PLM for cloud is changing the product development process and having a fundamental impact on the way a business operates. In this final podcast of our Teamcenter X solution, Mary McDonald, Global Industry Marketing Leader for small and medium business at Siemens Digital Industries Software, and Tim Yerby, Solution Director for Industrial Machinery at Siemens Digital Industries Software, discuss some of the challenges companies face when doing product development, design, and innovation, implementing a digital environment and new technology. Companies are realizing they have limited resources ..read more

Amazon Web Services (AWS) is architected to be the most flexible and secure cloud computing environment available today. The core infrastructure is built to satisfy the security requirements of the military, global banks, and other high-sensitivity organizations.   In addition, AWS uses the same secure hardware and software to build and operate each of the regions and service offerings to associate that it is supply-vetted and accepted as safe enough for top-secret information, benefitting all customers globally. In our second podcast in the Teamcenter X industry solutions series, w ..read more

Software as a Service (SaaS) is a way of delivering applications over the Internet. We have all become users of cloud solutions, often starting with our mobile phones and backing up data to iCloud or Google Drive. However, SaaS applications have become more pervasive in our work lives, with companies like Salesforce leading the way with CRM and Microsoft moving from selling the office suite to a cloud service for document creation and storage. Our host Chris Pennington, Global Industry Marketing Leader for Industrial Machinery at Siemens Digital Industries Software, is joined by Michael Bolan ..read more

An increase in the complexity of designs has led to the adoption of more advanced technology in verification. This is helping companies increase their efficiency and keep the cost reasonable as they meet the needs for more customized products. With many new technologies becoming available, engineers need to focus on solutions that meet their needs effectively. I’m your host, Joe Hupcey, a Verification Product Technologist, and today I’m joined by Harry Foster, Chief Scientist Verification at Siemens EDA. He is also the Co-Founder and Executive Editor of the Verification Academy. We’ll continu ..read more

Increased electrification and customization have significantly increased the complexity of ASIC hardware design and verification.  This has resulted in many projects taking longer period than expected. That’s why companies must develop more efficient design technologies and verification mechanisms. I’m your host, Joe Hupcey, a Verification Product Technologist, and today I’m joined by Harry Foster, Chief Scientist Verification at Siemens EDA. He is also the Co-Founder and Executive Editor of the Verification Academy. We’ll continue our discussion on the findings of the 2022 Wilson Resear ..read more

The increased complexity in FPGA design has also increased the complexity of the verification process. Organizations are now looking to leverage new verification techniques and languages. While more tools and languages are now available for verification, engineers must learn the necessary skills to get the most out of them. I’m your host, Joe Hupcey, a Verification Product Technologist, and today I’m joined by Harry Foster, Chief Scientist Verification at Siemens EDA. He is also the Co-Founder and Executive Editor of the Verification Academy. We’ll continue our discussion on the findings of t ..read more

Increased complexity is one of the biggest problems that manufacturers are currently dealing with. One of the biggest causes of this is increased electrification and the need for customized products. Adding features to cater to those needs requires redesigning critical components such as the FPGA. I’m your host, Joe Hupcey III, a Verification Product Technologist, and today I’m joined by Harry Foster, Chief Scientist Verification at Siemens EDA. He is also the Co-Founder and Executive Editor of the Verification Academy. We’ll be discussing the findings of the 2022 Wilson Research Group Functi ..read more

What is the future of innovative technology and manufacturing? Siemens is on the pulse of groundbreaking technologies. In step with that objective, Siemens Digital Industry Software Thought Leadership Team provides podcasts, blogs, articles and white papers based on the knowledge of engineers and experts in their field, discussing what Siemens is doing and forecasting the landscape of many industries and technologies. We want to share a little about our team, its members, and our work. Our team focuses on emerging technologies in the next two to five years that Siemens is investing in and for ..read more

Low-code was not built as a full replacement hard coding. In fact, in most cases, it complements it by accelerating the software development process. It therefore shouldn’t be viewed as the answer to everything even though it’s a perfect answer for many scenarios.  The challenge is identifying which these scenarios are and proving that it is actually effective for them. That’s why testing out a low-code platform by building a minimum viable product is important before making a decision on whether to adopt it. In this last of six episodes investigating low-code myths, the host Michael Bo ..read more

In safety-sensitive industries such as aerospace, management needs to keep detailed logs of all their processes. This makes the industry very cautious when adopting any changes. They don’t just run towards the next flashy innovation before thoroughly understanding what its impact on their compliance is. They want efficient systems that are consistent and enable them to remain audit-ready. That’s where low-code comes in. With just some minor changes in what team members do, it is able to deliver tremendous value, very fast,  across the value chain. In this fifth of six episodes investiga ..read more