Tera-Barrier films is developing high performance flexible barrier films. These transparent barrier films protect sensitive electronics from the damage and performance degradation caused by moisture and oxygen and will improve the lifetime and reliability of flexible electronics such as flex-PV, OLED, and thin film batteries.
Tessolve is a leading semiconductor test engineering company providing global customers access to industry leading DFT, test engineering, test hardware development, failure analysis, assembly and package analysis for semiconductor devices. Tessolve provides experienced engineering capability to support and manage all functions from DFT through assembly & test in the semiconductor life cycle and with an advanced automated test equipment facility in Bangalore, India.
Oncoscope has developed an innovative optical screening platform that uses scattered light to identify cells with enlarged nuclei — the primary early marker for cancer. This proven technology will allow physicians to accurately and instantly identify dysplastic or pre–cancerous tissue for biopsy. This optical guide to biopsy system has been shown to increase the effectiveness of physical biopsies used to detect esophageal cancer, the deadliest and fastest-growing cancer today.
Passport Systems, Inc. is developing a new, automated, non-intrusive cargo screening system that will analyze the composition of materials and accurately identify the contents of a container, including commercial items, contraband, fissile materials, explosives, and other materials. Passport technologies can rapidly and automatically detect and identify concealed threats and contraband in sea, air and land cargo.
Dear attendees,
Thank you again for joining us at the 2014 Applied Materials Technical Symposium on "FinFET and 3D-NAND: New Materials, Processes, Designs"!
We hope that you found the symposium topics and presenters to be interesting and useful to your work and technology interests.
We would also like to provide you with links to the presentation materials shown during the symposium. Please click on the links below corresponding to the presentations of interest.
| Presentation File | Presenter |
| Welcome | Erix Yu, Applied Materials |
| Transistor Scaling and New Materials: Implications for Device and Circuit Designs | SC Song, Qualcomm |
| III-V Epitaxy for 300mm Si CMOS | Errol Sanchez, Applied Materials |
| Contact Resistance Scaling Solutions | Vik Banthia, Applied Materials |
| The Future of Mobile Computing | Mickie Liu, ARM |
| Logic Devices Scaling for the Next 10 Years and Beyond | Aaron Thean, IMEC |
| Metallization Challenges and Solutions for Advanced Memory Technologies | Srinivas Guggilla, Applied Materials |
| Flash Memory Technology - Present and Future | Kunok Ahn, SK hynix |
Dear attendees,
Thank you again for joining us at the 2014 Applied Materials Technical Symposium on "Transistor Technologies for 3D Logic Devices"!
We hope that you found the symposium topics and presenters to be interesting and useful to your work and technology interests.
We would also like to provide you with links to the presentation materials shown during the symposium. Please click on the links below corresponding to the presentations of interest.
| Presentation File | Presenter |
| Welcome | Erix Yu, Applied Materials |
| Transistor Scaling and New Materials: Implications for Device and Circuit Designs | SC Song, Qualcomm |
| ALD Solutions for Gate Metallization | Srinivas Gandikota, Applied Materials |
| Precision Material Engineering for Logic Applications | Matt Spuller, Applied Materials |
| The Future of Mobile Computing | Mickie Liu, ARM |
| Contact Resistance Scaling Solutions | Vik Banthia, Applied Materials |
| Contact Engineering by Implant | Baonian Guo, Applied Materials |
| Logic Devices Scaling for the Next 10 Years and Beyond | Aaron Thean, IMEC |
Dear attendees,
Thank you again for joining us at the 2014 Applied Materials Technical Symposium on "Semiconductor Technologies in the Age of IoT"!
We hope that you found the symposium topics and presenters to be interesting and useful to your work and technology interests.
We would also like to provide you with links to the presentation materials shown during the symposium. Please click on the links below corresponding to the presentations of interest.
| Presentation File | Presenter |
| Opening | Mike Splinter, Applied Materials |
| New Era of Electrification and Vehicle Intelligence | Haruyoshi Kumura, Nissan Motors |
| Introduction of IoT Device Trends | Hideki Maeno, Toshiba |
| Accelerating Innovation to Enable Moore’s Law | Dana Tribula, Applied Materials |
| High Performance Future Transistor Technologies | John Boland, Applied Materials |
| MCVD: Current Applications and Future Trends | Kavita Shah, Applied Materials |
| Future and Challenges of NAND Flash Technology | Sang-Hyun Oh, SK hynix |
Dear attendees,
Thank you again for joining us at the 2015 Applied Materials Technical Symposium in Japan on "Evolving Semiconductor Technology: Beginnings, Growth, and New Directions"!
We hope that you found the symposium topics and presenters to be interesting and useful to your work and technology interests.
We would also like to provide you with links to the presentation materials shown during the symposium. Please click on the links below corresponding to the presentations of interest.
| Presentation File | Presenter |
| Opening | Erix Yu, Applied Materials |
| The Next Inflection in Semiconductor Technology, Equipment, and Industry | Toru Watanabe, E-VIS LLC |
| Transistor & Interconnect Solutions for Advanced Logic Technologies | Gary Miner, Applied Materials |
| Using Data Analytics to Improve Process Tool Performance | Helen Armer, Applied Materials |
| Break | |
| Potential and Challenges of a 27nm, 16Gb Cu-based CBRAM Technology | Jun Sumino, Sony |
| STT-MRAM: Fabrication Challenges & Enablers | Dana Tribula, Applied Materials |
| 3D Packaging Technology for Memory Devices | Hirokazu Ezawa, Toshiba |
Dear attendees,
Thank you again for joining us at the 2017 Applied Materials Technical Symposium in Korea on “Semiconductor Technologies Beyond the Mobile Era”!
We hope that you found the symposium topics and presenters to be interesting and useful to your work and technology interests.
We would also like to provide you with links to the presentation materials shown during the symposium. Please click on the links below corresponding to the presentations of interest.
| Presentation File | Presenter |
| Introduction | SW Lee, Applied Materials |
| The Impact of Semiconductor Advances on Location Based Services | Yong Shin, Apple |
| Semiconductor Challenges in an Interconnected World | Jamie Markevitch, Cisco |
| Advanced Transistor Scaling: Channel Evolution and Alternative Architectures | John Boland, Applied Materials |
| 3D NAND Status & Outlook | Randy Koval, Intel |
| 3D NAND Scaling Challenges | Sean Kang, Applied Materials |
Applied Materials invests in talent. Our Internship Program and New College Graduate Programs are designed to train and engage emerging technology professionals in a variety of disciplines and assist with the transition from academia to a corporate environment. We provide networking, leadership, and team building opportunities, giving participants both valuable business contacts and practical skills.
Tasnuva - "My career with Applied Materials started on my first day of graduate school,with an ongoing research project that was followed by a 6-month co-op. I was encouraged to be innovative and develop a test system from scratch, which resulted in a patent. Working at Applied, my manager and fellow team members give me the liberty to take risks, speak my mind, and make bold changes. Everyone on my team has diverse responsibilities that contribute to the team’s success, just like the different business units at Applied contribute to the organization’s success."
Read MoreLessChristopher - "Interning at Applied Materials has given me fantastic experiencein the field of process engineering. Within my first week, I dove right into hands-on problem solving that could directly impact the company. Even with the steep learning curve I sometimes faced, everyone on my team was available to assist whenever I had questions. Everyone at Applied Materials—some of whom have been at the company for 20 years or more—has a passion for solving problems, resulting in some of the coolest semiconductor technologies possible."
Read MoreLessSadaf - "As a new college graduate at Applied Materials, I believe I have joined one of the most supportive communities in the world.My ideas, my questions, and my experience are all valued. I have the opportunity to build my career every day by exploring different roles and learning new skills—without fear or hesitation."
Read MoreLessLisbet - "My internship experience at Applied Materials has been priceless. I have had the opportunity to work with a diverse group of people who bring a range of perspectives and skills to every new project. This has been a significant and rewarding opportunity for me to gain real world experience in a company that truly values teamwork, diversity, and integrity."
Read MoreLessVy - "Working at Applied Materials, I am constantly in awe of how all the pieces—each process, each group, and each part—come togetherto make possible a product that did not previously exist. The mentoring I received through the internship program has made possible my dream of becoming a professional engineer. As I look back, I can see the numerous individuals, projects, and responsibilities that have helped me grow into the engineer I am today. My advice to future Applied interns is simple: embrace every opportunity, learn as much as you can, leverage the amazing talent and knowledge around you, and be amazed at what becomes possible."
Read MoreLessSomina - "Applied Materials offers countless growth opportunities—whether your background is technical or not—and the company is committed to providing you with a wide range of professional experience. As an intern, I took on my own projects, worked with teams across the world, and met with executives on a regular basis. Through Applied, I have gained a deeper understanding of the tech industry, building valuable skills and making lasting memories."
Read MoreLessStudents currently enrolled in a degree program and a major that aligns with the business objectives of Applied Materials are eligible.
Students who have graduated within the 12 months prior to their job application or are expected to graduate within the next 6 months are eligible.
Yes. We offer a comprehensive relocation package for recent and new graduate hires who meet the eligibility criteria. For internships, students who live 50+ miles from their designated worksite are eligible for a housing stipend.
Depending upon the number of hours worked per week, interns may receive medical insurance, paid holidays, Employee Assistance Program, use of the on-site workout facilities (where available), and a housing stipend (if eligible).
The majority of positions are located in Santa Clara, CA and Austin, TX. Other opportunities may be available in other parts of the United States based on business needs.
Yes. We pay all of our interns by the hour and offer competitive rates based upon market research.
Openings are based upon projected needs and include both technical and business positions, including but not limited to:
Technical Positions:
Business Positions:
We hire a few hundred summer interns each year, in both technical and business fields. The majority of internships fall into one of the following categories, including but not limited to:
We hire a few hundred summer interns each year, in both technical and business fields. The majority of internships fall into one of the following categories, including but not limited to:
The most effective way to apply is through an on-campus interview. If Applied Materials is not interviewing at your school, you can still be considered for our opportunities by applying online.
You will be contacted only if you have been selected for an interview. We will keep your résumé on file for the duration of your university enrollment. If a position becomes available that matches your qualifications, you will be contacted.
Applied Materials offers a wide range of internship and co-op positions that provide qualified students with hands-on experience in a corporate environment, critical professional skills, and high-level knowledge about the electronics industry.
As an intern for Applied Materials, you’ll work for the global leader in materials engineering solutions for the electronics industry and meet some of the most innovative professionals in the industry. This is a great opportunity for tomorrow’s leaders. We strongly encourage you to apply.
Applied Materials offers various full-time employment routes for recent and upcoming university graduates which provide in-depth training, opportunities to work cross-functionally, and access to a global knowledge database.
Current programs include Engineering Rotation Programs located in our major offices, a Financial Rotation Program based in Santa Clara, CA and Austin, TX, and direct hire opportunities all over the United States.
Applied Materials has transformed from a small start-up into one of the most admired companies in the world. We put the “silicon” in Silicon Valley, playing a key role in the evolution of the electronics industry.
Over the last 50 years, our innovations have fundamentally changed how the world works and the way people interact with each other through technology.
We help make products such as computers, mobile devices and flat panel displays not only possible, but also affordable for millions of people around the world.
Our expertise in materials engineering is at the foundation of the incredible breakthroughs turning future trends, including artificial intelligence, big data, autonomous vehicles, AR/VR and the Internet of Everything, into realities.
At Applied Materials, we engineer highly sophisticated manufacturing and process technologies used to build the world’s most complex chips and displays.
We enable our customers to build a wide range of advanced products, including:
Today, in labs around the world, our scientists and engineers are discovering technologies and implementing materials in ways no one would have thought possible before. We use our expertise to overcome challenges that seem insurmountable, and we do what others think can’t be done — that’s a typical day at Applied Materials.
We’ve pioneered a long history of firsts in the semiconductor and display industries. With $1.8 billion invested annually, and 30% of our team dedicated to research and development, our investments outpace others’ and set the industry standard.
Our IP portfolio is the strongest in the industry with nearly 12,000 patents. On average, we apply for more than four new patents every single day — including Saturdays and Sundays.
The one-of-a-kind Maydan Technology Center is the world’s most advanced semiconductor research and development lab dedicated to improving the technology of chip making. Learn more.
We are committed to being the innovation leader that pushes the boundaries of science, technology and engineering to solve the world’s toughest materials engineering challenges.
We align who we are and what we stand for as a company with what matters to our employees and their communities. Our purpose drives everything we do. It is shaped by our values and reflected in our actions. From the well-being of our employees and their communities, to our sustainable business practices and corporate governance, we are focused on building a better future.
Applied Materials has transformed from a small start-up into one of the most admired companies in the world. We put the “silicon” in Silicon Valley, playing a key role in the evolution of the electronics industry.
Over the last 50 years, our innovations have fundamentally changed how the world works and the way people interact with each other through technology.
We help make products such as computers, mobile devices and flat panel displays not only possible, but also affordable for millions of people around the world.
Our expertise in materials engineering is at the foundation of the incredible breakthroughs turning future trends, including artificial intelligence, big data, autonomous vehicles, AR/VR and the Internet of Everything, into realities.
At Applied Materials, we engineer highly sophisticated manufacturing and process technologies used to build the world’s most complex chips and displays.
We enable our customers to build a wide range of advanced products, including:
Today, in labs around the world, our scientists and engineers are discovering technologies and implementing materials in ways no one would have thought possible before. We use our expertise to overcome challenges that seem insurmountable, and we do what others think can’t be done — that’s a typical day at Applied Materials.
We’ve pioneered a long history of firsts in the semiconductor and display industries. With $1.8 billion invested annually, and 30% of our team dedicated to research and development, our investments outpace others’ and set the industry standard.
Our IP portfolio is the strongest in the industry with nearly 12,000 patents. On average, we apply for more than four new patents every single day — including Saturdays and Sundays.
The one-of-a-kind Maydan Technology Center is the world’s most advanced semiconductor research and development lab dedicated to improving the technology of chip making. Learn more.
We are committed to being the innovation leader that pushes the boundaries of science, technology and engineering to solve the world’s toughest materials engineering challenges.
We align who we are and what we stand for as a company with what matters to our employees and their communities. Our purpose drives everything we do. It is shaped by our values and reflected in our actions. From the well-being of our employees and their communities, to our sustainable business practices and corporate governance, we are focused on building a better future.
The next wave of emerging technology disruptions will require materials engineering innovations
We are part of a close network of academics, researchers, government organizations, commercial partners and entrepreneurs who are shaping the future together.
We maintain one of the broadest and deepest portfolios of technologies in the industry to create and modify materials—shaping their electrical, physical, mechanical, and optical properties. Through highly sophisticated methods of deposition, removal, modification, and analysis, we manipulate materials at an atomic level on an industrial scale.
We accelerated development and time-to-market by providing lab space and engineering expertise while investing in Adesto Technologies (NASDAQ:IOTS) from Series A through IPO. Adesto is a leading provider of application-specific, ultra-low power, non-volatile memory products. These value-added memories are enabling a new class of connected applications in a wide variety of consumer IoT, industrial IoT, communications, medical and computing applications.
We are driving the semiconductor manufacturing ecosystem in India by delivering tools and nurturing top talent. The IIT Bombay-Applied Materials partnership has led to India’s first university–based facility with 200 mm fab tools, three on-site labs focusing on Nanotechnology, Chemistry & Material Sciences and R&D on next-generation technologies. In addition, we helped build India’s first Semiconductor Technology and Manufacturing Certification Program.
Applied is working with JHU and INBT to develop a strong interaction between clinicians and engineers to solve important medical questions. INBT has world-class expertise in novel medical treatments utilizing nanotechnology and Applied offers its unique expertise in high-speed imaging and nanofabrication techniques. Jointly we hope to develop new, sophisticated devices of benefit to the medical industry.
We are 1 of 5 industry partners who have joined forces with universities and national laboratories with leading battery research programs.
Our venture investment in Norsk Titanium reflects our charter to identify and accelerate innovation around the globe. We are committed to applying our leadership in materials engineering to accelerate industrial applications for Norsk’s rapid plasma deposition technology.
Joint R&D collaboration established in 2014 with a focus on developing innovative technologies that can strengthen Singapore’s competencies in additive manufacturing.
We provided funds to collaborate on platform development and enable next-generation silicon-based technologies with improved throughput, quality and cost. In addition, we are leveraging our expertise in precision materials engineering to add value to cutting-edge and potentially disruptive applications in emerging biotechnology markets.
Tyndall is a strategic research partner and we are engaging with them on both Atomic Layer Deposition-related topics, where we donated two state-of-the-art 300mm ALD chambers, and other areas of interest where Tyndall demonstrates world-class research capabilities. We also maintain a Researcher-in-Residence working directly alongside Tyndall academic and industry partners.
We work to develop technologies together with a focus on accelerating time-to-market.
We support researchers and academics by sponsoring research and helping to commercialize cutting edge science.
We work with agencies and consortia to combine insights and shape technology roadmaps.
We in- and out-license technology to create win-win collaborative deals.
We invest in early stage technology companies through Applied Ventures LLC.
To discuss collaboration ideas, contact us.
The next wave of emerging technology disruptions will require materials engineering innovations
We are part of a close network of academics, researchers, government organizations, commercial partners and entrepreneurs who are shaping the future together.
We maintain one of the broadest and deepest portfolios of technologies in the industry to create and modify materials—shaping their electrical, physical, mechanical, and optical properties. Through highly sophisticated methods of deposition, removal, modification, and analysis, we manipulate materials at an atomic level on an industrial scale.
We accelerated development and time-to-market by providing lab space and engineering expertise while investing in Adesto Technologies (NASDAQ:IOTS) from Series A through IPO. Adesto is a leading provider of application-specific, ultra-low power, non-volatile memory products. These value-added memories are enabling a new class of connected applications in a wide variety of consumer IoT, industrial IoT, communications, medical and computing applications.
We are driving the semiconductor manufacturing ecosystem in India by delivering tools and nurturing top talent. The IIT Bombay-Applied Materials partnership has led to India’s first university–based facility with 200 mm fab tools, three on-site labs focusing on Nanotechnology, Chemistry & Material Sciences and R&D on next-generation technologies. In addition, we helped build India’s first Semiconductor Technology and Manufacturing Certification Program.
Applied is working with JHU and INBT to develop a strong interaction between clinicians and engineers to solve important medical questions. INBT has world-class expertise in novel medical treatments utilizing nanotechnology and Applied offers its unique expertise in high-speed imaging and nanofabrication techniques. Jointly we hope to develop new, sophisticated devices of benefit to the medical industry.
We are 1 of 5 industry partners who have joined forces with universities and national laboratories with leading battery research programs.
Our venture investment in Norsk Titanium reflects our charter to identify and accelerate innovation around the globe. We are committed to applying our leadership in materials engineering to accelerate industrial applications for Norsk’s rapid plasma deposition technology.
Joint R&D collaboration established in 2014 with a focus on developing innovative technologies that can strengthen Singapore’s competencies in additive manufacturing.
We provided funds to collaborate on platform development and enable next-generation silicon-based technologies with improved throughput, quality and cost. In addition, we are leveraging our expertise in precision materials engineering to add value to cutting-edge and potentially disruptive applications in emerging biotechnology markets.
Tyndall is a strategic research partner and we are engaging with them on both Atomic Layer Deposition-related topics, where we donated two state-of-the-art 300mm ALD chambers, and other areas of interest where Tyndall demonstrates world-class research capabilities. We also maintain a Researcher-in-Residence working directly alongside Tyndall academic and industry partners.
We work to develop technologies together with a focus on accelerating time-to-market.
We support researchers and academics by sponsoring research and helping to commercialize cutting edge science.
We work with agencies and consortia to combine insights and shape technology roadmaps.
We in- and out-license technology to create win-win collaborative deals.
We invest in early stage technology companies through Applied Ventures LLC.
To discuss collaboration ideas, contact us.
The next wave of emerging technology disruptions will require materials engineering innovations
We are part of a close network of academics, researchers, government organizations, commercial partners and entrepreneurs who are shaping the future together.
We maintain one of the broadest and deepest portfolios of technologies in the industry to create and modify materials—shaping their electrical, physical, mechanical, and optical properties. Through highly sophisticated methods of deposition, removal, modification, and analysis, we manipulate materials at an atomic level on an industrial scale.
We accelerated development and time-to-market by providing lab space and engineering expertise while investing in Adesto Technologies (NASDAQ:IOTS) from Series A through IPO. Adesto is a leading provider of application-specific, ultra-low power, non-volatile memory products. These value-added memories are enabling a new class of connected applications in a wide variety of consumer IoT, industrial IoT, communications, medical and computing applications.
We are driving the semiconductor manufacturing ecosystem in India by delivering tools and nurturing top talent. The IIT Bombay-Applied Materials partnership has led to India’s first university–based facility with 200 mm fab tools, three on-site labs focusing on Nanotechnology, Chemistry & Material Sciences and R&D on next-generation technologies. In addition, we helped build India’s first Semiconductor Technology and Manufacturing Certification Program.
Applied is working with JHU and INBT to develop a strong interaction between clinicians and engineers to solve important medical questions. INBT has world-class expertise in novel medical treatments utilizing nanotechnology and Applied offers its unique expertise in high-speed imaging and nanofabrication techniques. Jointly we hope to develop new, sophisticated devices of benefit to the medical industry.
We are 1 of 5 industry partners who have joined forces with universities and national laboratories with leading battery research programs.
Our venture investment in Norsk Titanium reflects our charter to identify and accelerate innovation around the globe. We are committed to applying our leadership in materials engineering to accelerate industrial applications for Norsk’s rapid plasma deposition technology.
Joint R&D collaboration established in 2014 with a focus on developing innovative technologies that can strengthen Singapore’s competencies in additive manufacturing.
We provided funds to collaborate on platform development and enable next-generation silicon-based technologies with improved throughput, quality and cost. In addition, we are leveraging our expertise in precision materials engineering to add value to cutting-edge and potentially disruptive applications in emerging biotechnology markets.
Tyndall is a strategic research partner and we are engaging with them on both Atomic Layer Deposition-related topics, where we donated two state-of-the-art 300mm ALD chambers, and other areas of interest where Tyndall demonstrates world-class research capabilities. We also maintain a Researcher-in-Residence working directly alongside Tyndall academic and industry partners.
We work to develop technologies together with a focus on accelerating time-to-market.
We support researchers and academics by sponsoring research and helping to commercialize cutting edge science.
We work with agencies and consortia to combine insights and shape technology roadmaps.
We in- and out-license technology to create win-win collaborative deals.
We invest in early stage technology companies through Applied Ventures LLC.
To discuss collaboration ideas, contact us.
The next wave of emerging technology disruptions will require materials engineering innovations
We are part of a close network of academics, researchers, government organizations, commercial partners and entrepreneurs who are shaping the future together.
We maintain one of the broadest and deepest portfolios of technologies in the industry to create and modify materials—shaping their electrical, physical, mechanical, and optical properties. Through highly sophisticated methods of deposition, removal, modification, and analysis, we manipulate materials at an atomic level on an industrial scale.
We accelerated development and time-to-market by providing lab space and engineering expertise while investing in Adesto Technologies (NASDAQ:IOTS) from Series A through IPO. Adesto is a leading provider of application-specific, ultra-low power, non-volatile memory products. These value-added memories are enabling a new class of connected applications in a wide variety of consumer IoT, industrial IoT, communications, medical and computing applications.
We are driving the semiconductor manufacturing ecosystem in India by delivering tools and nurturing top talent. The IIT Bombay-Applied Materials partnership has led to India’s first university–based facility with 200 mm fab tools, three on-site labs focusing on Nanotechnology, Chemistry & Material Sciences and R&D on next-generation technologies. In addition, we helped build India’s first Semiconductor Technology and Manufacturing Certification Program.
Applied is working with JHU and INBT to develop a strong interaction between clinicians and engineers to solve important medical questions. INBT has world-class expertise in novel medical treatments utilizing nanotechnology and Applied offers its unique expertise in high-speed imaging and nanofabrication techniques. Jointly we hope to develop new, sophisticated devices of benefit to the medical industry.
We are 1 of 5 industry partners who have joined forces with universities and national laboratories with leading battery research programs.
Our venture investment in Norsk Titanium reflects our charter to identify and accelerate innovation around the globe. We are committed to applying our leadership in materials engineering to accelerate industrial applications for Norsk’s rapid plasma deposition technology.
Joint R&D collaboration established in 2014 with a focus on developing innovative technologies that can strengthen Singapore’s competencies in additive manufacturing.
We provided funds to collaborate on platform development and enable next-generation silicon-based technologies with improved throughput, quality and cost. In addition, we are leveraging our expertise in precision materials engineering to add value to cutting-edge and potentially disruptive applications in emerging biotechnology markets.
Tyndall is a strategic research partner and we are engaging with them on both Atomic Layer Deposition-related topics, where we donated two state-of-the-art 300mm ALD chambers, and other areas of interest where Tyndall demonstrates world-class research capabilities. We also maintain a Researcher-in-Residence working directly alongside Tyndall academic and industry partners.
We work to develop technologies together with a focus on accelerating time-to-market.
We support researchers and academics by sponsoring research and helping to commercialize cutting edge science.
We work with agencies and consortia to combine insights and shape technology roadmaps.
We in- and out-license technology to create win-win collaborative deals.
We invest in early stage technology companies through Applied Ventures LLC.
To discuss collaboration ideas, contact us.
The next wave of emerging technology disruptions will require materials engineering innovations
We are part of a close network of academics, researchers, government organizations, commercial partners and entrepreneurs who are shaping the future together.
We maintain one of the broadest and deepest portfolios of technologies in the industry to create and modify materials—shaping their electrical, physical, mechanical, and optical properties. Through highly sophisticated methods of deposition, removal, modification, and analysis, we manipulate materials at an atomic level on an industrial scale.
We accelerated development and time-to-market by providing lab space and engineering expertise while investing in Adesto Technologies (NASDAQ:IOTS) from Series A through IPO. Adesto is a leading provider of application-specific, ultra-low power, non-volatile memory products. These value-added memories are enabling a new class of connected applications in a wide variety of consumer IoT, industrial IoT, communications, medical and computing applications.
We are driving the semiconductor manufacturing ecosystem in India by delivering tools and nurturing top talent. The IIT Bombay-Applied Materials partnership has led to India’s first university–based facility with 200 mm fab tools, three on-site labs focusing on Nanotechnology, Chemistry & Material Sciences and R&D on next-generation technologies. In addition, we helped build India’s first Semiconductor Technology and Manufacturing Certification Program.
Applied is working with JHU and INBT to develop a strong interaction between clinicians and engineers to solve important medical questions. INBT has world-class expertise in novel medical treatments utilizing nanotechnology and Applied offers its unique expertise in high-speed imaging and nanofabrication techniques. Jointly we hope to develop new, sophisticated devices of benefit to the medical industry.
We are 1 of 5 industry partners who have joined forces with universities and national laboratories with leading battery research programs.
Our venture investment in Norsk Titanium reflects our charter to identify and accelerate innovation around the globe. We are committed to applying our leadership in materials engineering to accelerate industrial applications for Norsk’s rapid plasma deposition technology.
Joint R&D collaboration established in 2014 with a focus on developing innovative technologies that can strengthen Singapore’s competencies in additive manufacturing.
We provided funds to collaborate on platform development and enable next-generation silicon-based technologies with improved throughput, quality and cost. In addition, we are leveraging our expertise in precision materials engineering to add value to cutting-edge and potentially disruptive applications in emerging biotechnology markets.
Tyndall is a strategic research partner and we are engaging with them on both Atomic Layer Deposition-related topics, where we donated two state-of-the-art 300mm ALD chambers, and other areas of interest where Tyndall demonstrates world-class research capabilities. We also maintain a Researcher-in-Residence working directly alongside Tyndall academic and industry partners.
We work to develop technologies together with a focus on accelerating time-to-market.
We support researchers and academics by sponsoring research and helping to commercialize cutting edge science.
We work with agencies and consortia to combine insights and shape technology roadmaps.
We in- and out-license technology to create win-win collaborative deals.
We invest in early stage technology companies through Applied Ventures LLC.
To discuss collaboration ideas, contact us.
The next wave of emerging technology disruptions will require materials engineering innovations
We are part of a close network of academics, researchers, government organizations, commercial partners and entrepreneurs who are shaping the future together.
We maintain one of the broadest and deepest portfolios of technologies in the industry to create and modify materials—shaping their electrical, physical, mechanical, and optical properties. Through highly sophisticated methods of deposition, removal, modification, and analysis, we manipulate materials at an atomic level on an industrial scale.
We accelerated development and time-to-market by providing lab space and engineering expertise while investing in Adesto Technologies (NASDAQ:IOTS) from Series A through IPO. Adesto is a leading provider of application-specific, ultra-low power, non-volatile memory products. These value-added memories are enabling a new class of connected applications in a wide variety of consumer IoT, industrial IoT, communications, medical and computing applications.
We are driving the semiconductor manufacturing ecosystem in India by delivering tools and nurturing top talent. The IIT Bombay-Applied Materials partnership has led to India’s first university–based facility with 200 mm fab tools, three on-site labs focusing on Nanotechnology, Chemistry & Material Sciences and R&D on next-generation technologies. In addition, we helped build India’s first Semiconductor Technology and Manufacturing Certification Program.
Applied is working with JHU and INBT to develop a strong interaction between clinicians and engineers to solve important medical questions. INBT has world-class expertise in novel medical treatments utilizing nanotechnology and Applied offers its unique expertise in high-speed imaging and nanofabrication techniques. Jointly we hope to develop new, sophisticated devices of benefit to the medical industry.
We are 1 of 5 industry partners who have joined forces with universities and national laboratories with leading battery research programs.
Our venture investment in Norsk Titanium reflects our charter to identify and accelerate innovation around the globe. We are committed to applying our leadership in materials engineering to accelerate industrial applications for Norsk’s rapid plasma deposition technology.
Joint R&D collaboration established in 2014 with a focus on developing innovative technologies that can strengthen Singapore’s competencies in additive manufacturing.
We provided funds to collaborate on platform development and enable next-generation silicon-based technologies with improved throughput, quality and cost. In addition, we are leveraging our expertise in precision materials engineering to add value to cutting-edge and potentially disruptive applications in emerging biotechnology markets.
Tyndall is a strategic research partner and we are engaging with them on both Atomic Layer Deposition-related topics, where we donated two state-of-the-art 300mm ALD chambers, and other areas of interest where Tyndall demonstrates world-class research capabilities. We also maintain a Researcher-in-Residence working directly alongside Tyndall academic and industry partners.
We work to develop technologies together with a focus on accelerating time-to-market.
We support researchers and academics by sponsoring research and helping to commercialize cutting edge science.
We work with agencies and consortia to combine insights and shape technology roadmaps.
We in- and out-license technology to create win-win collaborative deals.
We invest in early stage technology companies through Applied Ventures LLC.
To discuss collaboration ideas, contact us.
Dear attendees,
Thank you again for joining us at the 2017 Applied Materials Technical Symposium in Japan on “Semiconductors in the Era of Artificial Intelligence”!
We hope that you found the symposium topics and presenters to be interesting and useful to your work and technology interests.
We would also like to provide you with links to the presentation materials shown during the symposium. Please click on the links below corresponding to the presentations of interest.
| Presentation File | Presenter |
| Opening | Hitoshi Nakao, Applied Materials |
| Semiconductor Market Outlook from the Viewpoint of Silicon Wafer Demand | Takayuki Komori, SUMCO |
| FabVantage: Technology Enabled Service – Addressing Challenges During Qualification, Transfer, and Ramp | Koyu Asai, Applied Materials |
| Enabling Artificial Intelligence: Materials Innovations for Advanced Logic | Hali Forstner, Applied Materials |
| 3D NAND Flash Memory Technology | Randy Koval, Intel |
| 3D NAND & Emerging Memory Patterning | Sean Kang, Applied Materials |
| Electrification and Vehicle Intelligence Pioneer the Intelligent Mobility | Haruyoshi Kumura, Nissan Motor |
Applied Materials invests in talent. Our Internship Program and New College Graduate Programs are designed to train and engage emerging technology professionals in a variety of disciplines and assist with the transition from academia to a corporate environment. We provide networking, leadership, and team building opportunities, giving participants both valuable business contacts and practical skills.
