Driving Optimization and Efficiency in a Semiconductor Equipment Company through Digital Transformation

上午 11:35 - 上午 11:55

In this, the beginning of the AI era, the semiconductor industry is growing rapidly due to the value AI is bringing to society. It is driving unique requirements in Device technology that in turn require unique capabilities in the production equipment. Digital Transformation at Tokyo Electron is starting to be applied to the Product Lifecycle, from significant improvements in R&D and product development to customer service. It is allowing for a vision where human workloads are shifting from manual to high value-added efforts, higher quality and reliability can be obtained, and smart production can provide various efficiency and productivity benefits. Various applications of Digital Transformation at Tokyo Electron will be described in this presentation.

Key Technologies Covered

Device technology in the AI area
Digital transformation driving optimization and efficiency at a Semiconductor Equipment Manufacturer
Product Lifecycle improvements
Using AI for improved product development
Digital transformation for increased productivity of operations
Shifting Human Workload from Manual Labor to Added Intelligence
Smart production

Featured Speakers

Dr. Peter Loewenhardt

General Manager Technology Strategy, Tokyo Electron

Peter Loewenhardt is the General Manager, Technology Strategy, Customer Engagement Strategy Division at TEL presently living in Japan. After joining TEL in February 2021, he has focused on semiconductor products technology and their respective roadmaps, matching them to the industry’s future requirements & needs. Previous to TEL, Peter was at Applied Materials serving as Chief Technologist in Taiwan, and Field Technology in Europe. He spent 13 years at Lam Research focusing on Etch and Wet Clean tool & process development and started his career at Applied Materials USA focusing on Etch and Dielectric CVD tool and process development. Peter also researched fusion refueling at the California Institute of Technology and has a PhD in plasma physics from the Australian National University.