Mes SW Factory in Siemens AS MES - 2014.05.17 - mini Italian Agile Day - Genovaicelands
A description of how the Lean transition is progressing in the AS SW MES organization, a 500 people R&D group part of the Siemens Industrial Automation sector.
The leading change agent that coordinates the Lean transition is the Enterprise Transition Community, a group that initiates, encourages, and supports the effort to introduce and improve the Lean transition.
The transition is supported by the MES Software Factory, i.e. the collection of processes and tools that make possible the value creation in the software organization: key elements are the value stream management scaled at all levels of the enterprise together with a strong continuous improvement process.
System engineering capabilities of 3 dexperience platform for nuclear market ...Capgemini
Virtual system engineering is a key driver for nuclear market to ensure the compliance and the safety of the nuclear plant design in regards to stakeholder needs and functional requirements. The 3DEXPERIENCE platform is offering a unique framework dedicated to system engineering to enable effective decision making by modelling & simulating complex behaviour , fast assessment of technical solution performance, innovation, cost and end-to-end view with advanced requirements management to secure and verify specification . The new System Traceability tool, fully integrated in 3DExperience suite, offers enhanced system traceability and provides a collaborative environment to exchange on model content through a Web based interactive interface. A specific demo featuring a pump system design for nuclear plant demonstrates the end to end traceability between external word requirement document, a Simulink model and a Control Build model
Mes SW Factory in Siemens AS MES - 2014.05.17 - mini Italian Agile Day - Genovaicelands
A description of how the Lean transition is progressing in the AS SW MES organization, a 500 people R&D group part of the Siemens Industrial Automation sector.
The leading change agent that coordinates the Lean transition is the Enterprise Transition Community, a group that initiates, encourages, and supports the effort to introduce and improve the Lean transition.
The transition is supported by the MES Software Factory, i.e. the collection of processes and tools that make possible the value creation in the software organization: key elements are the value stream management scaled at all levels of the enterprise together with a strong continuous improvement process.
System engineering capabilities of 3 dexperience platform for nuclear market ...Capgemini
Virtual system engineering is a key driver for nuclear market to ensure the compliance and the safety of the nuclear plant design in regards to stakeholder needs and functional requirements. The 3DEXPERIENCE platform is offering a unique framework dedicated to system engineering to enable effective decision making by modelling & simulating complex behaviour , fast assessment of technical solution performance, innovation, cost and end-to-end view with advanced requirements management to secure and verify specification . The new System Traceability tool, fully integrated in 3DExperience suite, offers enhanced system traceability and provides a collaborative environment to exchange on model content through a Web based interactive interface. A specific demo featuring a pump system design for nuclear plant demonstrates the end to end traceability between external word requirement document, a Simulink model and a Control Build model
Agile PLM implementation and systems integration at sun microsystemsulfkoester
SUN went through a significant IT improvement program in their Product Innovation processes, now covering the the complete product value chain with a complete, open and integrated solution. David was project leader for the SUN PLM transition project. In late 2009, Oracle acquired Sun Microsystems for $7.4B. As part of a large systems integration project, 2 instances of MatrixOne PDM were replaced with Agile PLM 9.3. The implementation began in January 2010 with Phase 1 going live on September 27, 2010. The first phase included core Agile PLM plus interfaces to mCAD and eCAD on the front end, and a downstream integration to Oracle's existing eBusiness Suite R12.1.3 via the Agile Design-to-Release Process Integration Pack (D2R PIP).
The project comprised 4 phases of which 3 are now live, realizing true "art-to-part" enterprise PLM. David's presentation will cover the business issues encountered at the beginning of the implementation, the implementation methodology, the IT Topology and lessons learned. Prior to Oracle, David managed PLM projects for Apple, Brocade, Kodak, SanDisk, Kyocera, HP and others. Before that he managed mechanical design teams at Ballard Power, Kodak and others, and ran his own consulting business. As an Engineer he started out designing mechanical parts and assemblies using 3D solid modeling CAD systems and manual drafting.
Designing with the 3DExperience – First Look at SOLIDWORKS Industrial DesignerDesign World
The 3DExperience Platform for SOLIDWORKS is a Single Modeling Environment from Dassault Systemes aimed at enabling social collaboration during the concept design phase. SOLIDWORKS Industrial Designer is a purpose-built app on the platform which can utilize traditional keyboard and mouse, or tablet input to create concept Industrial Designs using sketches, 2D or 3D primitives, and Sub-D modeling techniques.
Learn the “how” and “why” behind these paradigm shifts, and prepare yourself for what’s next. This webcast will be a first-look at SOLIDWORKS Industrial Designer, introducing users both to the 3DExperience platform in general, and the specific tools and design methods available with the SOLIDWORKS Industrial Designer app.
A short company history with product information on Agile PLM and a detailed description of Zero Wait-State's implementation approach highlighting the Oracle Accelerate methodology.
InterConnect 2015 1930 - Top practices to ensure a successful IBM Business Pr...Brian Petrini
Proper planning and following some of the top practices are key to ensure a successful upgrade and migration of BPM system. In this session, we will talk about how to plan an easier and quicker migration, including a comprehensive consideration and plan based on your source environment, validations before migration, handle special requirements when move to a very different target environment, estimate your migration window and evaluate the business impact, plan your tests on regression and new features etc. Also we will introduce migration utility key improvements in BPM v8.5.x which can significantly reduce your migration failure, downtime and post-migration actions.
Using Agile In A Quality Driven EnvironmentLeslie Munday
A business analysts' experience with Scrum / agile projects.
This presentation provides an overview of a process that supplements Scrum, by adding roles and activities for testers, writers, deployment manager, system architect, UI designer and a business analyst.
GLOC 2018: Automation or How We Eliminated Manual EBS R12.2 Upgrades and Beca...ennVee TechnoGroup Inc
ennVee's presentation from the 2018 Great Lakes Oracle Conference in Cleveland, Ohio. Session hosted by Joe Bong (Vice President) and Veera Venugopal (Head of Delivery). Topics include automation best practices for upgrading to Oracle E-Business Suite (EBS) R12.2, and the "Voice of the Customer"; a collection of hundreds of survey responses from IT leaders that have or plan to upgrade to R12.2, top challenges, objectives, and timelines, etc.
Aras Engineering Change Management automates, controls and organizes all change requests, assessments, plans and actual changes to a product or system. Users throughout the product lifecycle and extended supply chain have instant visibility into the engineering change order (ECO) process, so everyone is working from the same product record and changes are communicated in real time.
Using OOTB solutions or creating a custom implementation is up to you.
Stefano Rizzo, SVP Strategy and Business Development di Polarion Software ed Edoardo Sivera, Senior Electronic System Engineer di CNHi, presenteranno gli attuali processi di sviluppo Veicolo e di sviluppo Elettronico in CNHi, le relative esigenze di integrazione della toolchain e di come la collaborazione sinergica di Polarion Software e di Siemens PLM potranno rispondere a tali esigenze.
What Is Your PLM Challenge - Manage configurable products and maintain produc...Dawn Collins
DES CASE Corporation shows how to efficiently manage a growing number of configurable products and maintain product integrity with SIemens Teamcenter. Mercury PLM Services walks through the successful implementation. Geometric Solutions Is your one stop shop for PLM solutions, training and support. Rave Computer is the company for your customized hardware and server needs.
Agile PLM implementation and systems integration at sun microsystemsulfkoester
SUN went through a significant IT improvement program in their Product Innovation processes, now covering the the complete product value chain with a complete, open and integrated solution. David was project leader for the SUN PLM transition project. In late 2009, Oracle acquired Sun Microsystems for $7.4B. As part of a large systems integration project, 2 instances of MatrixOne PDM were replaced with Agile PLM 9.3. The implementation began in January 2010 with Phase 1 going live on September 27, 2010. The first phase included core Agile PLM plus interfaces to mCAD and eCAD on the front end, and a downstream integration to Oracle's existing eBusiness Suite R12.1.3 via the Agile Design-to-Release Process Integration Pack (D2R PIP).
The project comprised 4 phases of which 3 are now live, realizing true "art-to-part" enterprise PLM. David's presentation will cover the business issues encountered at the beginning of the implementation, the implementation methodology, the IT Topology and lessons learned. Prior to Oracle, David managed PLM projects for Apple, Brocade, Kodak, SanDisk, Kyocera, HP and others. Before that he managed mechanical design teams at Ballard Power, Kodak and others, and ran his own consulting business. As an Engineer he started out designing mechanical parts and assemblies using 3D solid modeling CAD systems and manual drafting.
Designing with the 3DExperience – First Look at SOLIDWORKS Industrial DesignerDesign World
The 3DExperience Platform for SOLIDWORKS is a Single Modeling Environment from Dassault Systemes aimed at enabling social collaboration during the concept design phase. SOLIDWORKS Industrial Designer is a purpose-built app on the platform which can utilize traditional keyboard and mouse, or tablet input to create concept Industrial Designs using sketches, 2D or 3D primitives, and Sub-D modeling techniques.
Learn the “how” and “why” behind these paradigm shifts, and prepare yourself for what’s next. This webcast will be a first-look at SOLIDWORKS Industrial Designer, introducing users both to the 3DExperience platform in general, and the specific tools and design methods available with the SOLIDWORKS Industrial Designer app.
A short company history with product information on Agile PLM and a detailed description of Zero Wait-State's implementation approach highlighting the Oracle Accelerate methodology.
InterConnect 2015 1930 - Top practices to ensure a successful IBM Business Pr...Brian Petrini
Proper planning and following some of the top practices are key to ensure a successful upgrade and migration of BPM system. In this session, we will talk about how to plan an easier and quicker migration, including a comprehensive consideration and plan based on your source environment, validations before migration, handle special requirements when move to a very different target environment, estimate your migration window and evaluate the business impact, plan your tests on regression and new features etc. Also we will introduce migration utility key improvements in BPM v8.5.x which can significantly reduce your migration failure, downtime and post-migration actions.
Using Agile In A Quality Driven EnvironmentLeslie Munday
A business analysts' experience with Scrum / agile projects.
This presentation provides an overview of a process that supplements Scrum, by adding roles and activities for testers, writers, deployment manager, system architect, UI designer and a business analyst.
GLOC 2018: Automation or How We Eliminated Manual EBS R12.2 Upgrades and Beca...ennVee TechnoGroup Inc
ennVee's presentation from the 2018 Great Lakes Oracle Conference in Cleveland, Ohio. Session hosted by Joe Bong (Vice President) and Veera Venugopal (Head of Delivery). Topics include automation best practices for upgrading to Oracle E-Business Suite (EBS) R12.2, and the "Voice of the Customer"; a collection of hundreds of survey responses from IT leaders that have or plan to upgrade to R12.2, top challenges, objectives, and timelines, etc.
Aras Engineering Change Management automates, controls and organizes all change requests, assessments, plans and actual changes to a product or system. Users throughout the product lifecycle and extended supply chain have instant visibility into the engineering change order (ECO) process, so everyone is working from the same product record and changes are communicated in real time.
Using OOTB solutions or creating a custom implementation is up to you.
Stefano Rizzo, SVP Strategy and Business Development di Polarion Software ed Edoardo Sivera, Senior Electronic System Engineer di CNHi, presenteranno gli attuali processi di sviluppo Veicolo e di sviluppo Elettronico in CNHi, le relative esigenze di integrazione della toolchain e di come la collaborazione sinergica di Polarion Software e di Siemens PLM potranno rispondere a tali esigenze.
What Is Your PLM Challenge - Manage configurable products and maintain produc...Dawn Collins
DES CASE Corporation shows how to efficiently manage a growing number of configurable products and maintain product integrity with SIemens Teamcenter. Mercury PLM Services walks through the successful implementation. Geometric Solutions Is your one stop shop for PLM solutions, training and support. Rave Computer is the company for your customized hardware and server needs.
Product Lifecycle Management (PLM) has many definitions, but do they really look at all the needs across the lifecycle? Are the commonly listed domains (Systems Engineering, Program Management, Product Design, Process Management for Manufacturing and Product Data Management) enough? This webinar helps define PLM in more depth and applies model-based systems engineering (MBSE) techniques and tools to show how to improve your PLM practice. It will include a demonstration of how Innoslate meets and exceeds the requirements for a PLM tool.
Brian Schouten, Director of Technical Presales for PROSTEP INC describes the requirements, risks, strategy, and technical considerations of "do-it-yourself" PLM Migrations for ENOVIA 3D EXPERIENCE.
This presentation provides you with an overview of Business Process Management (BPM). The slides are from AIIM's BPM Certificate Program, which is a training program designed from global best practices among AIIM's 65,000 Associate and Professional members. The BPM program covers concepts and technologies for process streamlining and re-engineering; requirements gathering and analysis; application integration; process design and modelling; monitoring and process analysis; and managing change. For more information visit www.aiim.org/training
Learn how to capitalize on Autodesk PLM 360 to manage your enterprise business processes; including new product introduction, items and BOMs, change management, document management and many more. We will discuss how to improve your organizations performance and product data visibility throughout your organization by incorporating different business applications onto a single platform. Understand how to improve compliance to your NPI and Quality processes by implementing task management with workflow validation. Learn how to track your development process through the use of connected, but dedicated, workspaces for different departmental tasks. Our hope is that attending this class will give you a tour of how Autodesk PLM 360 can transform your business, and prepare you for the next steps in implementing PLM 360 for NPI.
Discovering New Product Introduction (NPI) using Autodesk Fusion LifecycleRazorleaf Corporation
In this session you will learn how to capitalize on Autodesk Fusion Lifecycle to manage your enterprise business processes; including new product introduction, items and BOMs, change management, document management and many more. We will discuss how to improve your organizations performance and product data visibility throughout your organization by incorporating different business applications onto a single platform. Understand how to improve compliance to your NPI and Quality processes by implementing task management with workflow validation. Learn how to track your development process through the use of connected, but dedicated, workspaces for different departmental tasks. Our hope is that attending this class will give you a tour of how Autodesk Fusion Lifecycle can transform your business, and prepare you for the next steps in implementing Fusion Lifecycle for NPI.
In this informative webinar, learn how migrating from a proprietary SCM solution such as Rational® ClearCase®, Serena PVCS®, CA® Harvest, etc., to Subversion or Git will make an impact on your organization and/or enterprise.
Join us as we take the lessons we've learned from successfully migrating thousands of users to today's market leading SCM solutions, and provide you with best practices in building an actionable business case and conducting a smooth transition.
Key Takeaways:
Build a business case to adopt Git and/or Subversion in your organization
How CollabNet's TeamForge platform can provide the enterprise capabilities to enable Git and/or Subversion in your enterprise
Our recommended migration strategy proven with thousands of users
Considerations for extending your SCM solution
6th International Conference on Machine Learning & Applications (CMLA 2024)ClaraZara1
6th International Conference on Machine Learning & Applications (CMLA 2024) will provide an excellent international forum for sharing knowledge and results in theory, methodology and applications of on Machine Learning & Applications.
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdffxintegritypublishin
Advancements in technology unveil a myriad of electrical and electronic breakthroughs geared towards efficiently harnessing limited resources to meet human energy demands. The optimization of hybrid solar PV panels and pumped hydro energy supply systems plays a pivotal role in utilizing natural resources effectively. This initiative not only benefits humanity but also fosters environmental sustainability. The study investigated the design optimization of these hybrid systems, focusing on understanding solar radiation patterns, identifying geographical influences on solar radiation, formulating a mathematical model for system optimization, and determining the optimal configuration of PV panels and pumped hydro storage. Through a comparative analysis approach and eight weeks of data collection, the study addressed key research questions related to solar radiation patterns and optimal system design. The findings highlighted regions with heightened solar radiation levels, showcasing substantial potential for power generation and emphasizing the system's efficiency. Optimizing system design significantly boosted power generation, promoted renewable energy utilization, and enhanced energy storage capacity. The study underscored the benefits of optimizing hybrid solar PV panels and pumped hydro energy supply systems for sustainable energy usage. Optimizing the design of solar PV panels and pumped hydro energy supply systems as examined across diverse climatic conditions in a developing country, not only enhances power generation but also improves the integration of renewable energy sources and boosts energy storage capacities, particularly beneficial for less economically prosperous regions. Additionally, the study provides valuable insights for advancing energy research in economically viable areas. Recommendations included conducting site-specific assessments, utilizing advanced modeling tools, implementing regular maintenance protocols, and enhancing communication among system components.
Student information management system project report ii.pdfKamal Acharya
Our project explains about the student management. This project mainly explains the various actions related to student details. This project shows some ease in adding, editing and deleting the student details. It also provides a less time consuming process for viewing, adding, editing and deleting the marks of the students.
NUMERICAL SIMULATIONS OF HEAT AND MASS TRANSFER IN CONDENSING HEAT EXCHANGERS...ssuser7dcef0
Power plants release a large amount of water vapor into the
atmosphere through the stack. The flue gas can be a potential
source for obtaining much needed cooling water for a power
plant. If a power plant could recover and reuse a portion of this
moisture, it could reduce its total cooling water intake
requirement. One of the most practical way to recover water
from flue gas is to use a condensing heat exchanger. The power
plant could also recover latent heat due to condensation as well
as sensible heat due to lowering the flue gas exit temperature.
Additionally, harmful acids released from the stack can be
reduced in a condensing heat exchanger by acid condensation. reduced in a condensing heat exchanger by acid condensation.
Condensation of vapors in flue gas is a complicated
phenomenon since heat and mass transfer of water vapor and
various acids simultaneously occur in the presence of noncondensable
gases such as nitrogen and oxygen. Design of a
condenser depends on the knowledge and understanding of the
heat and mass transfer processes. A computer program for
numerical simulations of water (H2O) and sulfuric acid (H2SO4)
condensation in a flue gas condensing heat exchanger was
developed using MATLAB. Governing equations based on
mass and energy balances for the system were derived to
predict variables such as flue gas exit temperature, cooling
water outlet temperature, mole fraction and condensation rates
of water and sulfuric acid vapors. The equations were solved
using an iterative solution technique with calculations of heat
and mass transfer coefficients and physical properties.
2. What is PLM?
• PLM systems are designed to manage the full product development cycle of a
product through its entire evolution until that product is obsolete.
• According to Wikipedia, PLM (Product Lifecycle Management) originated at
American Motors Corporation (AMC) as a way to speed up its product
development process and to compete with larger competitors in 1985.
• PLM systems are sometimes misunderstood. Some companies have the opinion
that PLM system is mainly for the Engineering department – this perception is
only partially true. A PLM system is designed to manage the whole product
development process from concept to end of life.
• PLM goes way beyond basic CAD file administration…
3. What is PLM?
• PLM integrates a multitude of critical cross-functional activities…
• Product Strategy
• Portfolio Management
• Product Management
• Ideation Management
• Requirements Gathering
• Product Design
• Product Engineering
• Product Validation And Compliance
• Product Costing
• Product Quality
• Direct Material Sourcing
• Manufacturing
• After-Market Services
• Product Retirement This picture shows the importance/value these
enterprise applications have during the product
development process
4. What is PLM?
• Aspects of PLM
• Product Structure And Reuse
• Tightened BOM Creation and Control
• Product Data and Documentation
• Design Reuse
• Program/Project Management
• Centralized Program and Project Management
• Product-Line Control
• Task Delegation with Deliverables
• Collaboration across Business Units
• Engineering Changes
• Stage-Gate Approvals
• Ideas And Requirements
• Quality Tests And Defects
• Issues, root cause and test results
• Product Costs
PLM
5. iPLM Process – Business Drivers
PLM
Forecast
Accuracy
Time to
Market
Global
Collaboration
Maximize
ROI
Part Re-Use
Product
Quality
Service
6. What is the iPLM Process?
• iPLM Process
• Process developed by Eccellent Solutions to successfully implement an
“integrated” PLM solution for customers.
Data Load
•CAD
•Supporting
Documents
•Other
Product
Organization
•Context Definition
•Access Controls
•Folder Structure
BOM
•eBOM Import
•Version
•Variations
•Attributes
Change
Management
•Problem Reports
•Change Request
(ECR)
•Change Notification
(ECN)
Other
Processes
•Supplier
Management
•Classification
•mBOM
•Quality
•More…
Project
Management
•Project and
Program definition
•Task Management
and Deliverables
•WBS
Business
Intelligence
•Dashboards
•Reporting
Integration
•ERP
•MES
•CRM
8. Doing iPLM right.
4 Steps to Best-In-Class PLM
1. Organize current Product data in PLM
o Organize Data to match [USE REPLACE COMPANY NAME]’s actual Product Lines
o Change access controls to match Global requirements
2. Implement and Align Business Process in PLM and Production Support Systems
o Change Management
o ECR/ECN
o SKU
o Deviation
o PDP Process
o Automate and Expand the current Product Development Process (PDP)
o Document Control
3. Project Management in PLM
o Project Management is the key to accurately Control, Manage, and Report on Product Development.
o Manage and Control deadlines, assign tasks, and assign deliverables (Eccellent)
o Globally urate and real time product data across groups, teams, locations and vendors
4. Additional PLM Modules according to production priority
o Quality: Add in CAPA, FRACAS etc.
o MPMLink: Manufacturing Process Documentation, BOM Control
o PartsLink: Parts Classification
o Supplier Management: Supplier and Vendor Management
9. The iPLM Process – who are the stakeholders?
Knights of the PLM table
10. View and Markup
Drawing from
PLM System
New Sales Order
Created in PLM
iPLM Stakeholders: Sales
Sales Engineer (OEM)
• New Product Design (NPD) Order
Issued by Sales for new orders based on
existing designs found in PLM System.
iPLM
ENGINEERING
CHANGES
• NPD Order initiates
automated workflow process
that begins the Engineering/
Re-Engineering process.
CUSTOMER
DEMANDSSALES
Knights of the PLM table
11. View and Markup
Drawing from PLM
System
New Product
Request Created
in PLM
iPLM Stakeholders: Marketing
Marketing
• Creates New Product Request (NPR)
created based on customer
requirements or market demands.
• Initiates automated workflow that
begins the product
engineering/re-engineering
process.
iPLMDRAWING
MARKUP
MARKETING
Knights of the PLM table
12. Project Engineering
System of record for the Project Plan
and the following activities in the PLM System:
• Managing and Assigning Design Tasks and
Deliverables.
• Managing Task Deadlines and Deliverables.
• Working with Project-related Vendors,
• Approving Vendor work,
• Incorporating Vendor contributions into
Production Designs.
iPLM Stakeholders: Engineering
Real-Time
Project
status
updates.
Share
Product Data
to ProjectsChange
Management
iPLMPROJECT
PLAN
ENGINEERING
Knights of the PLM table
13. iPLM Stakeholders: Engineering
Manage
Assigned
Project Tasks
Create and
modify CAD
Objects and Parts
iPLM
The Product/Design Engineer
• Begins the design process.
• Receives assigned tasks from the Project
Plan and Receives Change Activities and
Notices in PLM
• Begins work on CAD Models and
Component Building
• Updates project tasks daily
• Completes the project tasks in PLM System.
CAD
ENGINEERING
Knights of the PLM table
14. iPLM Stakeholders: Engineering
Project and
Program Status
Dashboard
Project Planning
using Project Link
Manage Multiple
Projects and
Programs
Program Manager
• Production Oversight
• Oversee multiple projects within one or
many Project Lines.
• Manages Projects as well as Programs
within PLM System.
iPLM
ENGINEERING
Knights of the PLM table
15. iPLM Stakeholders: Manufacturing
Manufacturing Engineer
• Manufacturing process Mgt
• Fixture designs and process documentation
MANAGE MFG
PROCESS
MANAGEMENT
OPTIONAL ‘MPMLINK’
MODULE FOR MFG PROCESS
AND CONFIGURATION
iPLM
MFG
PROCESS,
MBOM
MANUFACTURING
Knights of the PLM table
17. iPLM Stakeholders: Purchasing
Purchasing/Procurement
• Manages Third party suppliers,
Manufacturers, and Vendor engagements
• Manages critical supplier contact
information, documentation, component
information, pricing, inventory, etc.
OPTIONAL
‘SUMA’ MODULE
FOR SCM
MANAGE COST AND
PRICING FOR
VENDOR SELECTED
PARTS
iPLM
SUPPLIERS,
PRODUCT
COSTS
PURCHASING
Knights of the PLM table
18. iPLM Stakeholders: Quality
QUALITY
MODULES
Quality Engineer Role
• Failure Reporting, Analysis, and
Corrective Action (FRACAS) in PLM System.
• Capture and Resolve Non-Conformances
• Manage Customer complaints in Customer
Experience Management Module.
• Performs Corrective and Preventive Actions (CAPA)
in PLM System.
iPLM QUALITY
CONTROL
ACTIONS
QUALITY
Knights of the PLM table
19. iPLM Stakeholders: Executive Team
REPORTING
DASHBOARDS
REALTIME
UPDATES
BASED ON LIVE
DATA
FINANCE
Total Costs by Program
Transaction Costs over Time
iPLM
Executive Team
• End-To-End Product Development and
Production Management,
• Business Intelligence and System Performance Insight.
• Reporting and dashboard development
• Real-Time business analysis and production evaluation.
Knights of the PLM table
20. iPLM – Reporting and Dashboards
• Once the information is stored and managed within the PLM system,
it is imperative to be able to provide meaningful reports and dynamic
dashboards from which we can use and manage the product
development process.
• We have developed an integrated solution called MIDAS (Meaningful,
Intelligence, Dashboard Application System) from which we can
create all types of dynamic reporting capabilities.
22. iPLM Process – Managed Services
• Eccellent Solutions has built the iPLM Process into their Managed Services
Remote PLM Solutions.
• This unique approach help mitigate a lot of the upfront costs and risks
associated to log-term implementation projects.
• This approach also helps control overall project costs and allows for an
‘Agile Project Management’ approach to the total PLM implementation and
ongoing management.
• Our Managed Services includes our proprietary proactive
monitoring system which keeps your PLM environment running smoothly.
• Annual Contracts paid monthly (Think Operational Expense as opposed to
Capital Expense)
23. • What is ?
• “Priority Monitoring and Classification System”
• Intelligent ‘Proactive’ monitoring allows us to address potential
problems before they become ‘issues’
• Comprehensive and complete system performance management.
• Monitoring your whole environment 24x7x365
• Server
• Network
• Windchill Application
iPLM Process – Managed Services
24. • Four Levels of PLM Managed Support (Onsite or Hosted)
WINDCHILL SUPPORT LEVELS
Tier 1 Tier 2 Tier 3* Tier 4*±
Proactive
Maintenance &
Monitoring
System
Administration &
Help Desk
Administration &
Consulting
Consulting and
Business
Intelligence
* Includes the iPLM Process
± Includes MIDAS Reporting
iPLM Process – Managed Services
25. • Expert Administrators and Consultants assigned to
your company.
• Dedicated Account Manager for first line of contact.
• "Operational Expense" as opposed to "Capital
Expense".
• Deploy new technologies?
• Derive more benefit from your PLM.
• Service level agreement (SLA) guarantee.
Questions?
We assume the risk, you maintain control
Call Us: (856) 219-3860
Contact Us: sales@eccellent.com
Visit Us: www.eccellent.com