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CAMELOT Value Chain Analytics
Margin optimization in the chemical industry enabled by data science
Dubai, 16th of April 2019
Slide 2 | © CAMELOT 2019 | CAMELOT Value Chain Analytics
Value chain management at the leading edge – from strategy to solutions
CAMELOT Consulting Group
CAMELOT Management Consultants: Thought Leader in Value Chain Management for more than 20 years
Global industry specialist in Life Sciences, Chemicals, Consumer Packaged Goods and Industrial Manufacturing
Specialized expertise for superior project quality and results
Camelot Innovative Technologies Lab is our incubator for Digital Innovations and business applications
Co-Innovation Partnerships with the leading software providers such as SAP SE & IBM
Data-centric and digital business solutions
Sourcing &Network Collaboration
Supply Chain Operations & Manufacturing
Distribution &Logistics
Sales &Customer Centricity
Strategy & Business Model Innovation
Organization & Business Transformation
Finance & Performance Management
Information Management & Digital Innovations
Slide 3 | © CAMELOT 2019 | CAMELOT Value Chain Analytics
Margin optimization across complex value chains is a challenge to integrated chemical players
Challenge
Typical questions / decisions
What products / customers are profitable from an end-to-end perspective?
How much can the market price for product X fall until it can no longer be sold profitably?
Where should we direct intermediates in case of a production capacity shortage?
To what extent would our budget assumptions change if the raw material price rose by 20 %? How would that impact margins of BU1 and BU2?
Challenges
Different BU strategies and incentives
Interdependencies between markets
Different pricing logics
Low transfer price vs. high chemicals market price
Raw Materials ProcessingPerformance
ChemicalsIntermediate
Chemicals
Merchant Market
End Market
BU 1 BU 2
Processing
End2end value chain
Slide 4 | © CAMELOT 2019 | CAMELOT Value Chain Analytics
The CAMELOT value chain model is superior in terms of speed, effort, usability and visualization capabilities
Differentiators
“Results in less than a second“
“Designed for management users “ “From data to business insights“
“Prototype and pilot after 8 + 10 weeks“
Intuitive mobile and desktop ready user interface powered by “R Shiny”
State-of-the-art data visualization using network graphs, interactive interfaces, drag-and-drop, hover overs …
Business understanding phases supported by a “R prototype” in combination with an agile pilot rollout
Multicore capable “R server” calculates new simulation scenarios in real-time
Slide 5 | © CAMELOT 2019 | CAMELOT Value Chain Analytics
PHYSICAL
A Value Chain Model is a data-based model of a complex end2end integrated manufacturing network
Solution approach
DIGITAL
ResultsData input
End2end transparency
Simulated scenarios
Optimized value chain WHAT will be the optimal allocation in FUTURE
WHY was the margin in-/decreasing in the PAST
HOW robust will the margin be under stress SCENARIOSRaw material market data
Production cost data
User manipulated data
Historical demand data
Insights
Slide 6 | © CAMELOT 2019 | CAMELOT Value Chain Analytics
New technologies help to overcome constraints that hampered the operability of comparable attempts in the past
Differentiator feasibility
Constraint Example Solution
High number of manual data entries or changes
Individual pricing formulas in customer contracts
Homogenize customer’s contract data by strong segmentation engines
Missing data and insufficient data quality
Adjustment postings and incomplete transactional data
Extrapolate and clean existing data based on statistical evidence
Unknown or non transparent product interdependencies
Price-demand elasticity Discover dependencies with stat of the art visualizations and define data-driven statistical relationships
Unassociated and complex data No transparent cost path from raw materials to end-product
Define learning rules to enable autonomous and dynamic cost estimation on every value chain stage
Slide 7 | © CAMELOT 2019 | CAMELOT Value Chain Analytics
Demand behavior, cost and margins are typical building blocks merged in a tactical twin to optimize the product-mix and end-2-end margins
Tactical twin in supply chain management - Approach
Production cost Demand behavior
Use the demand-price function and the production-cost function to simulate the impact of different end-customer prices and raw material prices on the contribution margin
Contribution margin
Margin
Price P2Price P1
Deduce the demand-price function for each product based on historical order quantities and order values
Take into account market influencing factors and demand correlations between products
Derive the production-cost function based on historical production schedules and costs
Calculate the impact of raw material prices on the variable production costs
Order value
Order quantity
Order quantity
Cost
Slide 8 | © CAMELOT 2019 | CAMELOT Value Chain Analytics
An agile development approach has proven to achieve active stakeholder involvement and to ensure a speedy and cost-efficient development
Project approach
Create proposalDescribe, explore
and verify data
Select, clean, construct and format data
Build and assess model
Create results report
Meeting Collect data Workshops
Businessunderstanding
Dataunderstanding
Datapreparation
Modeling Evaluation
Feedback loopvia phone
Documentation
Summaryworkshop
Conclusion /Deployment
Identify, understand and model relevant
business issues and drivers. Execute a
proof-of-value (R based prototype). Test
Machine Learning and Artificial
Intelligence algorithms.
8 weeks
Sprint nSprint 2Sprint 1
Adjust parameters based on actual values
R development following an agile project
approach. Why R? It is very cost efficient, fit-
for-future, the strongest statistical engine on
the market and on SAP’s roadmap with full
integration to SAP BW, etc.
4 x 2 weeks
Handover workshop
including rollout plan and
hyper care concept. Full
week train-the-trainer
training executed to
enable key users.
For new business units
the interface must be
adapted and trainings are
executed. Based on the
train-the-trainer concept,
the client can execute the
trainings themselves.
Business Understanding & Prototype Agile Pilot Handover Rollout
Proof-of-value