller chip 1991 1992 United Technical Associates, Allentown, PA Physical IC Design Specialist Assigned to Bell Laboratories on world-renowned ORCA FPGA project Primary person on very important mega arrayed 500micron square core logic block EDUCATION Montgomery Community College, Montgomeryville, PA, 1975 to 1978 1 year United States Army, Honorable Discharge Avionics technician with 101st Airborne Division Medevac unit at Fort Campbell, KY AWARDS/COMMUNITY SERVICE: Board of directors for Palm Schwenkfelder Church, Palm, PA Founder and President for Big Country Neighborhood Association References Available Upon Request Marcel Lopez VP of International Business Development Native Language(s): Spanish. Target Language(s): Spanish and English (British). Source Language(s): Italian, Spanish, and English (British). Certifications and Professional Affiliations: I am certified as a  HYPERLINK "http://language123.com/l/translator.html" translator In Colombia and have had experience in teaching  HYPERLINK "http://language123.com/l/english.html" English for 6 years. Relevant Translation Experience: I have lived in the United States for 5 years, in the United kingdom for 7 years and later in Italy, France and Spain. I have traveled and lived in about 20 countries as a child, because my father was a carrier diplomat, and later on a professional capacity. From the time I was a student at the University I have translated numerous technical manuals; contracts, text books, letters, conferences, speeches, etc. Later, when I worked for Sharp as Plant Manager, I translated all the manufacturing manuals into  HYPERLINK "http://language123.com/s/spanish.html" Spanish. A few years ago, I translated marketing and telecommunications material to be distributed through Latin America. I have had more than 20 years experience  HYPERLINK "http://language123.com/l/translating.html" translating from  HYPERLINK "http://language123.com/l/english.html" English into  HYPERLINK "http://language123.com/s/spanish.html" Spanish and vise versa. I have also done simultaneous  HYPERLINK "http://language123.com/s/translations.html" translations at conferences and business meetings. Education: Universidad de Cauca Colombia Telecommunications Master Degree Universidad de Cauca Colombia Electronics Engineering Degree. Universidad de Salamanca Spain. Medicine 4 years no degree. ED Mxico, Mxico Training on Project Management Practices Plessey Telecommunications, Liverpool UK - Courses in Sales & Administration.  HYPERLINK "http://language123.com/l/languages.html" Languages: Fluent in  HYPERLINK "http://language123.com/l/english.html" English and  HYPERLINK "http://language123.com/s/spanish.html" Spanish. Read and speak Italian,  HYPERLINK "http://language123.com/l/french.html" French and Portuguese. I have handled Microsoft packages like: VISIO, PROJECT, WORD, EXCEL, TRAX MAKER, Word Perfect, Power Point and others. Additional Skills: LATTEL SA de CV Mxico D.F. Managing Director, 1999 to date Founded the company in 1999 and since have assisted: Punto Salud: Start Up of Data Center in Mexico to serve the insurance area. Projecom: Introduction of a Wide band Concentrator for Internet access. EML (Energy Measurements Limited South Africa). Development of Sales/Market in Mexico and 6 more countries in Latin America for the distribution of prepaid electric meters. QUANTE AG, Germany Sales Director Latin America 1997-1999 Found Business opportunities through the Region, managed representatives and was the co-author of the Joint Venture Agreement between QUANTE AG and SPLICE DO BRAZIL, increased business in Ecuador in Venezuela by 100%. TPP, Mexico - Founder and Technical Director 1992-1996 I founded the company as the representative for GPT (now Marconi). Created the Technical Support Center, and sold more than 20,000 payphones in 4 years. GPT, UK - Regional Sales Executive for Latin America 1982-1992 Established headquarters in Mexico City. TELMEX and sold $50 Million dollars in payphones. Also directed and coordinated technical repair and maintenance of electronic circuitry. Responsible of Maintenance Center and purchasing of parts. SHARP Plant Manager, 1978-1982, Colombia Responsible for the Color TV & Sound Plants. Start up of the Color TV plant. Design of the Layout, contracted 180 workers and trained them. 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