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Learning Points
1. Introduction
2. Why Tennant selected SAP PLM for their global PLM strategy
3. PLM Solution – as deployed in 2008 - 2010 and under
continuous improvement
4. Review benefits achieved since the PLM implementation
5. Lessons Learned (Culture Change Management)
6. Next Steps
Tennant Mission / Vision
• Mission: Provide superior cleaning solutions that increase
customer productivity and improve health and safety
• Vision: Help customers create a cleaner, safer world
• Founded in 1870 by George H. Tennant
• Manufacturing operations in Minnesota, Michigan, the
Netherlands, United Kingdom, China, and Brazil
• Engineering functions in US, the Netherlands, United Kingdom,
and Brazil
• Global sales and service network
• Revenue: $740 Million USD (2012)
• Employees: ~2,500 worldwide
• Operates on a single, global SAP Instance, ECC 6.0, EHP 5
Production Planning, Inventory/Warehouse Management,
Sales/Distribution, Logistics, Finance, Human Resources/Payroll, Quality
Management, Transportation, CRM, etc.
Peter Loring,
Engineering Manager, Engineering Services
• Joined Tennant in 2002
• Original position was Principal Engineer, New Product
Development
• Twenty years of experience in the discreet
manufacturing industry
• 10 years of SAP experience as a user
• Implemented DSC’s, ECTR, CAD Product Data
Management, Integrating SolidWorks to SAP
• Leader of PLM – Global Power User Group
Learning Points
1. Introduction
2. Why Tennant selected SAP PLM for their global PLM strategy
3. PLM Solution – as deployed in 2008 - 2010 and under
continuous improvement
4. Review benefits achieved since the PLM implementation
5. Lessons Learned (Culture Change Management)
6. Next Steps
Business Drivers: Why SAP PLM?
There are many components to SAP PLM (2008 Solution Map shown below)
Mid-2008: Tennant chose to focus on the issues surrounding a difficult
and unsustainable Engineering Change Order process.
SAP solutions for the following process issues were considered:
Business Drivers: Why SAP PLM?
Prior ECO process was a home-grown system that worked sufficiently for a
company that consisted of two locations in the US Process relied on “tribal knowledge” and “business heroes” to push changes through the system
Success was based on regional effort and diligence, with inconsistent methods and results
Design Engineering was required to “own” each change through the whole process This placed a significant drain on Design resources needed to focus on product issues and development
Translating this culture to new acquisitions or wide-spread regions was largely
unsuccessful and not sustainable for long-term corporate growth
Business Drivers: Why SAP PLM?
Prior ECO process utilized the SAP Change Master, but was otherwise run off-
line from the main SAP system Process consisted of a Microsoft Excel spreadsheet with extensive programming that drove
workflow via Outlook email
Multiple non-SAP tracking systems were required to manage the ECO process
Process steps and signoff requirements were not standardized
Lack of security in protecting change order history further undermined trust in the data
A manual Change Order audit by a central “Engineering Records” team was required to ensure
the results were at least somewhat consistent. This manual audit process consistently yielded a greater than 60% first pass non-conformance due to the
un-structured nature of the system
Interviews of Users showed that it took approximately two years to become proficient in the process
Business Drivers: Why SAP PLM?
2008 ECO User Survey results
Qualitative analysis
Benchmark snapshot
Results after multiple
process improvements
Business Drivers: Why SAP PLM?
Continuous Improvement of a non-
PLM based ECO / PRO Process
2005: Global Process Team Formed
• Initial development of global ECO process
2006-2007: Global Process Launched
• Process was global, but roles,
responsibilities and accountability missing
so not adopted by all sites.
• Limited tools for reporting.
2008: ECO Kaizen Events
• ECO Phase 6 & 7 Kaizen (April 2008)
• ECO Phase 1-4 Kaizen (August 2008)
• Progress made in improvements in ECO
data entry spreadsheet and routing for
material setup have reduced effort but
provide minimal improvements in accuracy
or knowledge-based decision making.
Radical Change – Adoption of a full-
function SAP PLM system
2008 – 2010:
• Tennant has grown to the point where an
over-arching PLM system is necessary to
provide the base for growth of the company.
• Tennant’s home-grown data and change
management processes must be replaced
by standardized, industry best-practice
methods that leverage our investment in
SAP.
• Current economics dictate that we can no
longer sustain the inefficiencies of the
current processes.
• Tennant’s recent upgrade to ECC6 and
SAP’s latest developments in SAP have now
set the stage for this capability.
• Radical Change is only way to make this
work
Business Drivers: Why SAP PLM?
Part
Search
Material Tracker
Project
Documents
NPD
Project
Financials
PDL Databases Drawing Locator
Task
Tracker
ECO Application
PRO Application
Customized
Processes
Outlook
Notifications
Repetitive
Data Input
Parts
Tracker
Process gaps and manual systems = Barriers to Innovation
SAP ERP
CAD
&
Analysis
PDM
Time
Control
Database
Parts
Tracker Parts
Tracker Parts
Tracker
Business Drivers: Why SAP PLM?
Time
Control
Database
Drawing
Locator
Part
Search Material
Tracker
Project
Documents
NPD Project
Financials
PDL
Databases
Drawing
Locator Task
Tracker
ECO
Application
PRO
Application
Customized
Processes
Outlook
Notifications
Repetitive
Data Input
Phased Approach Solution Phase 2 Phase 1
Parts Tracker Parts Tracker
Parts Tracker Parts Tracker
SAP ERP
CAD
&
Analysis
PDM
Business Drivers: Why SAP PLM?
SAP ERP
CAD
&
Analysis
SAP PLM
- Industry Best Practices
- “One Source of True Data”
- Standardized, Global Processes
- Workflow Control Documents
- “Focused” Engineering Site
Systematic, seamless data management = Rekindled environment for
Innovation
Business Drivers: Why SAP PLM?
SAP PLM was chosen in order to leverage the core SAP
infrastructure in place at Tennant
LeverX chosen as the development partner due to extensive
experience in PLM and discreet manufacturing processes
Promote within Tennant industry best practice and eliminate
existing custom and manual off-line processes
Drive consistency throughout the organization
Create “one source of truth” for results of change processing
Provide a change management solution that is scalable as the
business grows and can be readily adopted by acquisitions
Instill in Tennant a new “process oriented” culture
Build on the SAP PLM Roadmap and long-term strategy
Learning Points
1. Introduction
2. Why Tennant selected SAP PLM for their global PLM strategy
3. PLM Solution – as deployed in 2008 - 2010 and under
continuous improvement
4. Review benefits achieved since the PLM implementation
5. Lessons Learned (Culture Change Management)
6. Next Steps
PLM Solution: Product Change Order
In Scope (Design and Operations driven changes / introductions)
Development of Engineering Plant in SAP
Development of new enterprise-wide, Global Roles & Responsibilities
for Material Master and Change Order processing and management
Development of a transfer process of data from Engineering Plant to
Operations Plant
Development of Plant-level Org structure: Job position mapping to
Global Roles matrix (RACI)
Development of Workflow notifications for Change Order processing
Development of Workflow utility and revised data tables for New
Material Setup (elimination of copy templates)
Development of issue escalation maps
Development of Data Cubes in Business Warehouse
Development of performance metrics reports
PLM Solution: Product Change Order
Situation assessment process (Eight 12 Weeks)
Listening sessions with key business subject matter experts at
multiple locations
Review of current-state business processes and tools
Identification of pain points among User Community
Identification of existing process gaps and inconsistencies
between locations
Analysis of non-value-added activity (Time Spent) :
Data re-keying and auditing process deliverables from those involved in
processing the change
Time spent by ECO Stakeholders trying to track down ECO’s they care about
Cleaning up loose ends after ECO’s were supposedly complete
“Chaser” ECO’s through the process to correct previous ECO’s
Training new Users to become competent in the tribal community knowledge
of their local processing instructions
Payback was projected to be less than 2 years. The summation of these inefficiencies as a percentage of User time was then equated to
FTE’s that could be re-directed
PLM Solution: Product Change Order
Solution development: Corporate structuring and workflow (24 weeks)
Decided to replace excel spreadsheet and email distribution with SAP
Workflow and Notifications to drive consistency
Developed a RACI matrix to identify and catalogue process tasks and
resource Roles required to execute Workflow Tasks
Developed a sequence of ECR ECM PCM notifications to manage
the change process through measurable stages
Identified and resolved process gaps and circular activities that
presented roadblocks to Workflow Task sequencing
Globalization and standardization of singular workflows based on
Change Reason Codes
Required significant change management from culture of ‘local heroes’ to
standardized processes / Workflow and pre-determined Task required deliverables
Required ‘Understanding of and Buy-In’ of process by Managers who did not
necessarily know how their teams previously executed Change Orders
Assembled a PLM Global Power User Group (GPUG) to resolve the cultural conflict
between ‘Lean Process vs. Rigor and Completeness’
This issue remains the biggest hurdle, even today (see Lessons Learned)
PLM GPUG
PLM Solution: Product Change Order
Adobe Smart Form
Populates SAP
ECR Notification
ECR Notification becomes
linked to and populates the
ECM Notification
ECM Notification becomes
linked to and populates the
PCM Notification
In non-design change
situations, an ECR can be
linked directly to a PCM
Design activity in the
Engineering Plant environment
Execution at the
individual Plant level
PLM Solution: Product Change Order
Rationale for Engineering Plant:
Segregates new product development activities from normal
operations functions
Simplifies the lifecycle status management of materials by
secluding development materials from Operations
Allows engineers to quickly create new prototype parts, many
of which will never be used in operations
Facilitates the purchase of prototype parts from vendors or
internal operations plants for NPD activities
Enables engineers to use standard costing functionality to
monitor new product cost targets
Eliminates the use of Excel tracking spreadsheets for building
and managing BOMs for new products
PLM Solution: Product Change Order
Workflow Task RACI – driving alignment and consistency
The RACI also serves as the Workflow Task Editor that is loaded into the SAP logic tables
PLM Solution: Product Change Order
Typical ECR Notification Data loaded in automatically from Adobe ECR form
PLM Solution: Product Change Order
Typical ECM Notification Data loaded in automatically from ECR notification
PLM Solution: Product Change Order
Typical PCM Notification Data loaded in automatically from ECM or ECR notification
PLM Solution: Product Change Order
Typical Task progression tracking and traceability:
Task notes used to record User’s action details
Task start & finish times
Task Role Assignment
PLM Solution: Product Change Order
Notification Document flow charts the linkages from beginning to end
Notification linking can be accomplished in multiple ways as needed: One-to-One
One-to-Many
Many-to-One
Many-to-Many
At Tennant, ECM’s manage the global design process, while PCM’s are unique to each
Production Plant as the execution vehicle for that Production Plant This provides for micro-control of the Plant-level execution strategy while allowing each
plant to execute independently on their own schedule
ECR ECM
PCM
Learning Points
1. Introduction
2. Why Tennant selected SAP PLM for their global PLM strategy
3. PLM Solution – as deployed in 2008 - 2010 and under
continuous improvement
4. Review benefits achieved since the PLM implementation
5. Lessons Learned (Culture Change Management)
6. Next Steps
PLM Solution: Benefits Achieved
Implementing this first phase of PLM process and methodology:
Pulled all change order-related activities and documentation into SAP
as the driver and repository for ‘consistent results’ and ‘one source of
truth’ globally.
Provided a methodology for creating clean and accurate data when
extending Design Materials into the Production Plants
Implementation deadlines provided a ‘burning-platform’ to force
various partner Roles to resolve circular issues and process gaps
Using the process system to drive Task ownership, repeatability, and
accountability with full audit capability
New process is ISO certified and much easier to maintain certification
than the previous system.
Process is transparent and aids in quantifying bottleneck resources
Development and Implementation highlighted need for Governance
Pioneered a path for Tennant to implement other process-driven SAP
Line of Business Solutions
CRM SCM EH&S SPRC PLM 7.0x
PLM Solution: Benefits Achieved
BW reporting and analytics show trend-lines: Activities and Efficiencies
PLM Current State: 3 Years Later
• Capability Maturity Model Index is 5, Optimizing
• Reason Codes are increasing for selective tasks
• Performance metrics are changing with understanding
– Ratio of accepted ECRs to rejected ECRs
– Mean time to complete ECM and PCM
– Mean time to complete material change
– Quantity of materials changing reflects effort not ECM/PCM
– Need to know details of each ECM/PCM to understand why it moves
quickly or slowly through the process
• Culture trusts the process, struggles with priorities
– PLM is no longer blamed for speed of process
Learning Points
1. Introduction
2. Why Tennant selected SAP PLM for their global PLM strategy
3. PLM Solution – as deployed in 2008 - 2010 and under
continuous improvement
4. Review benefits achieved since the PLM implementation
5. Lessons Learned (Culture Change Management)
6. Next Steps
PLM Solution: Lessons Learned
Implementing this first phase of PLM process and methodology:
1. Know your audience = Organizational readiness for change
2. Aggressive timelines seem doable, but can undermine execution and
acceptance if culture change management / training is rushed
3. Never underestimate the cost and time required for adequate User
and Manager training
4. Subject Matter Experts are fine; an empowered Global Power User
Group of key influencers is better!
a) Acknowledge that no system exists that will satisfy everyone
b) Role of GPUG is to represent the User Community and ensure silos don’t
get in the way of a successful development and deployment
c) Process rigor and data completeness are always acknowledged, but
seldom embraced by those required to deliver; the GPUG owns this issue
d) The GPUG can also be used to leverage resources for creating training
materials and testing them on their departmental teams
e) The GPUG must develop the metrics for base-lining the current system
as well as the metrics to show what the new process system delivers
f) There will be two waves of culture change management: initial at start
and second at launch. The second one is the hard one.
PLM GPUG
PLM Solution: Lessons Learned
“Best Practice” Product Change processes are critical to market success
– “Tribal Experts” approach:
Appears to be “Easy” and conducive to localized practices preferred by “tribal heroes”
However, it is not scalable
Does not induce data accuracy nor provide traceability
Is not repeatable when tribal experts leave or are unavailable
Does not support continuous process improvement
Limits the ability to track business metrics
Increases costs to support Audits and Compliance
– “Automated Process” approach (rigorous, global process ):
Resolves issues listed above
Provides for analysis of processing bottlenecks that could not be determined
previously
At first appears to be more complex and time consuming
Introducing PLM today is analogous to introducing 3D CAD in the 1980’s
Many people did not foresee the value of extensive CAD models and the power of down-
stream re-utilization of that data
Learning Points
1. Introduction
2. Why Tennant selected SAP PLM for their global PLM strategy
3. PLM Solution – as deployed in 2008 - 2010 and under
continuous improvement
4. Review benefits achieved since the PLM implementation
5. Lessons Learned (Culture Change Management)
6. Next Steps
PLM Solution: Next Steps
2012 - 2013:
1. Continuous improvement of current process, tools, and analytics
2. Continuous development and deployment of improved training tools
3. Further refinement of the process to support New Product Launches
4. Work with IT and LeverX to define how to migrate current solutions
to the PLM 7.0x platform
a) Need to retain the RACI methodology to prescribe workflows while
upgrading to the Engineering Change Record process
b) Supplement RACI workflows with flexible ad-hoc workflow actions
c) Introduce BOM redlining and EBOM/MBOM management tools
d) Introduce Product Visualization
e) Introduce Product Structure Management for Variant Configuration
starting in the pre-design phase
f) Continue to build the system to integrate directly with other LoB
solutions including GTS, SPRC, EH&S, SCM, etc.
5. Roadmap deployment as budgets and resource levels permit
Questions?
Peter Loring|Manager, Engineering Services / PLM
T: 763 540 1495|M: 763 238 6622|www.tennantco.com
Tennant Company |Creating a cleaner, safer, healthier world.