MEMBER DIRECTORY

DR YIELD is the innovative leader in Big Data and AI analytics and provider of the high-performance, smart, flexible and innovative semiconductor yield analysis solution, YieldWatchDog. YieldWatchDog allows manufacturers to quickly identify yield issues and correlate test results from WAT/PCM, defect inspections, wafer/die sort and final assembly/test, all within one tool. Semiconductor manufacturers use YieldWatchDog to improve yields, reduce test times and get products to market faster.

Our mission is to attract and grow quality businesses, and advocate for Greater Phoenix’s competitiveness. Established in 1989, the Greater Phoenix Economic Council (GPEC) actively works to attract and grow quality businesses and advocate for the competitiveness of Greater Phoenix. As the regional economic development organization, GPEC works with 22 member communities, Maricopa and Pinal Counties and more than 200 private investors to accomplish its mission, and serve as a strategic partner to companies across the world as they expand or relocate. Consistently ranked as a top national economic development organization, GPEC’s approach to connectivity extends beyond the fabric of the community. Known as The Connected Place, Greater Phoenix is in a relentless pursuit of innovative and entrepreneurial technology-focused companies that are committed to changing the game. As a result, over the past 30 years GPEC has fueled the regional economy by helping more than 1000 companies,

PV System Installation Service, PV Project Developer

MOBI is a member-led consortium working to make transportation greener, more efficient, and more affordable, using blockchain and related technologies. Through research, education, innovation platforms, colloquiums, and working groups, MOBI works to create and promote high industry standards for smart mobility blockchain adoption.

About Ørsted in Taiwan • The Greater Changhua 1 & 2a offshore wind farms will be located 35-60 kilometers off the coast of Changhua County and have a capacity of approx. 900MW, enough to supply around 1 million Taiwanese households with green power. The construction of the offshore wind farms will be finalized between 2021 and 2022. • In June 2018, Ørsted was awarded the right to build another 920MW offshore wind in Taiwan through its Greater Changhua 2b & 4 sites. Changhua 2b & 4 are to be built in 2025, subject to Ørsted taking final investment decision on the projects in 2023. • Ørsted is also the co-owner of Taiwan’s first commercial-scale offshore wind project, Formosa 1, which was extended from a capacity of 8MW to 128MW in 2019. As the world leader in offshore wind, Ørsted operates more than 1,450 offshore wind turbines. Ørsted has installed approx. 6.8GW offshore wind capacity and has a further 3GW under construction, including Changhua 1 & 2a. In addition, Ørsted has secured the rights to build approx. 2.9GW offshore wind in the US by 2024, approx. 1.1GW in Germany by 2025, and approx. 0.9GW in Taiwan by 2025. It is Ørsted’s ambition to have installed a total of 15GW offshore wind capacity world-wide by 2025. About Ørsted The Ørsted vision is a worl(more...)

Solar Power Plant development/ EPC service / O&M service provider

JERA, the joint venture between 2 major power companies in Japan: TEPCO FP and Chubu Electric Power Company, is a world-leading electric utility. JERA participates in the ownership of power generation assets with a total capacity of 75GW and 8 LNG receiving terminals. In Taiwan, JERA has had a close relationship with TPC across 3IPPs with around 2GW in capacity for over decade. In 2019, JERA Energy Taiwan is established and we participated in Formosa I offshore wind project: the first commercial scale offshore wind power generation facility in Taiwan. Through our global operations, JERA brings the world’s leading energy solution to Taiwan.

Community College

Boise State University is a public, metropolitan research university providing leadership in academics, research, and civic engagement. The university offers an array of undergraduate degrees and experiences that foster student success, lifelong learning, community engagement, innovation, and creativity. Research, creative activity, and graduate programs, including select doctoral degrees, advance new knowledge and benefit the community, the state and the nation. One of Boise State’s areas of research strength is materials science and engineering. A critical mass of faculty expertise exists to make substantive inroads in public–private research partnerships by helping industry partners understand the structure property-processing correlations of additively manufactured systems and their impact on product performance.

SONOSYS offers high frequency ultrasonic solutions (=Megasonic) to clean smallest particles down to the few nanometers range by not or minimal pattern damage. This is used in semiconductor, MEMS, optics and the food industry. The semiconductor applications are mainly wafer and photomask cleaning, both in a single or batch cleaning process.

Utechzone has been devoted to the research and development of Automatic Optical Inspection (AOI) machines for over three decades. The company not only launches a comprehensive product line covering Semiconductor, IC substrate, LCD, and PCB industries, but also presents AI deep learning to further enhance precision and efficiency. Guided by the core value of ”We Serve with Vision”, Utechzone has integrated optics, software, mechanisms, electricity control, and algorithms to help various manufacturers achieve high quality at a reasonable cost.

Selling professionally in rubber products,engineering plastics especially in PTFE and PFA,hydraulic system and pneumatic system accessories,process manufacturers.

Logitech are recognised as world leaders in many aspects of materials processing, shaping and surface finishing technology. This position has been reached through many years expertise in materials processing and in the design and manufacturing of precision equipment. Application areas where we can provide solutions and advance processing technologies include: Semiconductor materials processing Opto-electronics surface finishing Optical materials processing Geological science thin section preparation Test & measurement of materials Materials processing consumables

Pioneering the impossible since 1884. When others say no, we say yes. Because at SCHOTT we believe that shared responsibility can release the energy to achieve the impossible. As a global material technology group, we are constantly exploring unique and innovative ways to make a difference for businesses and people. Being a foundation company, SCHOTT has anchored a responsibility for scientific research, society and the environment deeply in its DNA. Represented in over 30 countries by 17,100 employees, we are a highly skilled partner for many high-tech industries: Healthcare, Home Appliances & Living, Consumer Electronics, Semiconductors, Optics, Astronomy, Energy, and Aerospace. Whatever challenges the future might hold, we can't wait to come up with innovative solutions and turn visions into reality.

The Schunk Group is an international technology group employing around 9,000 people in 29 countries. The company is a leading supplier of products made of high-tech materials – such as carbon, technical ceramics and sintered metal – as well as machines and systems – from environmental simulation and air conditioning to ultrasonic welding and optical machines.

centrotherm is one of the leading developers and manufacturers of production equipment for various semiconductor technologies and applications, such as logic and memory devices (e.g. Flash, DRAM) power semiconductors (e.g. Si, SiC), LED, SMT, MEMS or sensor technology: The product portfolio comprises horizontal and vertical batch furnaces (atmospheric or vacuum processes), vertical high temperature furnaces (annealing up to 2050°C, oxidation up to 1350°C), single wafer systems up to 300mm wafer diameter (RTP, low-temperature microwave oxidation). For the microelectronics industry we offer vacuum soldering systems and conveyor furnaces for a broad spectrum of thermally activated processes, such as thick film processes (drying and sintering) or DCB (remelting and connection), LTCC and MLCC manufacturing (firing). Our equipment is designed for all needs from R&D to mass production. Furthermore, the company equips well-known solar companies with single equipment (AP and LP diffusion, annealing, PECVD, firing) to manufacture crystalline solar cells and modules. centrotherm photovoltaics is market leader in anti-reflective coating equipment.