Modelling the Solid Hardwood Supply Chain Network with Quality Function Deployment (QFD)
07.09.2024
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Introduction
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Resource
Quality Function Deployment
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Source: Saatweber,J. (2007): Kundenorientierung durch QFD.
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House of Quality I
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„Voice of Customer“
Phase 1
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Quality Function Deployment
Voice of Customer
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07.09.2024
5
House of Quality I
House of Quality
„Voice of Customer“
Phase 1
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Product characteristics from the
HoQ I as Input
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Several Components
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Functions
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Material characteristics
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Components characteristics from
the HoQ II as Input
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Process Chains & Elements
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Manufacture characteristics
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Specific amount or time
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Value Stream Mapping
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Advantages:
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Visualisation of the Material Flow
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Record of Specific Data
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Record of Process Chains
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Detailed Information about Key
Processes
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Conventional use as product development tool
Innovative use as
information providing tool
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Product
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Process Chains and
Elements
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Actual Used
Technology
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Specific Data and
Process Data
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Amount of Resource
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Production Capacity
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Yields
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Costs
QFD
Expert Interview
Inter-company
Links
VSM
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System Boundary
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Qualitative procedure development
Individual
consideration of business networks
Consideration of customer requirements with products characteristics
Structured process of collecting information
Transparency
of business network process chains
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Finishing the analysis of the SCN
•
Better links between intermediate and final product
•
Analyse redundancy in supply chain processes
•
Analyse underuse capacities
•
Find cooperation potential
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Cooperation with secondary industry
•
Ultimate Objective
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Optimised Supply Chain Network Model
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Mathematical Model
•
Linear Programming
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Financial support for this work in the framework of the PhDSchool DokIn´Holz funded by the
Austrian Federal Ministry of Science, Research and Economy as well as the Austrian Federal
Forestry and the Austrian Chamber of Agriculture are gratefully acknowledged.
07.09.2024
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PhD Student, BOKU
Institute of Wood Science and Technology
Konrad Lorenz Straße 24, A-3430 Tulln an der Donau
Contact: skuehle@boku.ac.at
07.09.2024
17
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•
Process Chains and
Elements
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Actual Used
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Specific Data and
Process Data
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Amount of Resource
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Production Capacity
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Yields
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2009 Analysis of the hardwood sawmills
Missing link and industry in the supply chain for value added products
2013 Final report: Hardwood manufacturing in the north-west of Switzerland
Feasibility study and cost estimation (technology, tests, layout planning, markets, …)
Products:
Hardwood sawnwood, solid hardwood boards
Hardwood + hybrid construction boards, GL Beams, CLT
2014 Test report: Mechanical properties of Beech CLT
2014 - 2017 Building facility –
Fagus Jura AG
2015 Workshop for collecting of the current knowledge:
Glulam made of Beech and connections in Beech glulam
Source: 1
)
CH-2009-Analyse der Schweizer Laubholz Sägewerke
2) CH-2013-Schlussbericht-Laubholzverarbeitung Nordwestschweiz
3) Franke et al. (2014): Mechanische Eigenschaften von Buchen –Brettsperrholz. Berner Fachhochschule.
4) Steiger-Franke-Frangi-2015-CH-Projektbericht-Brettschichtholz-Buche
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Source: 1
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CH-2013-Schlussbericht-Laubholzverarbeitung Nordwestschweiz
2) Homepage: http://www.fagusjura.ch/home.html
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Supply Chain Network
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Structure analysis
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Products lead to technology
Production and logistics concepts
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Unsatisfactory product quality,
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•
Loss of profit of the involved SC members
Time
Time
Time
Time
Source: 1
) Bause, F.; Kaczmarek, M. (2001): Modellierung und Analyse von Supply Chains (WIRTSCHAFTSINFORMATIK, 43).
2)Simon, H. A. (1952): On the Application of Servomechanism.Theory to the study of Production Control. In. Econometrica 20, S. 247-268
3) Forrester, J. (1961): Industrial Dynamics a Major Breakthrough for Decision makers. In: Harvard Business Review 36(4), S. 37-66
4)
Lee, H. L.; Padmanabhan, V.; Whang, S. (1997): Information Distortion in Supply Chain: Bullwhip Effect. In:
Management Science
(43), S. 546–558.
07.09.2024
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Quelle:
1) Thonemann, Ulrich (2005): Operations Management. Konzepte, Methoden und Anwendungen. Kapitel 8 - Supply Chain Management: Perason Studium
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This project focuses on analyzing and improving the hardwood supply chain network using Quality Function Deployment (QFD). Sebastian Kühle from the University of Natural Resources and Life Sciences, Vienna, presents a comprehensive approach including Voice of Customer, House of Quality, and Multi-Step Approach to optimize the quality parameters and customer relevance. The project aims to enhance manufacturing characteristics and processes in the hardwood industry. Various phases such as determining objectives priority and evaluating competitors are key components of this research.
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Project Meeting EU-Hardwoods University of Natural Resources and Life Sciences, Vienna Modelling the Solid Hardwood Supply Chain Network With Quality Function Deployment (QFD) Dipl.-Ing. Sebastian K hle (FH) Institute of Wood Technology and Renewable Materials Alfred Teischinger 1. Supervisor, Department of Material Science and Process Engineering, BOKU Manfred Gronalt 2. Supervisor, Insitute of Production and Logistics, BOKU 1 Sebastian K hle | Project Meeting EU Hardwoods 07.09.2024
Introduction Source: Holzkurier 2013/7 Supply Chain Process Chains Customer Product Technology Sebastian K hle | Project Meeting EU Hardwoods 2 07.09.2024
The Network Resource Sebastian K hle | Project Meeting EU Hardwoods 3 07.09.2024
Quality Function Deployment Voice of Customer House of Quality I House of Quality Voice of Customer Phase 1 4: How vs. How Which conflicts exisit between the characteristics? 3: How Quality Parameter Product Characteristic Customer Relevance 5: What vs. How Correltaion Matrix How much effects the characteristic the requirements? (Scale 0-9) (Rating Scale 0-1-3-9) 1: What Voice of Customer 2: Why Evaluation of competitors (Scale 1-5) 6: How much Determine of Objectives Priority of How (Results) Source: Saatweber,J. (2007): Kundenorientierung durch QFD. Sebastian K hle | Project Meeting EU Hardwoods 4 07.09.2024
Quality Function Deployment Voice of Customer House of Quality I House of Quality Voice of Customer Phase 1 4: How vs. How Which conflicts exisit between the characteristics? 3: How 1 3 Quality Parameter Product Characteristic higher quality Customer Relevance 5: What vs. How Correltaion Matrix How much effects the characteristic the requirements? (Scale 0-9) 1: What Voice of Customer 2: Why Evaluation of competitors (Scale 1-5) 4 2 6: How much Determine of Objectives Priority of How (Results) Source: Saatweber,J. (2007): Kundenorientierung durch QFD. Sebastian K hle | Project Meeting EU Hardwoods 5 07.09.2024
Multi-Step Approach HoQ II HoQ III Product characteristics from the HoQ I as Input Several Components Functions Material characteristics Components characteristics from the HoQ II as Input Process Chains & Elements Manufacture characteristics Specific amount or time Sebastian K hle | Project Meeting EU Hardwoods 6 07.09.2024
Specific Data HoQ IV Value Stream Mapping Advantages: Visualisation of the Material Flow Record of Specific Data Record of Process Chains Detailed Information about Key Processes Sebastian K hle | Project Meeting EU Hardwoods 7 07.09.2024
Sebastian Khle | Project Meeting EU Hardwoods 8 07.09.2024
QFD and the 4 Houses of Quality 4. QFD Phase Specific Data 3. QFD Phase Production Planning 1. QFD Phase Product Planning 2. QFD Phase Components Planning HoQ III HoQ IV HoQ II HoQ I Conventional use as product development tool Innovative use as information providing tool Sebastian K hle | Project Meeting EU Hardwoods 9 07.09.2024
Covered Areas Received Information: Process Chains and Elements Actual Used Technology Specific Data and Process Data Amount of Resource Production Capacity Yields Costs Customer Expert Interview Inter-company Links QFD VSM Product Process Sebastian K hle | Project Meeting EU Hardwoods 10 07.09.2024
Preliminary Results System Boundary Sebastian K hle | Project Meeting EU Hardwoods 11 07.09.2024
Sebastian Khle | Project Meeting EU Hardwoods
Process Chains & Elements Sawmill Parquet Solid Hardwood Board Upholstery Frames Sebastian K hle | Project Meeting EU Hardwoods 13 07.09.2024
Conclusion Qualitative procedure development Individual consideration of business networks Consideration of customer requirements with products characteristics Structured process of collecting information Transparency of business network process chains Sebastian K hle | Project Meeting EU Hardwoods 14 07.09.2024
Further Steps Finishing the analysis of the SCN Better links between intermediate and final product Analyse redundancy in supply chain processes Analyse underuse capacities Find cooperation potential Cooperation with secondary industry Ultimate Objective Optimised Supply Chain Network Model Mathematical Model Linear Programming Sebastian K hle | Project Meeting EU Hardwoods 15 07.09.2024
Acknowledgment Financial support for this work in the framework of the PhDSchool DokIn Holz funded by the Austrian Federal Ministry of Science, Research and Economy as well as the Austrian Federal Forestry and the Austrian Chamber of Agriculture are gratefully acknowledged. Sebastian K hle | Project Meeting EU Hardwoods 16 07.09.2024
Everyone a pleasant day. Dipl.-Ing. Sebastian K hle (FH) PhD Student, BOKU Institute of Wood Science and Technology Konrad Lorenz Stra e 24, A-3430 Tulln an der Donau Contact: skuehle@boku.ac.at Sebastian K hle | Project Meeting EU Hardwoods 17 07.09.2024
Meeting Input Strategic Analysis Relevant Information: Process Chains and Elements Actual Used Technology Specific Data and Process Data Amount of Resource Production Capacity Yields Cutting Patterns Divergent Material Flow Co-Products Sebastian K hle | Project Meeting EU Hardwoods
Case Study Switzerland 2009 Analysis of the hardwood sawmills Missing link and industry in the supply chain for value added products 2013 Final report: Hardwood manufacturing in the north-west of Switzerland Feasibility study and cost estimation (technology, tests, layout planning, markets, ) Products: Hardwood sawnwood, solid hardwood boards Hardwood + hybrid construction boards, GL Beams, CLT 2014 Test report: Mechanical properties of Beech CLT 2014 - 2017 Building facility Fagus Jura AG 2015 Workshop for collecting of the current knowledge: Glulam made of Beech and connections in Beech glulam Source: 1) CH-2009-Analyse der Schweizer Laubholz S gewerke 2) CH-2013-Schlussbericht-Laubholzverarbeitung Nordwestschweiz 3) Franke et al. (2014): Mechanische Eigenschaften von Buchen Brettsperrholz. Berner Fachhochschule. 4) Steiger-Franke-Frangi-2015-CH-Projektbericht-Brettschichtholz-Buche Sebastian K hle | Project Meeting EU Hardwoods
Fagus Jura AG Source: 1) CH-2013-Schlussbericht-Laubholzverarbeitung Nordwestschweiz 2) Homepage: http://www.fagusjura.ch/home.html Sebastian K hle | Project Meeting EU Hardwoods
Meeting Input Strategic Analysis Supply Chain Network How does it look like? Structure analysis Capacities? Products lead to technology Production and logistics concepts Sebastian K hle | Project Meeting EU Hardwoods
Bullwhip Effect - Theory Forest Sawmill 2nd Industry Customer Effects Increased inventory due to disproportionate stoackage, Order Size Inventory Order Size Inventory Order Size Inventory Order Size Inventory Worse customer service, Irregular capacity utilisation, Customer 2nd Industry Sawmill Forest Unsatisfactory product quality, Increased labour cost due to overtime and Loss of profit of the involved SC members Time Time Time Time Order Size Inventory Source: 1) Bause, F.; Kaczmarek, M. (2001): Modellierung und Analyse von Supply Chains (WIRTSCHAFTSINFORMATIK, 43). 2)Simon, H. A. (1952): On the Application of Servomechanism.Theory to the study of Production Control. In. Econometrica 20, S. 247-268 3) Forrester, J. (1961): Industrial Dynamics a Major Breakthrough for Decision makers. In: Harvard Business Review 36(4), S. 37-66 4) Lee, H. L.; Padmanabhan, V.; Whang, S. (1997): Information Distortion in Supply Chain: Bullwhip Effect. In: Management Science (43), S. 546 558. Sebastian K hle | Project Meeting EU Hardwoods 22 07.09.2024
Bullwhip Effect - Practice Causes Demand distortion (ger.: Verzerrung der Nachfrage), Inflated orders during shortage periods- rationing game (ger.: Rationierung und der Engpasspoker), Order batching (ger.: Losgr enbildung oder Sammelbestellungen), Price fluctuation forward buying (ger.: Preisvariationen) Quelle: 1) Thonemann, Ulrich (2005): Operations Management. Konzepte, Methoden und Anwendungen. Kapitel 8 - Supply Chain Management: Perason Studium Sebastian K hle | Project Meeting EU Hardwoods 23 07.09.2024
Work!(-Life-Balance) Sebastian K hle | Project Meeting EU Hardwoods 24 07.09.2024
