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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 accelerated development and time-to-market by co-developing and licensing large scale Atomic Layer Deposition technology from Beneq®. Beneq® is a leading supplier of Atomic Layer Deposition equipment and thin film coating services. These thin film solutions are transforming the future of displays.
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.
GOVERNMENT FUNDED PROGRAMS
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.