Achieve quality excellence with Teamcenter Quality
Realize LIVE | Teamcenter | Cross-industry | Manufacturing
Back to Realize LIVE content library
A consistent approach to quality management is essential for manufacturers aiming to accelerate innovation, achieve flawless production and ensure premium quality. In order to achieve these goals, manufacturers need to remove the boundaries within product lifecycle management (PLM) and expand the focus of their quality management system (QMS) beyond traditional paradigms.
Watch this session to stay updated on the latest developments and innovations in our Teamcenter Quality product line. Became familiar with current and upcoming product capabilities, enabling you to successfully plan your next implementation stages. Discover how your design, manufacturing and quality management teams can benefit from the best practices to ensure that your products achieve excellence.
主讲嘉宾简介
Katryn Leyh
Solution Domain Manager Quality
Katrin Leyh is the Solution Domain Manager for Quality Management at Siemens Digital Industries Software.
She began her professional career in 1991 at IBS GmbH, a leading company for manufacturing production, quality and traceability solutions. During her time there, she worked in various roles ranging from sales and customer relations to product management.
When IBS merged with Siemens in 2016, Katrin took responsibility for global business development of quality management software.
Katrin holds a Master of Science degree in Mechanical Engineering.
相关资源
HLS for Vision and Deep Learning Hardware Accelerators Seminar
8 part technical HLS video series with real examples applying it to computer vision and deep learning implementation.
Rapid Algorithm to HW: Using HLS for Computer Vision and Deep Learning Seminar
How HLS helps project teams rapidly & accurately explore power/performance of algorithms, quickly get to FPGA implementations to create demonstrator/prototypes & use same source RTL IP for ASIC implementation.
Edge Detection Walkthrough Video Series
9-part series provides a step-by-step walkthrough of what's needed to take a C++ floating-point algorithm all the way to optimized RTL using Catapult.