This document provides a summary of qualifications for Dr. Darwin Enicks, including his professional experience and education. He has over 20 years of experience in semiconductor process and device engineering, with a focus on continuous improvement programs to enhance device performance and yield. He has managed engineering teams and driven over $10 million in annual yield enhancements. His areas of expertise include semiconductor physics, compound semiconductors, innovation, team building, and statistical process control. He has 21 patents and patents pending and currently works as a lecturer while also managing process engineering at ATMEL Corporation.
Eric M. Rehder has over 20 years of experience in materials science, semiconductor device fabrication and characterization. He is currently a Senior Staff Engineer at Spectrolab Inc., where he pursues government funded development programs and identifies innovative manufacturing processes. Previously he held several engineering roles developing solar cells, RF devices, and managing production programs. He has a Ph.D. in Materials Science from University of Wisconsin-Madison and numerous patents and publications in the field.
Hsin-Hao Yeh has over 7 years of experience in semiconductor manufacturing. He has expertise in furnace and anneal processes for MOSFET, MESFET, and FINFET devices. Currently he works as a process engineer at the Global 450mm Consortium leading development of 450mm wafer processes. He previously worked at TSMC, where he led various process optimization and technology transfer projects for nodes down to 10nm. He holds a PhD in electrical engineering and masters degrees in materials science and civil engineering.
This document contains 9 sections discussing various topics related to printed circuit boards and electronics packaging technologies:
1. The first section discusses interconnection challenges, printed circuit board technologies, and integrated circuit packaging developments.
2. Sections 2-5 cover component technologies, thermal management, PCB design, and PCB manufacturing.
3. Sections 6-8 discuss PCB automation, soldering technologies, and testing approaches.
4. The final section addresses EMS/CEM integration, part data management in contract manufacturing, and quality considerations for channel assembly.
Each section contains several articles written by industry experts on advances and issues in their respective topics.
The high-level points are:
1) Four concrete mix designs were discussed in detail for the CRT Facility construction project: high early strength concrete, fiber reinforced concrete, shotcrete, and controlled density fill.
2) The mixes used various cement types, aggregates, fly ash, and chemical admixtures to achieve the required properties for different locations in the facility.
3) Unique aspects of the project included its hillside location near the Hayward fault, extensive foundation work, and a seismically isolated computing floor housing supercomputers.
This curriculum vitae summarizes Steve Jurovich's extensive experience over 38 years in test engineering roles, with a focus on design and implementation of test systems using LabVIEW. He has worked on projects in aerospace, defense, optics, lasers, communications and more. His background includes experience in test planning, instrumentation, data acquisition, analysis and documentation. He is seeking a role as a primary contributor on an R&D technical staff where he can apply his diverse test engineering expertise.
Roberto Reyes has over 20 years of experience in semiconductor processing and fabrication of III-V substrates. He has worked for several companies processing materials like InP wafers used for applications such as sensors, cameras, and telecommunications. His experience includes tasks like metal deposition, etching, polishing, photolithography, and ensuring process parameters and equipment are functioning properly. He is skilled with process development, integration, troubleshooting, and training other engineers.
EOS/ESD Association, Inc. Regional Tutorials in Shenzhen, ChinaEOS/ESD Association
March 22-24, 2017
• Learn from top industry professionals.
• ESD Association instructors who developed the ANSI/ESD and IEC ESD Standards bring you today’s current information and developments.
• EOS/ESD Association, Inc. is the Global Leader on ESD Education
Courses:
FC361: Class 0A Devices & Boards - ESD Controls and Auditing
Measurements
FC360: Electrical Overstress (EOS) in Manufacturing and Test
FC340: ESD Program Development and Assessment (ANSI/ESD
S20.20 Seminar)
For more information visit https://esda.org/events/regional-tutorials/
Frontier in OptoMechatronics ( - Emphasizing Optoelectronics Packaging & System Integration) by Dr. Jin Lu, EXUPOLI.n :::I. Introduction: Miniaturization of Computer Hardware (I.1. The End of Moore's Law/ I.2. The Paradigm Shift from Microelectronics Age to OptoElectronics Age) II. Very Short Distance Optics Interconnection. III. The Relationship Between Hi-Tech Development and Optoelectronics. IV. The Challenges in Optoelectronics Packaging & System Integration (What Today’s Mechanical & OptoMechatronics Engineering Students in China Need to Know?) V. Six Case Studies
Eric M. Rehder has over 20 years of experience in materials science, semiconductor device fabrication and characterization. He is currently a Senior Staff Engineer at Spectrolab Inc., where he pursues government funded development programs and identifies innovative manufacturing processes. Previously he held several engineering roles developing solar cells, RF devices, and managing production programs. He has a Ph.D. in Materials Science from University of Wisconsin-Madison and numerous patents and publications in the field.
Hsin-Hao Yeh has over 7 years of experience in semiconductor manufacturing. He has expertise in furnace and anneal processes for MOSFET, MESFET, and FINFET devices. Currently he works as a process engineer at the Global 450mm Consortium leading development of 450mm wafer processes. He previously worked at TSMC, where he led various process optimization and technology transfer projects for nodes down to 10nm. He holds a PhD in electrical engineering and masters degrees in materials science and civil engineering.
This document contains 9 sections discussing various topics related to printed circuit boards and electronics packaging technologies:
1. The first section discusses interconnection challenges, printed circuit board technologies, and integrated circuit packaging developments.
2. Sections 2-5 cover component technologies, thermal management, PCB design, and PCB manufacturing.
3. Sections 6-8 discuss PCB automation, soldering technologies, and testing approaches.
4. The final section addresses EMS/CEM integration, part data management in contract manufacturing, and quality considerations for channel assembly.
Each section contains several articles written by industry experts on advances and issues in their respective topics.
The high-level points are:
1) Four concrete mix designs were discussed in detail for the CRT Facility construction project: high early strength concrete, fiber reinforced concrete, shotcrete, and controlled density fill.
2) The mixes used various cement types, aggregates, fly ash, and chemical admixtures to achieve the required properties for different locations in the facility.
3) Unique aspects of the project included its hillside location near the Hayward fault, extensive foundation work, and a seismically isolated computing floor housing supercomputers.
This curriculum vitae summarizes Steve Jurovich's extensive experience over 38 years in test engineering roles, with a focus on design and implementation of test systems using LabVIEW. He has worked on projects in aerospace, defense, optics, lasers, communications and more. His background includes experience in test planning, instrumentation, data acquisition, analysis and documentation. He is seeking a role as a primary contributor on an R&D technical staff where he can apply his diverse test engineering expertise.
Roberto Reyes has over 20 years of experience in semiconductor processing and fabrication of III-V substrates. He has worked for several companies processing materials like InP wafers used for applications such as sensors, cameras, and telecommunications. His experience includes tasks like metal deposition, etching, polishing, photolithography, and ensuring process parameters and equipment are functioning properly. He is skilled with process development, integration, troubleshooting, and training other engineers.
EOS/ESD Association, Inc. Regional Tutorials in Shenzhen, ChinaEOS/ESD Association
March 22-24, 2017
• Learn from top industry professionals.
• ESD Association instructors who developed the ANSI/ESD and IEC ESD Standards bring you today’s current information and developments.
• EOS/ESD Association, Inc. is the Global Leader on ESD Education
Courses:
FC361: Class 0A Devices & Boards - ESD Controls and Auditing
Measurements
FC360: Electrical Overstress (EOS) in Manufacturing and Test
FC340: ESD Program Development and Assessment (ANSI/ESD
S20.20 Seminar)
For more information visit https://esda.org/events/regional-tutorials/
Frontier in OptoMechatronics ( - Emphasizing Optoelectronics Packaging & System Integration) by Dr. Jin Lu, EXUPOLI.n :::I. Introduction: Miniaturization of Computer Hardware (I.1. The End of Moore's Law/ I.2. The Paradigm Shift from Microelectronics Age to OptoElectronics Age) II. Very Short Distance Optics Interconnection. III. The Relationship Between Hi-Tech Development and Optoelectronics. IV. The Challenges in Optoelectronics Packaging & System Integration (What Today’s Mechanical & OptoMechatronics Engineering Students in China Need to Know?) V. Six Case Studies
The document discusses innovation in basic science research conducted by the Office of Naval Research (ONR). It provides information on ONR's Basic Research Program and its 13th Annual Science & Engineering Technology Defense Tech Exposition on April 18, 2012. The summary highlights ONR's focus on basic and applied research areas like autonomous sciences, information technology, bio-inspired sciences, and advanced materials to support naval capabilities and national security. It also provides contact information for the deputy director of ONR research.
This document provides biographical and professional information about Zhen-Yu Li. It outlines his educational background, receiving a B.S. and Ph.D. in Electronic Engineering. It details his extensive career in research institutions and industry, holding positions such as senior research assistant, postdoctoral fellow, and principal engineer. It highlights his research experience and accomplishments in the fields of III-V and III-nitride compound semiconductors, including developing techniques to grow GaAs on Si substrate and demonstrate world's first electrically pumped GaN-based VCSELs. The document lists his patents, publications, skills, and current position as a project director at Epistar Corp. focusing on epitaxial technique development and GaN power devices.
NextLAN is a complete suite of high performance copper and fiber cabling systems developed and manufactured by two leading communications infrastructure companies. It offers tested and verified cabling that exceeds industry standards, with a lifetime warranty and support from over 150 technical staff across the U.S. and Canada.
Brian S. Freer has over 30 years of experience in experimental science, engineering, and project management across various industries including semiconductors, materials analysis, biofuels, and physics research. He has held roles such as Principal Engineer, Principal Scientist, and Senior Systems Engineer at companies including Joule Unlimited, TEL Epion, Axcelis Technologies, and AT&T Bell Laboratories. Freer has a Bachelor of Science in Physics from MIT and is skilled in areas like experimental design, data analysis, modeling, safety procedures, and training others.
This document provides information about a two-day course on spacecraft radiation protection taught by Dr. Alan Tribble. The course provides an in-depth overview of radiation risks in space and strategies to minimize those risks. It covers topics like the space radiation environment, effects of total radiation dose and displacement damage, single event effects, testing and mitigation techniques, and human health effects of radiation exposure. Attendees will gain understanding of radiation measurement, effects, and effective shielding strategies.
Jolene Robin-McCaskill is seeking a position combining her expertise in petrophysics, geophysics, engineering and computer science. She has a PhD in Geophysics from Stanford University and industry experience at ConocoPhillips processing seismic and well log data. Her background includes experimental design, data analysis and user documentation across academia, government and private sectors.
This document provides a summary of Abdel-Aleam H Mohamed's qualifications including his education, experience, skills, honors and projects. It outlines his PhD in plasma physics from Old Dominion University and over 10 years experience teaching physics courses. It also details his experience in plasma physics research and developing cold plasma systems, as well as several research projects and patents in this area.
APPENDICES California Energy Commission 500-2013-134-APPENDIXESFranco Moriconi
APPENDIX A: Zenergy Power HTS FCL Test Plan APPENDIX B: Zenergy Power HTS FCL Laboratory Test APPENDIX C: Zenergy Power HTS FCL Dielectric and HV Tests
APPENDIX D: Zenergy Power HTS FCL Normal State Temperature Rise Test
APPENDIX E: Zenergy Power HTS FCL Short Circuit Test APPENDIX F: Zenergy Power HTS FCL High Voltage Field Test
APPENDIX G: Zenergy Power HTS FCL Operation Manual APPENDIX H: Zenergy Power HTS FCL Cryostat Evacuation and Moisture Removal Procedure
APPENDIX I: Zenergy Power HTS FCL Liquid Nitrogen Fill Procedure
Nick Ross is a post-doctoral researcher at the University of North Texas with over 5 years of experience managing projects for companies like Intel, L3, Freescale, and Texas Instruments. He has brought in over $500,000 in project funding and is currently managing a project for Texas Instruments on developing a corrosion inhibitor for aluminum pads. Ross has a proven track record of resolving challenging technical problems through analytical experiments and prototyping solutions. He has strong skills in various lab techniques, safety management, and maintaining relationships with industry collaborators.
ATI Courses Professional Development Short Course Spacecraft Quality Assuranc...Jim Jenkins
Quality assurance, reliability, and testing are critical elements in low-cost space missions. The selection of lower cost parts and the most effective use of redundancy require careful tradeoff analysis when designing new space missions. Designing for low cost and allowing some risk are new ways of doing business in today's cost-conscious environment. This course uses case studies and examples from recent space missions to pinpoint the key issues and tradeoffs in design, reviews, quality assurance, and testing of spacecraft. Lessons learned from past successes and failures are discussed and trends for future missions are highlighted.
John Chu has over 30 years of experience in the semiconductor and solar industries as a project manager, design engineer, and test engineer. He has designed and troubleshot etch, deposition, lithography, and metrology equipment. Most recently, he was a test technician at Lam Research and a senior design engineer at Applied Materials, where he worked on solar cell manufacturing equipment. He has a B.S. in electrical engineering and is fluent in Mandarin Chinese.
This document provides a summary of N.V. Mani's educational background and professional experience. It includes details of his B.Sc. in Electrical Engineering from the University of Kerala in 1965 and Masters in Business Management from the University of Cochin in 1984. It then outlines over 40 years of experience in electrical engineering roles for various companies, including as a consultant conducting training programs since 2004. Previous roles included positions at BPCL-Kochi Refinery from 1981-2004 and Engineers India Limited from 1968-1981.
The ongoing materials research in the DOE-ARM program focuses on four main areas: functional materials like alloys and ceramics for gas filtration and separation or fuel cells; new alloys to extend durability and withstand high temperatures and harsh environments; coatings for corrosion protection; and breakthrough materials technologies such as alloys and ceramics for demanding conditions and ultra-high performance future materials. The DOE-ARM portfolio includes projects with participants developing refractories for gasifiers and producing SiC fibrils.
Article featuring insights with Mr John Bonaventura1ISedsjohn bonaventura
The Monash Centre for Electron Microscopy (MCEM) was designed to house advanced electron microscopes and provide expertise in scanning and transmission electron microscopy. Scarborough Architects designed the facility to fit complex requirements, including negative pressure clean rooms, low-velocity air delivery, and minimizing electromagnetic interference. The design process involved coordinating input from subconsultants and addressing challenges like retrofitting an existing building and fitting specialized equipment. The resulting facility provides researchers world-class instrumentation to analyze materials at the atomic scale.
This document contains the resume of Jared Z. Manzano. It summarizes his objective, qualifications, employment history, projects involved in and workshops attended. His career objective is to secure a challenging position where he can contribute his skills and grow with the company. He has over 7 years of experience as an RF Engineer conducting surveys, site optimization and coverage plotting for telecom projects. He is currently employed with TPS Builders Inc and has extensive experience working on projects with Ericsson and various telcos in the Philippines.
Gateway Materials Technology (GMT) is a scientific consulting firm that provides expertise in advanced ceramics and metals to industry, government, and academia. GMT's objective is to promote the application of advanced materials technology into commercial markets, with a focus on high-strength, high-temperature ceramics. GMT offers research and development services for ceramic applications, technology consulting, and program development in advanced materials. Current projects include developing test standards for ceramic matrix composites to support the aerospace, automotive, and industrial industries.
This document is a resume for Gaurav Gandhi, a Biomedical Engineer with over 3 years of experience in research and development. He has a Master's degree in Biomedical Engineering from Drexel University and is currently working on developing medical devices at Artann Labs, including an ultrasonometer for skeletal assessment and a method for enhancing brain drug delivery using acoustic techniques. He is proficient in various engineering and programming skills and seeks opportunities in the medical device industry.
Michael D. Besket has over 25 years of experience in manufacturing roles including process engineering, equipment maintenance, and production supervision. He has extensive experience with high vacuum deposition processes, plasma etching, laser micromachining, and flexible printed circuit fabrication. Currently seeking contract engineering opportunities utilizing his skills in process development, equipment installation, and training.
mahfooz_pulsed electrodeposition technologyMahfooz Alam
The document discusses pulsed electrodeposition technology. It describes pulsed electrodeposition as a unique non-line-of-sight electrolytic deposition technique that uses modulated currents to obtain wear and corrosion resistant nanocrystalline coatings. Key factors that affect pulsed electrodeposition include pulse amplitude, width, and the use of heated baths. The technique has applications in corrosion resistance coatings for automobiles and wear resistance coatings for industrial tools and machinery. Recent research has focused on developing nanocomposite coatings for hard chrome replacement.
Sunil Kumar Singh has over 15 years of experience in semiconductor process integration and technology development. He currently works as a Member of Technical Staff at GLOBALFOUNDRIES, where he has led teams to successfully resolve yield issues and qualify processes for 14nm and other technology nodes. Previously, he held technical management and engineering roles at TSMC, where he developed etch and cleaning processes and led projects in materials research. He has a PhD in Materials Science and Technology and over 15 publications in the field of semiconductor processes.
Sunil Kumar Singh has over 15 years of experience in semiconductor process integration and technology development. He currently works as a Member of Technical Staff at GLOBALFOUNDRIES, where he has led teams to successfully resolve yield issues and qualify processes for 14nm and other technology nodes. Previously, he held technical management and engineering roles at TSMC, where he developed etch and cleaning processes and led projects in materials research. He has a PhD in Materials Science and Technology and over 15 publications in the field of semiconductor processes.
The document discusses innovation in basic science research conducted by the Office of Naval Research (ONR). It provides information on ONR's Basic Research Program and its 13th Annual Science & Engineering Technology Defense Tech Exposition on April 18, 2012. The summary highlights ONR's focus on basic and applied research areas like autonomous sciences, information technology, bio-inspired sciences, and advanced materials to support naval capabilities and national security. It also provides contact information for the deputy director of ONR research.
This document provides biographical and professional information about Zhen-Yu Li. It outlines his educational background, receiving a B.S. and Ph.D. in Electronic Engineering. It details his extensive career in research institutions and industry, holding positions such as senior research assistant, postdoctoral fellow, and principal engineer. It highlights his research experience and accomplishments in the fields of III-V and III-nitride compound semiconductors, including developing techniques to grow GaAs on Si substrate and demonstrate world's first electrically pumped GaN-based VCSELs. The document lists his patents, publications, skills, and current position as a project director at Epistar Corp. focusing on epitaxial technique development and GaN power devices.
NextLAN is a complete suite of high performance copper and fiber cabling systems developed and manufactured by two leading communications infrastructure companies. It offers tested and verified cabling that exceeds industry standards, with a lifetime warranty and support from over 150 technical staff across the U.S. and Canada.
Brian S. Freer has over 30 years of experience in experimental science, engineering, and project management across various industries including semiconductors, materials analysis, biofuels, and physics research. He has held roles such as Principal Engineer, Principal Scientist, and Senior Systems Engineer at companies including Joule Unlimited, TEL Epion, Axcelis Technologies, and AT&T Bell Laboratories. Freer has a Bachelor of Science in Physics from MIT and is skilled in areas like experimental design, data analysis, modeling, safety procedures, and training others.
This document provides information about a two-day course on spacecraft radiation protection taught by Dr. Alan Tribble. The course provides an in-depth overview of radiation risks in space and strategies to minimize those risks. It covers topics like the space radiation environment, effects of total radiation dose and displacement damage, single event effects, testing and mitigation techniques, and human health effects of radiation exposure. Attendees will gain understanding of radiation measurement, effects, and effective shielding strategies.
Jolene Robin-McCaskill is seeking a position combining her expertise in petrophysics, geophysics, engineering and computer science. She has a PhD in Geophysics from Stanford University and industry experience at ConocoPhillips processing seismic and well log data. Her background includes experimental design, data analysis and user documentation across academia, government and private sectors.
This document provides a summary of Abdel-Aleam H Mohamed's qualifications including his education, experience, skills, honors and projects. It outlines his PhD in plasma physics from Old Dominion University and over 10 years experience teaching physics courses. It also details his experience in plasma physics research and developing cold plasma systems, as well as several research projects and patents in this area.
APPENDICES California Energy Commission 500-2013-134-APPENDIXESFranco Moriconi
APPENDIX A: Zenergy Power HTS FCL Test Plan APPENDIX B: Zenergy Power HTS FCL Laboratory Test APPENDIX C: Zenergy Power HTS FCL Dielectric and HV Tests
APPENDIX D: Zenergy Power HTS FCL Normal State Temperature Rise Test
APPENDIX E: Zenergy Power HTS FCL Short Circuit Test APPENDIX F: Zenergy Power HTS FCL High Voltage Field Test
APPENDIX G: Zenergy Power HTS FCL Operation Manual APPENDIX H: Zenergy Power HTS FCL Cryostat Evacuation and Moisture Removal Procedure
APPENDIX I: Zenergy Power HTS FCL Liquid Nitrogen Fill Procedure
Nick Ross is a post-doctoral researcher at the University of North Texas with over 5 years of experience managing projects for companies like Intel, L3, Freescale, and Texas Instruments. He has brought in over $500,000 in project funding and is currently managing a project for Texas Instruments on developing a corrosion inhibitor for aluminum pads. Ross has a proven track record of resolving challenging technical problems through analytical experiments and prototyping solutions. He has strong skills in various lab techniques, safety management, and maintaining relationships with industry collaborators.
ATI Courses Professional Development Short Course Spacecraft Quality Assuranc...Jim Jenkins
Quality assurance, reliability, and testing are critical elements in low-cost space missions. The selection of lower cost parts and the most effective use of redundancy require careful tradeoff analysis when designing new space missions. Designing for low cost and allowing some risk are new ways of doing business in today's cost-conscious environment. This course uses case studies and examples from recent space missions to pinpoint the key issues and tradeoffs in design, reviews, quality assurance, and testing of spacecraft. Lessons learned from past successes and failures are discussed and trends for future missions are highlighted.
John Chu has over 30 years of experience in the semiconductor and solar industries as a project manager, design engineer, and test engineer. He has designed and troubleshot etch, deposition, lithography, and metrology equipment. Most recently, he was a test technician at Lam Research and a senior design engineer at Applied Materials, where he worked on solar cell manufacturing equipment. He has a B.S. in electrical engineering and is fluent in Mandarin Chinese.
This document provides a summary of N.V. Mani's educational background and professional experience. It includes details of his B.Sc. in Electrical Engineering from the University of Kerala in 1965 and Masters in Business Management from the University of Cochin in 1984. It then outlines over 40 years of experience in electrical engineering roles for various companies, including as a consultant conducting training programs since 2004. Previous roles included positions at BPCL-Kochi Refinery from 1981-2004 and Engineers India Limited from 1968-1981.
The ongoing materials research in the DOE-ARM program focuses on four main areas: functional materials like alloys and ceramics for gas filtration and separation or fuel cells; new alloys to extend durability and withstand high temperatures and harsh environments; coatings for corrosion protection; and breakthrough materials technologies such as alloys and ceramics for demanding conditions and ultra-high performance future materials. The DOE-ARM portfolio includes projects with participants developing refractories for gasifiers and producing SiC fibrils.
Article featuring insights with Mr John Bonaventura1ISedsjohn bonaventura
The Monash Centre for Electron Microscopy (MCEM) was designed to house advanced electron microscopes and provide expertise in scanning and transmission electron microscopy. Scarborough Architects designed the facility to fit complex requirements, including negative pressure clean rooms, low-velocity air delivery, and minimizing electromagnetic interference. The design process involved coordinating input from subconsultants and addressing challenges like retrofitting an existing building and fitting specialized equipment. The resulting facility provides researchers world-class instrumentation to analyze materials at the atomic scale.
This document contains the resume of Jared Z. Manzano. It summarizes his objective, qualifications, employment history, projects involved in and workshops attended. His career objective is to secure a challenging position where he can contribute his skills and grow with the company. He has over 7 years of experience as an RF Engineer conducting surveys, site optimization and coverage plotting for telecom projects. He is currently employed with TPS Builders Inc and has extensive experience working on projects with Ericsson and various telcos in the Philippines.
Gateway Materials Technology (GMT) is a scientific consulting firm that provides expertise in advanced ceramics and metals to industry, government, and academia. GMT's objective is to promote the application of advanced materials technology into commercial markets, with a focus on high-strength, high-temperature ceramics. GMT offers research and development services for ceramic applications, technology consulting, and program development in advanced materials. Current projects include developing test standards for ceramic matrix composites to support the aerospace, automotive, and industrial industries.
This document is a resume for Gaurav Gandhi, a Biomedical Engineer with over 3 years of experience in research and development. He has a Master's degree in Biomedical Engineering from Drexel University and is currently working on developing medical devices at Artann Labs, including an ultrasonometer for skeletal assessment and a method for enhancing brain drug delivery using acoustic techniques. He is proficient in various engineering and programming skills and seeks opportunities in the medical device industry.
Michael D. Besket has over 25 years of experience in manufacturing roles including process engineering, equipment maintenance, and production supervision. He has extensive experience with high vacuum deposition processes, plasma etching, laser micromachining, and flexible printed circuit fabrication. Currently seeking contract engineering opportunities utilizing his skills in process development, equipment installation, and training.
mahfooz_pulsed electrodeposition technologyMahfooz Alam
The document discusses pulsed electrodeposition technology. It describes pulsed electrodeposition as a unique non-line-of-sight electrolytic deposition technique that uses modulated currents to obtain wear and corrosion resistant nanocrystalline coatings. Key factors that affect pulsed electrodeposition include pulse amplitude, width, and the use of heated baths. The technique has applications in corrosion resistance coatings for automobiles and wear resistance coatings for industrial tools and machinery. Recent research has focused on developing nanocomposite coatings for hard chrome replacement.
Sunil Kumar Singh has over 15 years of experience in semiconductor process integration and technology development. He currently works as a Member of Technical Staff at GLOBALFOUNDRIES, where he has led teams to successfully resolve yield issues and qualify processes for 14nm and other technology nodes. Previously, he held technical management and engineering roles at TSMC, where he developed etch and cleaning processes and led projects in materials research. He has a PhD in Materials Science and Technology and over 15 publications in the field of semiconductor processes.
Sunil Kumar Singh has over 15 years of experience in semiconductor process integration and technology development. He currently works as a Member of Technical Staff at GLOBALFOUNDRIES, where he has led teams to successfully resolve yield issues and qualify processes for 14nm and other technology nodes. Previously, he held technical management and engineering roles at TSMC, where he developed etch and cleaning processes and led projects in materials research. He has a PhD in Materials Science and Technology and over 15 publications in the field of semiconductor processes.
Jimmy Hsu is a senior engineer with over 8 years of experience in the semiconductor and solar industries. He has expertise in solar cell processes, silicon material properties, and semiconductor processes. He has worked for companies such as Ultratech Inc., OTB Solar BV, Industrial Technology Research Institute, and Delft University of Technology. He holds a PhD in materials science and engineering and has published patents related to carbon nanotubes.
Dr. Nenad Sarunac has over 30 years of experience in energy technology as an academic and industrial professional. He has held various roles including associate professor, principal investigator, senior researcher, and president and CEO. His expertise includes energy systems analysis, advanced energy technologies, efficiency improvement, emissions reduction, and applying artificial intelligence to power generation.
The document discusses the U.S. Department of Energy Exascale Computing Project (ECP) and its status and plans. It provides an overview of the ECP including its vision to accelerate innovation through exascale simulation and data science, its mission to address problems of national importance, and its focus areas of software technology, application development, and hardware integration. It also outlines some of the pre-exascale and exascale systems being used and developed for the ECP and describes the types of applications being targeted in areas like national security, energy security, and scientific discovery.
011711 Shawn Jackson Professional Profile For Linked Inhow25longslide
Shawn E. Jackson has over 12 years of experience in chemical engineering, semiconductor manufacturing, nanotechnology research, and clinical healthcare. He has a Bachelor's degree in chemical engineering and additional training in electrical engineering, leadership, quality systems, and manufacturing excellence. His career includes process engineering, project management, and team leadership roles. He has expertise in process development, optimization, safety, and improving production efficiency.
011811 Shawn Jackson Professional Profile For Linked Inhow25longslide
Shawn E. Jackson has over 12 years of experience in chemical engineering, semiconductor manufacturing, nanotechnology research, and clinical healthcare. He has a Bachelor's degree in chemical engineering and additional training in electrical engineering, leadership, quality systems, and manufacturing excellence. His career includes process engineering, project management, and team leadership roles. He has expertise in process development, optimization, and improvement across multiple industries.
This document provides information on CIGRE Study Committee D1, including its mission, scope, strategic plan, and organization. The mission of SC D1 is to facilitate the progress of engineering in the field of materials test technologies and diagnostic tools for electric power systems. Its scope covers new and existing materials for electrotechnology, emerging test technologies, and supporting other committees. The strategic plan outlines expanding the scope to include electrical insulation systems and focuses on materials, emerging tests, and supporting other committees. Sample content is shown from technical brochures on furanic compounds, HV on-site testing, and gas insulated systems for HVDC.
Shawn Jackson Professional Profile and Summaryhow25longslide
Shawn E. Jackson has over 12 years of experience in chemical engineering, semiconductor manufacturing, nanotechnology, and clinical healthcare. He has a Bachelor's degree in Chemical Engineering and additional leadership and statistical process control training. Jackson has experience managing projects, developing and improving processes, ensuring quality standards, and building high-performing teams. He has worked for companies in industries including petroleum, semiconductors, biotechnology, and nanotechnology.
This document provides a summary of Stefano Colafranceschi's technical competences and experience in project management, engineering, and physics. He has over 10 years of experience leading international teams on large-scale technical projects in areas like detector development, data analysis, and infrastructure maintenance. He is highly skilled in areas such as software engineering, electronics, and mechanical design and has published over 100 papers on topics like gaseous detectors and particle physics experiments.
In this deck from the HPC User Forum at Argonne, Andrew Siegel from Argonne presents: ECP Application Development.
"The Exascale Computing Project is accelerating delivery of a capable exascale computing ecosystem for breakthroughs in scientific discovery, energy assurance, economic competitiveness, and national security. ECP is chartered with accelerating delivery of a capable exascale computing ecosystem to provide breakthrough modeling and simulation solutions to address the most critical challenges in scientific discovery, energy assurance, economic competitiveness, and national security. This role goes far beyond the limited scope of a physical computing system. ECP’s work encompasses the development of an entire exascale ecosystem: applications, system software, hardware technologies and architectures, along with critical workforce development."
Watch the video: https://wp.me/p3RLHQ-kSL
Learn more: https://www.exascaleproject.org
and
http://hpcuserforum.com
Sign up for our insideHPC Newsletter: http://insidehpc.com/newsletter
Dale T. McClure is an electrical engineer with over 6 years of experience designing, debugging, and optimizing RF and embedded systems. He has expertise in RF hardware design, project leadership, mixed-signal schematic design, and software development. His experience includes positions at HID Global, Backcountry Access, and Covidien EbD where he has led projects from conception to production and managed engineering teams.
These slides use concepts from my (Jeff Funk) course entitled Biz Models for Hi-Tech Products to analyze the business model for ETS’s testing and simulation services for carbon nanotubes (CNTs). CNTs have unique characteristics that make them useful for many hi-tech systems for the military and consumer electronics. However, life cycle testing and simulation are needed for CNTs to be effectively used in these applications. ETS provides these kinds of services for military and consumer electronics firms and would like to add CNTs to its expertise. These slides describe the specific value proposition for military and consumer electronic firms and other aspects of the business model such as the method of value capture, scope of activities, and method of strategic control.
Khalil Basheir AL-Hayek has over 15 years of experience in quality control and production management for cable manufacturing companies in Jordan. He currently serves as Quality Control Manager at MESC-Fujikura Cable, where he oversees quality testing, process development, and ISO compliance. Previously, he held production and quality roles at Gulf Cable and Chemical Systems Group. Al-Hayek holds a B.Sc. in Electrical Engineering and is trained in quality auditing, partial discharge testing, and cable design. He has published research on electrical tree growth in cable insulation and developed diagnostic techniques for cable condition assessment.
Scott Jenney has over 20 years of experience as a senior electrical engineer focusing on medical devices. He has led new product development teams that designed top-selling electromechanical medical devices. Notable contributions include creating low-cost blood-gas analyzers and saving $2 million annually through product improvement projects. Jenney has skills in project management, embedded systems, product development, and optical electronics. He holds a Bachelor's degree in Electrical Engineering.
1 month Summer Training Report on "Universal Axel Counter" .
in this report it's gives full description about CEL Profile and the description about universal axle counter and solar cell
Joel Gray Environmental Biomedical Consultant CV Jan 2017 MAC Radon AEIJoel-Anthony Gray
- Joel-Anthony Gray has over 25 years of experience in 7 technical fields including environmental consulting, nanotechnology research, automotive mechanics, electronics repair, and telecommunications. He has a B.S. in Electrical Engineering and is pursuing a B.S. in Biomedical Engineering.
- He owns an environmental and biomedical consulting firm called ScanTech Technical Consulting, where he performs indoor air quality surveys, electromagnetic field consulting, and assists clients in resolving legal disputes by collecting technical data.
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1. 6 8 4 5 S N O W B I R D D R . • C O L O R A D O S P R I N G S , C O 8 0 9 1 8
P H O N E 7 1 9 - 2 7 8 - 9 1 9 6 • M O B I L E 7 1 9 - 5 1 0 - 5 8 2 8 • E - M A I L D A R W I N E N I C K S @ C O M C A S T . N E T
D R . D A R W I N E N I C K S
SUMMARY OF QUALIFICATIONS
A highly motivated, skilled, and innovative Engineering Manager with extensive experience driving
successful continuous improvement programs (CIP) for enhanced device performance and yield, cost
reduction and productivity improvement. Knowledge and expertise spans equipment and process
engineering, yield engineering, and device design. Core competencies include:
Semiconductor process and device physics, and compound semiconductors
Innovation; 21 patents and patents pending
Effective communication
Team building - leading, motivating, and training
R&D; from conception to volume manufacturing
PROFESSIONAL EXPERIENCE
2007 - Current University of Colorado Colorado Springs, CO
Lecturer – Semiconductor Physics and Devices (including optical/solar)
2006 - Current ATMEL Corporation Colorado Springs, CO
Process Engineering Section Manager
In-depth knowledge of MOSFET, HBT, BJT, EPROM, and EEPROM devices and associated
silicon and SOI substrates and processes; ion implant, LPCVD (amorphous/poly silicon and
nitride), oxidation, epitaxy (silicon and silicon germanium), compound semiconductors, dopant
diffusion and anneal
Direct management of 7 engineers and 12 technicians; indirect management of 40+ engineers,
100+ technicians
>$10M/year in yield enhancements
>$1M/year in cost savings
Extensive FMEA, DOE, Change Control Review Board (CCRB) expertise
Implemented statistical machine control (SMC); ~50% reduction in equipment faults
Expertise with equipment and process controls for optimum, high yield manufacturing
Expertise with Automotive quality standards and qualifications
Productivity enhancement; 40% reduction in process qualification
Developed and implemented vacuum and semiconductor physics training programs for ~60
engineers and 120 technicians
Developed a successful R&D link with Queen’s University of Northern Ireland to develop novel
2. semiconductor substrate technologies; also resulted in a strategic alliance with ATMEL
2001 - 2006 ATMEL Corporation Colorado Springs, CO
Senior Principal Engineer – SiGe LPCVD
Enhanced ATMEL’s profitability with innovative process, equipment, and device solutions;
achieved ATMEL’s first high yield, production worthy silicon germanium (SiGe) process; steady
production at ~200 wafers/week
90% reduction in PM recovery time; world best for Applied Materials SiGe epitaxy; results
presented at the 2002 AMAT Epi Symposium in Santa Clara, CA
Co-developed ATMEL’s first 100 - 150 GHz SiGe heterojunction bipolar transistor (HBT); sub
30 nanometer SiGe deposition
Co-developed, with AMAT, a world-class temperature calibration program which became a
worldwide product for AMAT; now a free product for ATMEL
ATMEL’s first SiGe process and device modeling program
Implemented a SiGe device physics training program for ~60 engineers and managers
2000 - 2001 ATMEL Corporation Colorado Springs, CO
Principal Engineer – High Density Plasma (HDP) CVD
ATMEL’s first AMAT HDP production worthy processes; from equipment installation to
product qualification
Led efforts to resolve numerous equipment issues (>3M in savings to ATMEL); ESC and
cathode redesign
Improved Cpk’s from <1.2 to >2.0
Drove equipment availability to >85%
Improved productivity through robot optimization
1998 - 2000 ATMEL Corporation Colorado Springs, CO
Senior Equipment Engineer – Plasma and Wet Etch
Drove equipment avail/uptime from <75%/80% to > 85%/90%
Enhanced productivity through improved MTBF and MTTR from characterization of
subcomponent failures and predictive maintenance
Implemented equipment programs to improve and characterize RF matching, gas injection, and
vacuum integrity
Joint development of a plasma impedance monitor with Scientific Systems of Ireland (for the
Phase IV and Super E RF match)
Extensive vacuum characterization
1997 - 1998 ATMEL Corporation Colorado Springs, CO
Central Services Supervisor and Equipment Engineer
Managed ~12 technicians covering vacuum pumps, reactor component cleaning and rebuild, and
bulk chemical distribution
3. Conceived and led efforts for >$2M/year in cost savings (gas, DI water, and chemicals)
PATENTS AND PUBLICATIONS
1st
inventor – 4 patents awarded and 17 patents pending related to SiGe, silicon-on-insulator (SOI),
and silicon-germanium-on-insulator (SGOI), and MOSFET, HEMT, and HHMT devices and
processes
21 papers published with refereed journals and conferences of IEEE, ECS, AVS, and Solid State
Technology Magazine
4 invited papers (2002, 2004, 2005, 2007)
METROLOGY KNOWLEDGE & EXPERIENCE
TEM, SEM, AFM, SIMS, EELS, AUGER, ICPMS, FPP, SRP, XRD, EDX
EDUCATION
2007 University of Colorado Colorado Springs, CO
PhD, Electrical Engineering
Dissertation “Investigation of Carbon Profiles for Enhanced Boron Confinement and
Improved Carrier Transport in Strained Silicon Germanium Nanolayers for Heterojunction
Bipolar Transistors”
Developed novel carbon doping techniques in boron doped c-SiGe to improve dopant
diffusion, carrier transport, and HBT noise characteristics
2004 University of Colorado Colorado Springs, CO
MS, Electrical Engineering
Thesis “Oxygen Effects in sub-50nm Silicon Germanium Processing with Emphasis on HBT
Manufacturing and Performance”
1989 University of Oklahoma Norman, OK
BS, Mechanical Engineering
1984 - 85 United States Military Academy WestPoint, NY
Honorable discharge
PROFESSIONAL MEMBERSHIPS
IEEE, ECS, AVS
AWARDS RECEIVED
2007 Outstanding Graduate Researcher – UCCS
2006 Mayor of Colorado Springs Annual Award for creating international ties with
Northern Ireland
2004 Outstanding Graduate Student - UCCS
4. PAPERS AND PUBLICATIONS
INVITED CONFERENCE AND SEMINAR PAPERS
1. “Demonstration of Fast Recovery and Sub-E17 Oxygen Processing for Low Temp LPCVD SiGeC:B
Strained Layers”, Darwin Enicks, Atmel Corp., 2002 AMAT Epitaxial technology strategic
symposium
2. “Elevated Oxygen Concentration in In-situ Born Doped SiGe and SiGeC Sub-50 nm NPN HBTs”,
D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
, University of Colorado at Colorado Springs2
, 2004
ICICDT (International Conference of IC Design and Technology), Austin, Tx
3. “Study of Process Induced Oxygen Updiffusion in Pseudomorphic Boron Doped Sub-50 NM SiGeC
layers grown by LPCVD”, D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
, University of Colorado at
Colorado Springs2
, 2005 ICICDT (International Conference of IC Design and Technology), Austin,
Tx
*Note: This is the first discovery worldwide of oxygen updiffusion mechanism in the
strained boron and carbon doped silicon germanium (SiGeC:B) material system.
4. “SiGe Technology for RF Applications”, D. Enicks, ATMEL Corporation, 2007 Solid State
/Electron Devices Chapter of the IEEE Pikes Peak Section
PEER REVIEWED CONFERENCE PRESENTATIONS
5. “Advanced metrology tool for Si1-xGex characterization: Infrared Spectroscopic Ellipsometer
(IRSE)”, Enicks, D.; I-L Teng; Rubino, J.; Sun, L.; Defranoux, C.; Bourtault, S.; Hendrich, P.; Stehle,
J.-L.; 4-6 May 2004 Page(s):425 – 432, Advanced Semiconductor Manufacturing, 2004, ASMC '04;
IEEE Conference and Workshop
6. “Device Performance Considerations of NPN HBTs Due to Elevated Oxygen in Sub-50 nm SiGe
and SiGeC Base Layers Grown by LPCVD”, D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
,
University of Colorado at Colorado Springs2
, Electrochemical Society Conference 2004, Honolulu,
Hawaii
7. “Temperature Control Studies for LPCVD of Complex In-Situ Doped Sub-50 nm SiGe and SiGeC
Base Films in NPN HBTs”, D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
, University of Colorado
at Colorado Springs2
, Electrochemical Society Conference 2004, Honolulu, Hawaii
8. “Low Temperature LPCVD Epitaxy of In-Situ Boron Doped SiGe and SiGeC Strained Layers with
sub-E17 Oxygen Concentration”, D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
, University of
Colorado at Colorado Springs2
, Electrochemical Society Conference 2004, Honolulu, Hawaii
9. “Thermal Redistribution of Oxygen and Carbon in Sub-50 NM Strained Layers of Boron Doped
SiGeC”, Darwin Enicks and Gerald Oleszek, Meet. Abstr. - Electrochem. Soc. 602 1510 (2006)
5. 10. “Isolated Carbon Confinement Methodology for Ultrathin Boron Profiles with Enhanced
Conductivity in Sub-50 NM Strained Layers of Silicon Germanium”, Darwin Enicks and Gerald
Oleszek, Meet. Abstr. - Electrochem. Soc. 602 1410 (2006)
11. "SiGe Technology for RF applications", Solid State / Electron Devices Chapter of the IEEE Pikes
Peak Section, D. Enicks, Nov. 2006
12. “A Novel Carbon Confinement Technique for Ultrathin Boron Profiles in Strained Layers of Silicon
Germanium”, D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
, University of Colorado at Colorado
Springs2
, 2005 International Conference of Nanotechnology (Oct. 31 – Nov 4; San Francisco)
13. “A Novel Carbon Confinement Technique for Formation of Nanometer SiGeC HBTs with Low Base
Resistance”, D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
, University of Colorado at Colorado
Springs2
, 2005 International Conference of Nanotechnology (Oct. 31 – Nov 4; San Francisco)
14. “Isolated Carbon Confinement Methodology for Ultrathin Boron Profiles With Enhanced
Conductivity in Sub-50 NM Strained Layers of Silicon Germanium”, Darwin Enicks and Gerald
Oleszek, Meet. Abstr. - Electrochem. Soc. 601 356 (2006)
15. “Thermal Redistribution of Oxygen and Carbon in Sub-50 NM Strained Layers of Boron Doped
SiGeC”, Darwin Enicks and Gerald Oleszek, Meet. Abstr. - Electrochem. Soc. 601 357 (2006)
JOURNAL PUBLICATIONS
16. “Remote Carbon Method SiGeC:B by LPCVD for Sub-40 nm NPN HBT Devices”, D. Enicks, Solid
State Technology, August 2006
17. “Thermal Redistribution of Oxygen and Carbon in Boron-Doped Pseudomorphic SiGeC
Heterojunction Nanometer Base Layers, Darwin Enicks and Gerald Oleszek, J. Electrochem. Soc.
153 G529 (2006)
18. “Isolated Carbon Confinement Methodology for Ultrathin Boron Profiles in Strained Layers of
Silicon Germanium”, Darwin Enicks and Gerald Oleszek, J. Electrochem. Soc. 153 G405 (2006)
19. “Process-Induced Oxygen Updiffusion in Pseudomorphic Boron-Doped Sub-50 nm SiGeC Layers
Grown by LPCVD”, Darwin Enicks and Gerald Oleszek, Electrochem. Solid-State Lett. 8 G286
(2005)
20. “Thermal Redistribution of Oxygen and Carbon in Sub-50 NM Strained Layers of Boron Doped
SiGeC”, Darwin Enicks and Gerald Oleszek, ECS Trans. 3, 1087 (2006)
21. “Isolated Carbon Confinement Methodology for Ultrathin Boron Profiles with Enhanced
Conductivity in Sub-50 NM Strained Layers of Silicon Germanium”, Darwin Enicks and Gerald
Oleszek, ECS Trans. 3 (7), 161 (2006)
22. “Vacuum Science Considerations for Rapid Reactor Recovery With Extremely Low Oxygen In Low
Temperature LPCVD of Si1-xGex And Si1-x-yGexCy Films”, D. Enicks1
, G. Oleszek2
, ATMEL
Corporation1
, University of Colorado at Colorado Springs2
, Journal Vac. Sci. Technol. A 24 467
(2006)
23. ”Simultaneous Optical Measurement of Ge Content and Carbon Doping in Strained Epitaxial SiGe
Films”, S. Morris, D. Le Cunff, D. Ristoiu, V. Vachellerie, F. Deleglise, and D. Dutartre J. Vac. Sci.
Technol. B 23, 2249 (2005)
6. 24. “Enhanced Carbon Confinement of Ultranarrow Boron Profiles in SiGeC HBTs”, Enicks, D.,
Oleszek, G., Electron Devices, IEEE Transactions on, Volume 53, Issue 8, Aug. 2006 Page(s):1834
– 1839
25. “Impact of Elevated Oxygen Concentration on In-situ Doped Sub-50 nm SiGe and SiGeC Base
Strained Layer NPN HBT”, Oleszek, G.; Enicks, D., Integrated Circuit Design and Technology,
2004. ICICDT '04. International Conference on, 2004 Page(s):253 - 254
26. “Study of Process Induced Localized Elevated Oxygen Concentration in Strained Boron
Doped Sub-50 nm SiGeC Base Sayers for High Frequency npn HBTs”, Enicks, D., Oleszek,
G., Integrated Circuit Design and Technology, 2005. ICICDT 2005. 2005 International Conference
on 9-11 May 2005 Page(s):195 – 198
27. “Advanced Metrology Tool for Si1-xGex Characterization: Infrared Spectroscopic Ellipsometer
(IRSE)”, Enicks, D., I-L Teng, Rubino, J., Sun, L., Defranoux, C., Bourtault, S., Hendrich, P., Stehle,
J.-L., Advanced Semiconductor Manufacturing, 2004. ASMC '04. IEEE Conference and Workshop
4-6 May 2004 Page(s):425 - 432
SCITATION IN THE VIRTUAL JOURNAL OF NANOSCALE SCIENCE AND
TECHNOLOGY
28. “Thermal Redistribution of Oxygen and Carbon in Boron-Doped Pseudomorphic SiGeC
Heterojunction Nanometer Base Layers”, Darwin Enicks and Gerald Oleszek, J. Electrochem. Soc.
153, G529 (2006)
OTHER
29. Investigation of carbon profiles for enhanced boron confinement and improved carrier transport in
strained silicon germanium nanolayers for heterojunction bipolar transistors / (2007), Enicks, Darwin
Gene., Thesis (Ph. D.)--University of Colorado at Colorado Springs, 2007.
30. Oxygen effects in sub-50 NM silicon germanium processing with emphasis on HBT manufacturing
and performance / (2004), Enicks, Darwin Gene., Thesis (M.S.)--University of Colorado at Colorado
Springs, 2004.
31. “Nanometer SiGeC HBTS With Enhanced Device Properties Using Carbon Confinement Process
Technology”, D. Enicks1
, G. Oleszek2
, ATMEL Corporation1
, University of Colorado at Colorado
Springs2
7. INTELLECTUAL PROPERTY PORTFOLIO
Hyperlink to USPTO
GRANT NO. TITLE
1 7,439,558 METHOD AND SYSTEM FOR CONTROLLED OXYGEN INCORPORATION IN
COMPOUND SEMICONDUCTOR FILMS FOR DEVICE PERFORMANCE
ENHANCEMENT
2 7,300,849 BANDGAP ENGINEERED MONO-CRYSTALLINE SILICON CAP LAYERS FOR
SIGE HBT PERFORMANCE ENHANCEMENT
3 7,080,440 VERY LOW MOISTURE O-RING AND METHOD FOR PREPARING THE SAME
4 7,044,147 SYSTEM, APPARATUS AND METHOD FOR CONTAMINANT REDUCTION IN
SEMICONDUCTOR DEVICE FABRICATION EQUIPMENT COMPONENTS
Patents pending; hyperlink to USPTO
PUB. APP. NO. TITLE
1 20080237716 INTEGRATED CIRCUIT STRUCTURES HAVING A BORON ETCH-STOP
LAYER AND METHODS, DEVICES AND SYSTEMS RELATED THERETO
2 20080142836 METHOD FOR GROWTH OF ALLOY LAYERS WITH COMPOSITIONAL
CURVATURE IN A SEMICONDUCTOR DEVICE
3 20080128750 METHOD AND SYSTEM FOR PROVIDING A METAL OXIDE
SEMICONDUCTOR DEVICE HAVING A DRIFT ENHANCED CHANNEL
4 20080128749 METHOD AND SYSTEM FOR PROVIDING A DRIFT COUPLED DEVICE
5 20080099882 SYSTEM AND METHOD FOR PROVIDING A NANOSCALE, HIGHLY
SELECTIVE, AND THERMALLY RESILIENT CARBON ETCH-STOP
6 20080099840 SYSTEM AND METHOD FOR PROVIDING A NANOSCALE, HIGHLY
SELECTIVE, AND THERMALLY RESILIENT BORON ETCH-STOP
7 20080099754 METHOD FOR PROVIDING A NANOSCALE, HIGH ELECTRON MOBILITY
TRANSISTOR (HEMT) ON INSULATOR
8 20080050883 HETROJUNCTION BIPOLAR TRANSISTOR (HBT) WITH PERIODIC
MULTILAYER BASE
9 20070262295 A METHOD FOR MANIPULATION OF OXYGEN WITHIN SEMICONDUCTOR
MATERIALS
10 20070148890 OXYGEN ENHANCED METASTABLE SILICON GERMANIUM FILM LAYER
11 20070111428 BANDGAP ENGINEERED MONO-CRYSTALLINE SILICON CAP LAYERS FOR
SIGE HBT PERFORMANCE ENHANCEMENT
12 20070105330 BANDGAP AND RECOMBINATION ENGINEERED EMITTER LAYERS FOR
SIGE HBT PERFORMANCE OPTIMIZATION
13 20070102834 STRAIN-COMPENSATED METASTABLE COMPOUND BASE
HETEROJUNCTION BIPOLAR TRANSISTOR
14 20070102729 METHOD AND SYSTEM FOR PROVIDING A HETEROJUNCTION BIPOLAR
TRANSISTOR HAVING SIGE EXTENSIONS
15 20070102728 METHOD AND SYSTEM FOR CONTROLLED OXYGEN INCORPORATION IN
COMPOUND SEMICONDUCTOR FILMS FOR DEVICE PERFORMANCE
ENHANCEMENT
16 20070080411 SEMICONDUCTIVE FILM WITH DOPANT DIFFUSION BARRIER AND
8. TUNABLE WORK FUNCTION
17 20070054460 SYSTEM AND METHOD FOR PROVIDING A NANOSCALE, HIGHLY
SELECTIVE, AND THERMALLY RESILIENT SILICON, GERMANIUM, OR
SILICON-GERMANIUM ETCH-STOP
18 20060292809 METHOD FOR GROWTH AND OPTIMIZATION OF HETEROJUNCTION
BIPOLAR TRANSISTOR FILM STACKS BY REMOTE INJECTION
19 20060169318 SYSTEM, APPARATUS AND METHOD FOR CONTAMINANT REDUCTION IN
SEMICONDUCTOR DEVICE FABRICATION EQUIPMENT COMPONENTS
20 20060143913 VERY LOW MOISTURE O-RING AND METHOD FOR PREPARING THE SAME