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Mon May 09

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Mon May 09
4:00 PM
4:00 PM - 5:00 PM MST / Mon May 09, 11:00 PM - Tue May 10, 12:00 AM Your local
time   (1 hour)
Join the transformation


Interested in what it really means to join the transformation? Come see as Tony
Hemmelgarn, President and CEO of Siemens Digital Industries Software, kicks off
the week with his vision. Hear stories of customers who are transforming their
industries and insights into Siemens’ transformation to a sustainable, focused
technology company.

Tony Hemmelgarn
President and CEO
Siemens Digital Industries Software
Keynote
Stacey Higginbotham
Moderator
Tue May 10
8:30 AM
8:30 AM - 9:30 AM MST / 3:30 PM - 4:30 PM Your local time   (1 hour)
Transform to co-create a better world


Aker Solutions and Bye Aerospace are very different companies, but they both
share a passion for saving the planet. In this sustainability-focused session
you’ll learn about Aker Solutions’ journey to digitalization and the impact it’s
had on the energy industry, as well as how the digital twin is enabling
breakthrough strides in the creation of Bye Aerospace’s electric aircraft.

Henrik Alfredsson
Managing Director
Aker Solutions AB
Keynote
George Bye
Founder, Chairman and CEO
Bye Aerospace, Inc.
Keynote
Stacey Higginbotham
Moderator
Wed May 11
8:30 AM
8:30 AM - 9:30 AM MST / 3:30 PM - 4:30 PM Your local time   (1 hour)
Transform experiences


When innovation extends beyond a single product or solution, it transforms
entire experiences. Hear from your peers on design optimization, process
management, and use of data to continuously improve. And you won’t want to miss
the incredible guest speaker that we can’t wait to announce.


Thu May 12
8:30 AM
8:30 AM - 9:30 AM MST / 3:30 PM - 4:30 PM Your local time   (1 hour)
Transform the everyday


This may be the final main stage session for the week, but the transformation is
just beginning. Discover the latest innovations from experience centers across
the country and realize the impact they will have on our future. Most
importantly, understand how you can make a difference in the future of our
everyday and our planet.


NOT SCHEDULED YET
NOT SCHEDULED YET
Future of Package Design - Get to market faster with MCAD-ECAD-Simulation
ecosystem


What drives the adoption of collaboration between MCAD, ECAD and Simulation
workflows? The answer is threefold: the continuous increase of electronic
functions in ever smaller spaces, the ever shorter development cycles and the
continuous pressure on cost reduction. To keep up with Moore’s law, engineers of
semiconductor companies are faced with fundamental challenges. The standard
approaches for downscaling at advanced process nodes e.g. below 5 or even 2nm
bear fundamental limitations at some point. 2.5D and 3D IC with advanced
packaging is one the solutions industry has been adopting as to address those
problems. Sometimes referred to as ‘More than Moore’. Yet 2.5D and 3D IC
packaging puts extra challenges to the engineers dealing with thermal and
reliability objectives of the electronic systems. In addition, lot’s of
electronics today integrate wireless functions, primarily for communication
purposes, such as WIFI, BLUETOOTH, 4G, GPS, 5G and any combination of those. By
integrating electronics in ever smaller spaces, it can happen that
 communication performance is compromised by the presence of other electronics
and even by the presence of the thermal cooling systems. For example, larger
heat heatsinks for mitigating more thermal energy, could distort the
communication functions of the electronic device, resulting in lower bit rate,
lower latency, and lower reliability of the communication channel. This is where
the collaboration between MCAD, ECAD and Simulation workflows becomes essential.
Making sure to link an ECAD design change, to a thermal workflow, to a
RF/antenna integration workflow allows to effectively mitigate those issues in
an efficient manner. During the deep dive session at Realize Live, Siemens
experts will provide several cases on how coupled, MCAD, ECAD and Simulation
workflows, enabled through Xcelerator and Simcenter, allow the engineers and
designers to work efficiently collaborate, de-risk the development projects and
ultimately provide top notch products customers are expecting.

Koen De Langhe
Product Manager
Siemens Digital Industries Software
Speaker
Mr. Alan Porter
Industry Vice President, Electronics and Semiconductor
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
"Personify" program management using Mendix

The maturity of program management can be defined as managing to gaining control
to driving value. Traditionally program manager (PM) sets the program, sets the
timeline, assigns responsibilities to the team and the team responds by
providing dates / status (often the status is a pull from PM). This process
lacks the rationale behind each contributor to provide meaningful commitments,
all because they don't have all the information to be realistic. They need to
access or visit multiple systems to gather the information in order to do their
job - they do not care about the program manager's view of the world, they are
more concerned about their view of the activities while they are contributing to
multiple such programs. This information for the personas in the program is
eclectic and drives shadow IT to make custom home pages / dashboards etc for
these personas. If these views are absent then the commitments are nothing but a
guess and will lead to surprises or delays in programs. Mendix can help these
persona specific views, while leveraging the back bone of program management +
Teamcenter as a whole.
Vikram Shah
Technical Account Manager
Siemens Digital Industries
Speaker
NOT SCHEDULED YET
#SCTCloudApp on MindSphere

Servitization describes how your business and digital transformation journey
creates new  services offerings for your customers. Selling outcomes through new
services in addition to traditional products, requires reconsidering what you
deliver to customers and how you deliver it. This transformation to
servitization embodies design for service, a traceable digital twin and
optimized asset and service execution.
Luca Ianiri
Engineer
Sorain Cecchini Tecno
Speaker
NOT SCHEDULED YET
150% publication: Variants virtualization in Work Instructions

Together with Caterpillar France, we built a solution that allows processing
variants from Manufacturing Process Planner to the HTML5 Interactive Work
Instructions based on Cortona3D tool. As a result we are able to create 150%
Work Instruction that includes all different variants of the product based on
vehicle attachment and operator. Shop floor portal allows us to filter content
for specific user and type of performed work on production line.
Bart Zbieg
SLM Senior Consultant
CADIT UK
Speaker
Christophe Meunier
Caterpillar Inc
Speaker
NOT SCHEDULED YET
8 key steps to Teamcenter classification

Transforming part data through enrichment and classification is essential to
improve overall Teamcenter search & classification experience. We will walk
through the 8 steps of transforming part data from basic part number and legacy
descriptions to an attribute rich classified part. Best practices from past
projects continually cleanse and classify part data prior to adding it to
Teamcenter to ensure accuracy and completeness. Convergence Data is a Siemens
Partner - we help accelerate the adoption of Teamcenter with our data services
operations.
Richard Turner
President
Convergence Data Services
Speaker
NOT SCHEDULED YET
A new engineering education paradigm for the new generation of engineers by a
smart integration of simulation software with courses across engineering
curriculum

With a generous gift by Siemens Digital Industries, the University of
Cincinnati-Siemens Simulation Technology Center was established in 2017. The
Center started a new education approach to introduce simulation tools in
fundamental courses across the curriculum aiming at improving student learning
by directly connecting theories to practical applications. The sequence of
introducing software and the course/semester is: NX-Graphics in Engineering
Graphics (2nd semester), NX-NASTRAN in Solid Mechanics (4th), AMESims in
Dynamics (4th), STAR CCM+ in Fluid Mechanics and Heat Transfer (5th and 6th). In
each course, simulation software is introduced right after teaching the main
concepts, for example beam theory in Solid Mechanics, then a demo problem that
has the analytic solution, and a more realistic problem that only can be solved
numerically are assigned. For advanced senior and graduate students, two
graduate courses - Acoustics and Simulation of Multi-Physics Systems - provide
more substantial simulation experience to use multiple software with the
Simcenter-3D (for example to solve a vibro-acoustics problem or a
fluid-structure-thermally coupled problem.) The class of 2021 was the first
cohort who has gone through the full cycle of this sequence. We believe they are
very well-equipped to tackle the challenging engineering problems they will
encounter. We also strive to further improve our new paradigm by developing
projects for students to work through multiple courses. For example, students
develop a 3-D model of a new thermal fin in Graphics, simulate the flow across
the fin in Fluid Mechanics, obtain the thermal transport in Heat Transfer,
3D-print the fin and measure its actual performance in Senior Lab, develop an
improved fin design as their senior capstone design, which is given to the
students who start the sequence. In graduate courses, students conduct
aero-acoustics simulation or thermo-elastic simulation to assess flow induced
noise or thermal stress for fatigue analysis.
Jay Kim
Professor and Department Head
Department of Mechanical and Materials Engineering, University of Cincinnati
Speaker
NOT SCHEDULED YET
A panel discussion on Siemens/industry/university collaboration

For nearly a year, there has been a very active collaboration between Siemens,
Northrop Grumman Space Systems, Arizona State University and Virginia Tech. The
panel will discuss the experience of various contributors and discuss ways to
enhance such a collaboration to rapidly bring the digital transformation to
aerospace industry.
Rakesh Kapania
Mitchell Professor of Aerospace and Ocean Engineering
Virginia Polytechnic Institute and State University
Speaker
NOT SCHEDULED YET
A successful digital thread manages your EBOM in Teamcenter alongside of design

Managing your EBOM in Teamcenter together with your design data enables
decreased cycle times for change execution, earlier digital verification in the
development process, design validation against your buildable product
configurations, and real-time 3D digital renders for review, marketing and sales
websites. This session will introduce Teamcenter's new EBOM management products
and why they are best positioned to create your own high-value digital thread.
Venkat Gonuguntla
Product Manager
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
A successful journey to Active Workspace

Today, organizations are dealing with a changing distributed workforce that is
always connected and expects to work anytime, anywhere, on any device. This,
coupled with a demand for increasingly complex customizable products and high
market pressure to deliver faster, cheaper, and higher quality, is pushing
companies to leverage newer technologies. Transitioning your Teamcenter Rich
Clients to Active Workspace will help address these challenges. In this session
we will review a transition strategy along pre-defined paths aligned with your
business and technology needs to move your Teamcenter Rich Client users to
Active Workspace. We will review how customers have realized the value by making
the transition to Active Workspace, leveraging a business-driven implementation
based on a comprehensive evaluation of options, robust analysis tools that
assess risks and support the transition process and put enablement in place for
users through defined learning paths to meet business needs. Review resources
and content available to better understand the vast productivity features
included. Join us in learning how a zero-install configurable client can
dramatically lower your cost of ownership.
Jay Gorajia
Director, Global PLM/ALM Services and Outcomes
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
AI to bring the digital twin in the real world aka the executable digital twin

Artificial intelligence (AI) is one of the key technology drivers behind a lot
of digitalization initiatives in the current industrial revolution towards more
automation. The democratization of deep learning capabilities has contributed to
a wealth of applications in various fields of our society. Data scientists have
used this new instrument to become magicians for the experts in industry for
which the first-time-right design of new products and the efficient operation of
their manufacturing plants has become more and more complex. Digital twins on
the other hand have become a generic name for everything that can help the
product developer or manufacturing owner to simulate the complex behavior of
product or process and optimize it using a virtual variant, allowing to evaluate
a much larger space of possible solutions. The challenge however, is that the
creation of such advanced digital twins requires expertise which is not easily
available. In this session the author will show through a series of examples
with the product portfolio of Siemens Digital Industry Software how AI is used
to capture the experience of the engineers in product development and accelerate
the product development process. More-over, through AI, the usage of digital
twins can be facilitated beyond product development and support plant operators
to optimize manufacturing for reduced energy, improved quality and reduced
waste. Finally the session will give an outlook on how AI can be monetized
better and how the availability for low-code AI solutions will make its usage
also available to engineers and not just limit it to the data scientists of this
world.
Peter Mas
Senior Director systems engineering solutions
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
AI-driven decision support for resilience and sustainability in engineering

Building resilient and sustainable product lifecycles requires us to have an
integrated view on the entire value chain of our product, from design and
engineering to manufacturing and procurement. Today we find the data needed to
adequately support the engineers and designers working on our products spread
throughout many tools and sources. It is not trivial to connect the data or the
individuals responsible for different parts of the product life-cycle. With
knowledge graphs and artificial intelligence we at Siemens Technology create an
integrated view onto the entire value chain of a product, giving us the ability
to offer intelligent decision support to all functions along the value chain.
Based on a real-world customer example, this presentation will show how data
gathered from Teamcenter, SAP and external sources can be used to optimize a
bill of material based on availability, prices and ESG criteria of its
components.
Georgia Olympia Brikis
Head of Research Group "Physics-Informed Artificial Intelligence"
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
ALM in the cloud

In 2005, we introduced the world’s first 100% browser-based ALM enterprise
solution, built from the ground up to enable seamless collaboration across
disparate teams, and pioneered the concept of multi-directionally linked work
items for full traceability, accelerated productivity, and automated proof of
compliance. In 2020, we introduced Polarion X SaaS solution, an end-to-end,
enterprise-grade application development platform available on the cloud with
rapid onboarding, ready to use industry and best practices templates, and start
packages to get you going. In this session, we describe a successful journey
from defining customer value and onboarding through comprehensive enablement for
organizations of any size with Polarion X. Whether you are new to Siemens ALM,
an experienced Polarion user, or a partner looking to leverage Xcelerator as a
Service, this session is for you!
Jean-Francois Thibeault
Product Manager - Polarion X
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Academic development: Preparing students from NX design to 3D printing

This session will cover design techniques in NX that lead to successful 3D
printing. 3D printing is costly, therefore it is essential for students to
understand clearances and tolerances before printing. Attendees will see
firsthand tips and tools that I use as a Professor at Michigan State University
when teaching 3D printing. Reduce costly mistakes and print successfully.
Katherine Stevenson
Professor
Michigan State University
Speaker
NOT SCHEDULED YET
Accelerate Simcenter simulations with AWS cloud

Physics-based computer-aided engineering (CAE) simulations are heavily used to
accelerate the design of complex industrial applications and speed up the time
to product development. Production-scale workflows involving computational fluid
dynamics (CFD) and finite element analysis (FEA) simulations are compute-,
storage-, and network-intensive, and often require dedicated high-performance
computing (HPC) resources which come with high capital expenditures. With the
availability and ease of use of cloud computing technologies, users are now able
to run and scale these complex engineering simulations at a rapid pace and
significantly reduce the turnaround times and associated costs. In this
presentation, you will learn how users can leverage the AWS cloud’s latest HPC
technologies for scaling Siemens’ Simcenter simulations to advance their
innovation.
Dnyanesh Digraskar
Senior HPC Solutions Architect
AWS
Speaker
NOT SCHEDULED YET
Accelerating aircraft design using tool integration and automation

GA-ASI has created an aircraft design framework where CAD and CAE tools were
automated and connected by a digital thread. By leveraging application
programming interfaces (APIs) in CAD and CAE tools, GA-ASI has been able to
perform higher fidelity physics-based analyses earlier in the design cycle. Time
savings were achieved by minimizing the labor involved in model building, model
updating, and result post-processing.
Mr. Phu Nguyen
Senior Staff Engineer
General Atomics Aeronautical Systems, Inc.
Speaker
NOT SCHEDULED YET
Accelerating design using AI and machine learning with CFD

Applying AI to CFD applications can be a strategic asset to companies, as it can
help further reduce costs and create new differentiated values. AI driven smart
solutions offer substantial benefits to CFD engineers, designers, and analysts.
By working closely with our customers and leveraging the knowledge of Siemens AI
domain experts, we were able to cleverly reuse the Simcenter STAR-CCM+ data to
develop scalable AI/ML technologies and provide end-to-end solutions connecting
AI/ML models with Siemens Simcenter(Xcelerator). We were able to leverage AI
solutions with Simcenter to address customer needs in the design and development
process, build trust with our AI solutions, and help customers to build and use
simulation data as a strategic asset for their future data driven design
decisions.
Mr. Nicholas Amato
Simcenter Engineering Services Manager, CFD
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Achieve the seemingly impossible with NX Algorithmic Modeling!

Design variability and adaptability. Automation, and reuse. Systems driven
design and generative engineering. These are all capabilities that NX
Algorithmic Modeling can enable in your company. This session will open your
eyes to the art of the possible through NX Algorithmic Modeling.
Tod Parrella
NX Design Product Management
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Achieving business outcomes with Xcelerator

The number one criteria for success with software is user adoption, and learning
is key for user adoption. Last year we introduced you to Xcelerator Academy and
our learning offers. This year we want to give you insights on what our
customers are saying about it. Join the Xcelerator Academy’s live presentation
as we give you an overview of what Xelerator Academy is, why learning is
important during the software adoption stage, why you should join for your
digital transformation journey, and customer stories of challenges and
overcoming them. With innovated trainings provided by Xcelerator Academy, you
will be successful with Xcelerator.
Alexis Giron
Demand Generation Marketing Manager
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Achieving your sustainability goals with NX!

Sustainability is a key business objective at many companies today. Isn't it a
great feeling to know that you have NX to help you achieve your objectives?
How's that you say? Through the comprehensive digital twin that allows you to
design, build/manufacture, and validate your products digitally before ever
building a physical prototype, or manufacturing tooling. This session will show
how you can leverage the power of NX to help your company achieve its
sustainability goals.
Tod Parrella
NX Design Product Management
Siemens Digital Industries Software
Speaker
Paul Brown
Sr Marketing Director
Siemens Digital Industries Software
NOT SCHEDULED YET
Active Workspace declarative customization workshop

Using declarative framework to create a customization allows customers to mold
the application to align with their business processes. This presentation offers
a demonstration of how declarative framework can be used to easily develop
custom code, including a discussion of new enhancements to UI Builder.
Zack Epes
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Active Workspace indexing strategies

Updates to the Active Workspace indexing solution in the latest software
releases, including indexing and offline indexing strategies, have presented a
need to clarify the definition of new functionalities, potential impacts to
deployments, and best practices for successful implementation. This presentation
provides an overview of indexing updates in Active Workspace 5.2 and 6.0. to
better allow customers to integrate these tools seamlessly.
Zack Epes
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Active Workspace move from Rich Client to support digital engineering

From partnering for user stories to deployment and incorporation of ground
foundational approach PLM
Training both functional and IT, business case (Siemens) and in work approach to
deliver advanced capabilities and foundational preperation for digital thread
Nancy Casey
Product Owner - Integrated Product Data Management
The Boeing Company
Speaker
NOT SCHEDULED YET
Adding functionality to NX using NX/Open

In this session, I will discuss benefits of extending NX capabilities using
NX/Open code. I will show some examples of custom NX applications including:
recording and replaying a journal; name multiple objects; spell checking for
notes (PMI & drawing) and part attributes; topology identification (hole
extraction); surface from points (including curvature continuity and quality
evaluation).
Ric Hotchkiss
Principal Methodology Engineer
Engineering USA
Speaker
NOT SCHEDULED YET
Additive build simulation - compensating for metal AM distortion


The extreme temperatures and timescale gradients of metal additive manufacturing
invariable lead to significant part distortions and costly failed builds. Finite
Element Analysis (FEA) based printing simulation can not only predict these
types of failures, but also can provide the data needed to compensate, or
pre-distort, the printed model such that it deforms into its nominal shape, thus
saving the time and cost of development builds and post-process machining.
Successful execution of this type of solution requires a suite of integrated
finite element and design modeling technologies combined with robust workflows
and best practices.  Join Morf3D Solution Architect Jeff Blanford for a
conversation exploring the possibilities and pitfalls of Metal AM build
simulation and model compensation Key Takeaways

 •    Overview of the industry challenges with AM build simulation and efforts
to date 

•    Demonstration and benchmark results of the latest Siemens Simcenter 3D
Additive Manufacturing simulation and compensation solution performed on a
complex, AM-centric component 

•    Review of remaining challenges, future capabilities, and forthcoming
solutions

Jeffrey Blandford
Morf3D Inc.
Speaker
NOT SCHEDULED YET
Additive manufacturing: How it's changing the way products are designed

Additive manufacturing is driving an explosion in design innovation through the
realization of products that are better performing, more efficient, and more
customizable. New capabilities in NX to support these possibilities has also
expanded greatly including new structures modeling, improved levels of
simulation, and design for manufacture capabilities. This session will highlight
the art of the possible in NX Design for additive manufacture.
Tod Parrella
NX Design Product Management
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Addressing technical debt of an old Teamcenter instance

The Siemens Healthineers Teamcenter instance was set up >10 years ago on a
Teamcenter 2007 UA . After multiple upgrades, site consolidations and CAD
migrations the system required cleanup in almost all areas of the configuration
to enable global company wide collaboration. Examples are a complete rework of
the access rights management, decustomization of workflow handlers,
transitioning from RAC to AW, data model migrations and CAD-BOM alignment.
Depending on the type of cleanup, a slow transition is possible or a big bang is
required.
Frederic Said
Solution Architect
Siemens Healthineers
Speaker
NOT SCHEDULED YET
Advanced tolerance stack-up analysis

Using NX software, the tolerance stack-up analysis plugin can make very
difficult analysis extremely easy. This session will show real life examples of
how tolerance stack-up analysis using NX applies.
Stephen Samuel
President
Design Visionaries
Speaker
NOT SCHEDULED YET
Advances in CBM+ through the utilization of model based reliability

The growing need of predictive analytics and digital transformation towards
model based capabilities for fielded systems requires adaptation of tool sets
that can forecast diagnostics and reliability performance while reducing
downtime for unscheduled maintenance events. MADe by PHM Technologies has been
an enabler towards that objective and provides a solid foundation towards
continued advancements in these areas of focus. This brief will emphasis on the
benefits of this adoption of capability which has allowed reliability engineers
to efficiently perform analyses and trades through advance system modeling and
simulation capabilities to visualize system behavior response to failure and
provide comprehensible recommendations towards optimization of system
architecture and diagnostics performance to improve system availability and
readiness throughout a platform's lifecycle.
Kenney Crooks
NG Fellow
Northrop Grumman Systems Corporation
Speaker
NOT SCHEDULED YET
Automotive EDS development and subsequent wire harness manufacturing

Automotive EDS development and subsequent wire harness manufacturing
Michael Richter
Market Development Director - IES
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Badging while learning

Jennifer Bradford will educate the academic world and commercial partners on
ways Siemens is badging the next generation of digital learners.
Jennifer Bradford
Global Academic Program Manager
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Becoming a model-based enterprise

Manufacturers are facing market pressure to dramatically reduce program
development time and labor while also building and relying on processes that
confirm product viability before production begins. Hot topics like Industry
4.0, digital supply networks, and smart factories point toward a fusion of
process, technology, and talent that can deliver the game-changing outcomes
needed to compete and win. Yet, there remains uncertainty about how these
elements come together into a cohesive model-based approach across the product
life cycle. Too often, an effort to transform to a model-based enterprise (MBE)
is frustrated by “random acts of digital” that fall far short of delivering
value. In this session, you'll gain a deeper understanding of what’s required to
become a true MBE, and the tools and approaches that can accelerate
transformation.
David Vanderpool
Senior Manager
Deloittle Consulting, LLP
Speaker
NOT SCHEDULED YET
Bridging the gap between product definition and platform engineering

E/E systems development is a key part of bringing a platform to realization in
today’s market, driven by huge increases in E/E content and complexity across
software, hardware, networks, and electrical distribution. Discover how Capital
bridges the gap between product definition and platform engineering by
connecting the system modeling tools, such as System Modeling Workbench (SMW),
with the downstream engineering tools such as Capital Logic for electrical
design, or Capital Networks for network design for example. Capital also
connects with Teamcenter, bringing in a product plan to drive the option and
variant complexity, and connecting to Teamcenter and Polarion for requirements,
providing traceability directly into implementation. One of the key values
Capital provides is that of architecture optimization. Bringing mechanical data
in from NX, Capital can reuse the topology to construct a full, physical
architecture, which, when combined with the system models from SMW, can be used
to assess the quality of your functional connectivity against a detailed set of
configurable KPIs, before being used to generate the implementation proposals
used by the downstream engineering tools.
Learn how Capital can be used to capture, create, and manage E/E data across the
enterprise for any number of platforms, supporting complexity and promoting
re-use across the engineering digital thread.
Dave Wallace
Market Development Manager
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Bring your ideas to life: From napkin sketch to digital design

In this session, we will explore the digital design journey of an all-terrain
vehicle (ATV) third-party accessory. We’ll explore how to choose the best
reverse engineering strategy and what to look for. Using vendor drawings, manual
measurements, photogrammetry, laser scans and CMM output, we will create output
files. From there, we will explore the benefits of each file type and new ways
to maximize the benefits of mechanical design within Solid Edge.
Matt Johnson
Digital Design Coordinator
Proctor and Gamble
Speaker
NOT SCHEDULED YET
Bringing the real world into the real classroom: How teaching with NX empowers
educators

This session is focused on strategies to teach and manage large NX class sizes,
both online and in person. We will cover the common struggles of academic
teaching, referencing my 10 years of experience at Michigan State University,
where I have taught NX to over 4000 students with a 94% success rate. Academic
training topics will include: preparing students for the industry using NX;
activities & collaborative learning methods; providing support ; assessment &
evaluation techniques.
Katherine Stevenson
Professor
Michigan State University
Speaker
NOT SCHEDULED YET
Bringing transparency and consistency to internal workflow processes with Kaneka
Malaysia

Kaneka Companies in Malaysia is a well-established chemical manufacturing
company headquartered in Japan. Their companies were finding the best way to
accelerate digitalization especially in manufacturing area. To name a few of key
areas that Kaneka has been focusing on are raw material management, material
transportation, and production – and many processes were disjointed without
consistency at an enterprise level. Along with partner Orangeleaf, Kaneka
Malaysia created several low-code applications to digitalize and standardize
workflows across various plant locations to improve collaboration and
operational efficiency.

NOT SCHEDULED YET
Building a Deployment Center Quick Deploy cheat sheet

Deployment Center is taking over for TEM. A Quick Deploy XML can be used to
create and install a new environment in Deployment Center. In this session, I
will show how you can build a cheat sheet (in Excel) for adding lines
(application and components) to your Quick Deploy XML.
Randy Ellsworth
Senior Consultant
Sherpa Design
Speaker
NOT SCHEDULED YET
Building the digital thread across HPC clusters

Building an industry standard digital thread requires standardized workflows for
simulation process and data management (SPDM). The Siemens Xcelerator SPDM
solution provides a closed-loop integration where the user can seamlessly flow
analysis data from their desktop workstation to the server database without
oversight, thus removing the burden of data management from the user. For
analyses that require a significant amount of computing power, many engineers
and scientists employ high performance computing clusters (HPC) for solving
large problems, rather than running solvers on desktop engineering workstations.
Building a digital thread requires any work completed on HPCs be brought back
into the database. Thus, creating a simulation tool integration between
Xcelerator SPDM solution and the analysis solvers on the HPC has proven
extremely useful. This presentation will show how this was done at Northrop
Grumman and covers an example of how to set up a tool configuration, set up
permissions to securely access the HPC from the database, and will demonstrate a
full use case of HPC simulation tool functionality.
Sarah Culp
Associate Software Engineer
Northrop Grumman Systems Corporation
Speaker
NOT SCHEDULED YET
Building world-class products accurately and efficiently using the latest
manufacturing techniques

Join us for a panel discussion on the latest trends in manufacturing. Hear from
customers, partners, and Siemens experts first-hand. Topics will include
industry trends, generative design, additive manufacturing, digital twin,
tooling design, automated NC programming, and more.
Jim Wright
Senior Application Engineer
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
CFD modelling on the perturbance of Perseverance Mars rover in MEDA wind sensors

MEDA is a Mars weather station onboard Perseverance rover on Mars. The geometry
of the rover can affect the measurement of the sensors of MEDA, especially the
wind sensors. With FLOEFD we evalute the wind perturbation that the rover
produces on the sensors, modelling Mars conditions.
Josefina Torres
Senior Engineer
INSTITUTO NACIONAL DE TECNICA AEROESPACIAL ESTEBAN TERRADAS MDE
Speaker
NOT SCHEDULED YET
CI/CD for Teamcenter with Azure DevOps

Azure DevOps provides developer services for allowing teams to plan work,
collaborate on code development, and build and deploy applications.  See how
this popular tool can be used to automate build and deploy pipelines for your
Teamcenter environments through the use of continuous integration and continuous
delivery (CI/CD).
Andrew Blainey
Principal Solution Architect
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Capital Embedded Software for AUTOSAR ECU development

This session will highlight the services we offer when supporting our customer’s
AUTOSAR ECU development process using Capital VSTAR solutions. We will look in
detail at an example of our approach to ECU integration using a variety of data
generated by OEM & Tier 1 organisations, including application software
components (models/code), network architecture, and diagnostics/OEM
requirements. This leads to a set of outputs forming the verified ECU binary
executable.
Mohamed Maged
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Changing the hearts and minds of engineers during PLM

One of the main strengths of Teamcenter is the ability to configure the
application to an organization’s needs. However, research shows that the
majority of PLM implementations fail due to ineffective organizational change
management, which includes managing culture change and agreeing on leading
practices. Motivating employees and moving them up the “adoption curve” is one
of the most important elements of any major transformation project. In this
session, you'll hear about several client case studies that will illustrate how
to achieve effective change adoption and sustainment through time-tested
approaches to effectively drive cultural change and adoption of PLM during
Teamcenter implementations.
Asi Klein
Managing Director
Deloitte Consulting LLP
Speaker
Matthew Fox
Senior Manager
Deloitte Consulting LLC
Speaker
NOT SCHEDULED YET
Chat with Bob Haubrock and the PES

Join Bob Haubrock for an "open mic" session to talk about the PES business. Bob
will be joined by members of his leadership team who will be happy to take your
questions.
Bob Haubrock
Senior Vice President
Siemens Digital Industries Software
Speaker
NOT SCHEDULED YET
Close enough

In a world that is relying more and more on a digital twin, being "close enough"
just won't cut it anymore. This is especially true of sheet metal parts being
designed in a dynamic environment, where massive change can and will occur
during development. Thinking of our parts as true digital twins, helped Lexmark
build robust models that reduce engineering time during development. The ability
to manipulate smart sheet metal models and adapt to changing requirements on the
fly, is precisely what NX Sheet Metal brings to the table with its suite of
tools. In this live demo we'll explore some of the pitfalls our users have
encountered with sheet metal models, and we'll build a part from scratch that
will handle any change we throw at it.
Cory Soldwisch
Sys Admin/BA
Lexmark International
Speaker
NOT SCHEDULED YET
Codeless test automation for Teamcenter Active Workspace Client

Teamcenter Active Workspace Client (TC AWC) is a new web-based client for
Teamcenter with new features like high-performance search using Solr engine,
in-built support for Visualization, CAD Integrations, and support for mobile
devices. Customers should move from TC Rich Client (TC RAC) to TC AWC. While
adopting TC AWC, validating that all the existing features are properly ported
from TC RAC to TC AWC is a major challenge which requires a lot of time, effort,
and money. A good test automation solution will be very helpful to overcome this
challenge. Nowadays, with agile methodology for project execution, we need to
deliver working code for all the planned use cases with each sprint, where
sprint duration is usually 2 to 6 weeks. For such low duration an efficient test
automation solution is must. Cost of fixing an issue increases exponentially
with time. With test automation solution, we can "Shift Left" identification &
resolution of issues. Active Tester helps customer to overcome above 3
challenges by providing a codeless and ready to use solution which is
specifically developed for Teamcenter. This session will cover Active Tester
solutions in detail, show how it is codeless and how easily it can be adopted by
customers.
Vipul Singhal
Enterprise Architect
HCL Tech
Speaker
NOT SCHEDULED YET
Collaborative reviews in design education: Using Siemens NX Virtual Reality

Design education is vastly based on project-based courses where students learn
while working on real-world problems. To ensure that students gather knowledge
and develop correct problem solving routines, educators provide personalized
feedback through reviews of students' work. During these reviews, educators
discuss the work with students and think aloud to help students understand
critical points of their design. Traditionally, these reviews are conducted by
visualizing students' work using a desktop computer or paper-based
visualization. However, educators can have issues with understanding size
perceptions and delivering the issue to students, while students can have
problems understanding the points raised by educators. It is thus necessary to
support these reviews with technologies that facilitate discussion and support
shared understanding. The CAD course at the University of Zagreb implemented
Siemens NX Virtual Reality to test its potential for design reviews. In this
course, 14 engineers from several companies reviewed seven designs created by
three-member student teams. In a collaborative design review session, four
members (two engineers and two students) were simultaneously in virtual reality
at the one-hour long meeting. Both students and reviewers reported a positive
experience. More specifically, as the main advantages of Siemens NX Virtual
Reality, both students and engineers reported improved size perception and
easier discussion of problems and solutions since they could always see where
the others were looking and pointing at while talking. In addition, shared views
and manipulations of objects were also quite useful as they encourage
collaborative work. Employing Siemens NX Virtual Reality is also robust to
sudden lockdowns, enables employee experts from different physical locations
around the world and thus enables a smoother work of virtual teams. Finally,
this type of review is robust to the lockdowns such as the one caused by the
pandemic. Hence, using collaboration mode in Siemens NX Virtual Reality is
beneficial for design education.
Nikola Horvat
Research and Teaching Assistant
University of Zagreb
Speaker
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