This document summarizes a master's dissertation on guidelines for sustainable value creation within the German automotive industry's strategic response to the carbon crisis. [The dissertation analyzed annual reports of automakers and suppliers from 2010-2015 to identify key clean technology initiatives. It proposed 7 strategic initiatives including product innovation, new clean technologies, and collaboration. The guidelines provide a framework for environmental and social sustainability throughout the supply chain to reduce carbon footprints and create shared value.]
Article - get your green suppliers on board - FMANZ Summit - JUNE 2015annestaal
Brief article for the FMANZ newsletter & website on how to benefit from innovative and green suppliers. See also the related presentation on slideshare. (FMANZ Summit, May 2015)
This document discusses the imperatives for Australia's manufacturing future and the role of META (Manufacturing Excellence Through Advanced technologies) in addressing them. META is a collaborative network of manufacturers and researchers aiming to advance manufacturing in Australia. The summary discusses META's strategy of focusing on 500 companies/researchers, collaboration across industries and with universities, and tangible outcomes through collaboration hubs and projects. META's activities include international benchmarking, collaborative activities and databases, and leveraging existing community networks to integrate activities at a national level.
Lecture: Design for Embedding Systemic SustainabilityMiles Weaver
This document discusses embedding sustainability throughout an organization and its supply chain. It begins by defining systems thinking and the importance of taking a holistic view to manage sustainability across the entire value chain, from suppliers to customers. Next, it contrasts "bolting on" sustainability superficially versus truly embedding it through goals, activities, and competencies across the business and supply chain. Finally, it examines specific functional strategies for marketing, manufacturing, and employees that can help drive sustainability. The overall message is that organizations need to manage sustainability holistically through their entire supply chain to create long-term sustainable value.
The supply chain viewpoint to circular business modelsAnna Aminoff
This document presents a framework for studying supply chain management (SCM) in a circular economy (CE). It provides definitions of a CE and different CE business models. The study aims to create a framework to analyze SCM issues according to different CE business model strategies. Literature on CE business models, SCM in a CE, and closed-loop supply chains is reviewed. A preliminary framework is developed around slowing, closing, and narrowing resource loops. Two case studies of CE businesses are analyzed using this framework. The framework is found to effectively structure SCM issues for the case companies. Expanding the empirical data and further research on SCM in a CE is recommended.
Strategic Renewal Process towards Environmental Sustainability – A Longitudinal Case
Jenni Kaipainen, Project researcher, Tampere University
Leena Aarikka-Stenroos, Professor, Tampere University
Valtteri Ranta, Doctoral student, Tampere University
The document discusses sustainability as a megatrend and how three companies - Albini Group, BMW, and Philips - have incorporated sustainability into their long-term business strategies. Albini Group invests in renewable energy sources and sources high-quality, chemical-free materials to reduce costs and environmental impact. BMW sees sustainability as key to its mobility business and aims to reduce vehicle emissions and resource use. Philips invests in green innovations and aims to transition to a circular economy through product reuse. All three companies view sustainability as driving financial viability and competitive advantage over the long run.
Article - get your green suppliers on board - FMANZ Summit - JUNE 2015annestaal
Brief article for the FMANZ newsletter & website on how to benefit from innovative and green suppliers. See also the related presentation on slideshare. (FMANZ Summit, May 2015)
This document discusses the imperatives for Australia's manufacturing future and the role of META (Manufacturing Excellence Through Advanced technologies) in addressing them. META is a collaborative network of manufacturers and researchers aiming to advance manufacturing in Australia. The summary discusses META's strategy of focusing on 500 companies/researchers, collaboration across industries and with universities, and tangible outcomes through collaboration hubs and projects. META's activities include international benchmarking, collaborative activities and databases, and leveraging existing community networks to integrate activities at a national level.
Lecture: Design for Embedding Systemic SustainabilityMiles Weaver
This document discusses embedding sustainability throughout an organization and its supply chain. It begins by defining systems thinking and the importance of taking a holistic view to manage sustainability across the entire value chain, from suppliers to customers. Next, it contrasts "bolting on" sustainability superficially versus truly embedding it through goals, activities, and competencies across the business and supply chain. Finally, it examines specific functional strategies for marketing, manufacturing, and employees that can help drive sustainability. The overall message is that organizations need to manage sustainability holistically through their entire supply chain to create long-term sustainable value.
The supply chain viewpoint to circular business modelsAnna Aminoff
This document presents a framework for studying supply chain management (SCM) in a circular economy (CE). It provides definitions of a CE and different CE business models. The study aims to create a framework to analyze SCM issues according to different CE business model strategies. Literature on CE business models, SCM in a CE, and closed-loop supply chains is reviewed. A preliminary framework is developed around slowing, closing, and narrowing resource loops. Two case studies of CE businesses are analyzed using this framework. The framework is found to effectively structure SCM issues for the case companies. Expanding the empirical data and further research on SCM in a CE is recommended.
Strategic Renewal Process towards Environmental Sustainability – A Longitudinal Case
Jenni Kaipainen, Project researcher, Tampere University
Leena Aarikka-Stenroos, Professor, Tampere University
Valtteri Ranta, Doctoral student, Tampere University
The document discusses sustainability as a megatrend and how three companies - Albini Group, BMW, and Philips - have incorporated sustainability into their long-term business strategies. Albini Group invests in renewable energy sources and sources high-quality, chemical-free materials to reduce costs and environmental impact. BMW sees sustainability as key to its mobility business and aims to reduce vehicle emissions and resource use. Philips invests in green innovations and aims to transition to a circular economy through product reuse. All three companies view sustainability as driving financial viability and competitive advantage over the long run.
This position paper from the Ecodesign Centre discusses links between Wales' proposed Sustainable Development Bill and Innovation Strategy. It argues that ecodesign can play a key role by helping businesses reduce costs and risks from rising resource prices while driving innovation. The paper outlines several strategic levers where ecodesign links the two policies, such as addressing energy demand and facilitating sustainable consumption. It recommends actions for the Welsh government, including leveraging procurement to create sustainable markets and aligning R&D funding to support sustainable products and services.
Evaluation of the German National Climate Initiative (NCI)Oeko-Institut
This document summarizes an evaluation of the German National Climate Initiative (NCI) from 2008 to 2014. The NCI supports climate action projects across Germany using funds from the federal budget and EU emissions trading revenues. The evaluation assessed over 200 individual projects and found that investment-based projects like micro-CHP plants and energy efficiency in municipalities achieved the largest greenhouse gas reductions over the lifetime of the projects, totaling over 7 million tons of CO2. Information-based projects reached more people but had less direct climate impact. Success factors identified included raising awareness, demonstrating examples, and networks that increased effectiveness through sharing best practices. Evaluation challenges included lack of data and uncertainty in measuring indirect and long-term impacts.
Integrating TIMES and life cycle assessment modelsIEA-ETSAP
1) The document discusses integrating life cycle assessment (LCA) models with energy system optimization models like TIMES to conduct environmental impact assessments of climate change mitigation policies.
2) A key challenge is mapping many energy technologies in TIMES models to corresponding processes in LCA databases, but focusing only on "relevant" changes that drive most greenhouse gas emissions changes can simplify this.
3) Parameters like emission factors may differ between TIMES and LCA databases, so harmonization is needed.
Energy-intensive industries – energy efficiency policies and evaluationsLeonardo ENERGY
The webinar will review results from academic evaluations of energy efficiency and climate mitigation policies that have targeted energy-intensive industry on EU and Member State level. The EU emissions trading system, by some portrayed as Europe´s flagship policy to tackle climate change, has had little effect in triggering innovative low-carbon solutions. Other policy approaches taken by Member States have centred on site-level energy management practices linked with national incentives and obligations that stimulates industrial energy efficiency as a strategy aiming at multiple objectives. Remarks are also made about policy design and the role of evaluation to foster policy improvements.
Suggested reading: Stenqvist, C. (2013). Industrial energy efficiency improvement - the role of policy and evaluation. Doctoral dissertation. Lund: Lund University.
Speakers for this webinar: Christian Stenqvist
The document summarizes recent events and topics from the International Controller Association (ICV). It discusses that in 2014, the ICV focused on sustainability, big data, and ICV awards. It provides details on the winners of the Green Controlling Award and Controlling Newcomer Award. It also announces upcoming ICV conferences in Croatia, Russia, Serbia, and the ACCID Congress in Barcelona with speaker details.
The document discusses sustainability controlling in public transport companies. It notes that while public transport inherently promotes sustainability goals, not all public transport companies see sustainability as a strategic priority. It then outlines some starting points for integrating sustainability into controlling practices, including factoring sustainability impacts into investment decisions, implementing carbon accounting, integrating environmental, economic and social dimensions into reporting, and managing sustainability objectives within the overall management system. The article aims to provide ideas for public transport companies looking to strengthen their sustainability controlling.
Global ManuChem Strategies 2014 - Post Event ReportMaria Willamowius
Challenges & solutions in organizational implementation of end-to-end processes in production and operations management within the chemical industry and impact on effective process management
Sustainable Product & Business Model InnovationThreebility
Lecture notes for the 2018 module Sustainable Product & Business Model Innovation at Steinbeis University Berlin.
The lecture presents established and novel methods for product and business model innovation with a focus on profitability and sustainability (triple bottom line). 38 sustainable business model examples in the are of the circular economy, collaborative & sharing economy and Internet of Things are included. A collaborative sustainable innovation method based on the Sustainable Business Model Canvas is presented as well.
The methods taught in this course have been applied and implemented in practice in a wide range of industries and can be downloaded for free at threebility.com.
The concepts taught in this course have been introduced in several other universities. If you are a university lecturers wishing to introduce these methods into your curriculum, please get in touch.
·Research Activity Sustainable supply chain can be viewed as.docxbudbarber38650
·
Research Activity
Sustainable supply chain can be viewed as Management of raw materials and services from suppliers to manufacturers/ service provider to customer - with improvement of the social and environmental impacts explicitly considered.
Carry out a literature review on sustainable / green supply chain and prepare:
·
A report (provide an example) -2500-3000 words approximately and
Issues/topics that
you may like
to address/consider are:
1.
Drivers for Sustainable SCM
2.
Analysing the impact of carbon emissions on manufacturing operation, cost and profit by focusing on product life cycle analysis.
Analyse aspects of the product life cycle in terms of; Outlining CO2 emission points and scope, defining CO2 baseline, prioritising measures to reduce or off set emissions and finally planning and initiating actions.
3.
New ways of thinking/information sharing
Seven key solution areas were identified:
·
In- store logistics: includes in-store visibility, shelf-ready products, shopper interaction
·
Collaborative physical logistics: shared transport, shared warehouse, shared infrastructure
·
Reverse logistics: product recycling, packaging recycling, returnable assets
·
Demand fluctuation management: joint planning, execution and monitoring
·
Identification and labelling: through the use of barcodes and RFID tags. Identification is about providing all partners in the value chain with the ability to use the same standardised mechanism to uniquely identify parties/locations, items and events with clear rules about where, how, when and by whom these will be created, used and maintained. Labels currently are the most widely used means to communicate about relevant sustainability and security aspects of a certain product towards consumers
·
Efficient assets: alternative forms of energy, efficient/aerodynamic vehicles, switching modes, green buildings
·
Joint scorecard and business plan: this solution consists of a suite of industry-relevant measurement tools falling into two broad categories: qualitative tools, which are a set of capability metrics designed to measure the extent to which the trading partners (supplier, service provider and retailer) are working collaboratively; and quantitative tools, which include business metrics aimed at measuring the impact of collaboration
4.
Sustainability in the carbon economy
5.
Introducing/developing sustainable KPI
s
to SC, SCOR,GSCF Models
Wal-Mart
may be a good example to look at: when you burn less, you pay less and emit less, and the benefits can ripple further. The big advantages for organisations in becoming sustainable are reducing costs and helping the environment. For example: Wal-Mart sells 25% of detergent sold in the United States, by replacing regular washing detergent with concentrate they will save: 400 million gallons of water, 125 million pounds of cardboard and packaging, 95 million pounds of plastic.
.
This document analyzes community choice energy (CCE) business models in California. It finds that CCEs, like MCE and SCP, allow local governments to increase renewable energy and reduce emissions while maintaining competitive prices. An integrated assessment of the CCE business models identified keeping customers engaged and stable pricing as critical to sustainability. The document recommends CCEs further develop local renewable resources and customer relationships.
This document provides an overview of developing a sustainable supply management strategy. It discusses understanding customer, market, and business sustainability requirements. It also covers principles for developing a supply sustainability strategy, executing the strategy, and monitoring/institutionalizing it. The document outlines NLPA's model for realizing a strategic supply sustainability management approach. Key aspects include understanding requirements, conducting an environmental scan, developing a strategy, and executing sustainable procurement, production, and logistics processes. It emphasizes the importance of measurement to ensure supply sustainability success.
The aim of this report is to consider key theories and areas of supply chain management while referring to the case study of Nissan Cogent, for the achievement of world class base of supplier. A brief overview will be provided for the case study based on which further analysis will be conducted for drafting out key points of conclusion and recommendations. Further discussion will be conducted on the key objectives, role of leadership, commonality of purpose, and performance metrics. Further ahead, there will be an identification of risks, costs and benefits, based on which key recommendations and future trends will be identified.
Circular Business Model Innovation ISPIM Boston 2016 - Antikainen & ValkokariMaria Antikainen
We present a Framework for Sustainable Circular Business Model Innovation adding important perspectives: recognizing trends and drivers at the ecosystem level, understanding value to partners and stakeholders within a business and evaluating the impact of sustainability and circularity. In order to test the framework and to provide a concrete example of its usage and future development needs, we conducted a case study with one start-up company.
This document provides instructions for an environmental reporting paper that analyzes and compares the 2017 sustainability reports of Shell and Lyondellbasell. The paper is to include an overview of the evolution of sustainability reporting, a discussion of two case studies using the reports, and a critical evaluation highlighting the benefits and limitations of each company's methodology. The proposed topic will comparatively analyze both reports' approaches to sustainability, with Shell focusing on energy transition, operations, society, and climate change and Lyondellbasell focusing on sustainable products, safety, environmental impact, and community support.
Heineken uses a Product-Service System (PSS) business model that is product-oriented and focused on creating value. The company's sustainability program called "Brewing a Better World" integrates sustainability into its strategy. This includes making the supply chain more sustainable by helping suppliers, especially in Africa, become more efficient and adopt practices like new seed varieties. It also focuses on reducing resources used in brewing like water, CO2 emissions, and electricity through initiatives like its Total Productive Maintenance Program. While Heineken works to build sustainable supplier relationships, it could better communicate and market these efforts to increase visibility and trust with stakeholders.
Charles Liu has over 15 years of experience in environmental policy and greenhouse gas reduction projects. He holds a Master's degree in Environmental Management and Bachelor's degree in Environmental Science. He has worked extensively with the Taiwanese EPA on the design and implementation of domestic greenhouse gas policies and programs, and has managed a variety of carbon offset and renewable energy projects internationally. He is proficient in greenhouse gas accounting standards and seeks to utilize his multidisciplinary skills and policy expertise to advance sustainable energy and climate solutions.
1. Linking sustainability data to business value is important for competitive advantage through customer attraction, staff retention, risk management, and cost reductions.
2. There are several sustainability accounting and disclosure frameworks like the Global Reporting Initiative (GRI) and the Carbon Disclosure Project (CDP) that help companies report on ESG factors.
3. Current research is examining the correlation between companies' ESG scores from databases and their financial and market performance to understand how sustainability impacts value.
The product, functional unit and reference flowRas Clarkson
This document provides guidance on defining the scope of a life cycle assessment (LCA), including determining the relevant product functions, defining the functional unit, and establishing reference flows. It presents a five-step procedure for conducting these analyses: 1) describing the product properties, 2) identifying the relevant market segment, 3) determining comparable product alternatives, 4) defining the quantified functional unit, and 5) establishing the reference flows for each system. The goals are to define the object of study, provide a reference unit for comparisons, and enable equivalence between alternative product systems. The guidance aims to minimize subjectivity and reflect real market conditions in properly establishing the scope of an LCA.
A session at the CBS Competitiveness Day 2015 - This presentation will give an overview of how service business models can provide opportunities for driving competitiveness of Danish industry. The presentation is based on the ongoing applied research project 'Driving Competitiveness through Servitization’ which is supported by The Danish Industry Foundation. The project focuses on service strategies of manufacturers and is carried out in collaboration with a number of Danish companies.
This position paper from the Ecodesign Centre discusses links between Wales' proposed Sustainable Development Bill and Innovation Strategy. It argues that ecodesign can play a key role by helping businesses reduce costs and risks from rising resource prices while driving innovation. The paper outlines several strategic levers where ecodesign links the two policies, such as addressing energy demand and facilitating sustainable consumption. It recommends actions for the Welsh government, including leveraging procurement to create sustainable markets and aligning R&D funding to support sustainable products and services.
Evaluation of the German National Climate Initiative (NCI)Oeko-Institut
This document summarizes an evaluation of the German National Climate Initiative (NCI) from 2008 to 2014. The NCI supports climate action projects across Germany using funds from the federal budget and EU emissions trading revenues. The evaluation assessed over 200 individual projects and found that investment-based projects like micro-CHP plants and energy efficiency in municipalities achieved the largest greenhouse gas reductions over the lifetime of the projects, totaling over 7 million tons of CO2. Information-based projects reached more people but had less direct climate impact. Success factors identified included raising awareness, demonstrating examples, and networks that increased effectiveness through sharing best practices. Evaluation challenges included lack of data and uncertainty in measuring indirect and long-term impacts.
Integrating TIMES and life cycle assessment modelsIEA-ETSAP
1) The document discusses integrating life cycle assessment (LCA) models with energy system optimization models like TIMES to conduct environmental impact assessments of climate change mitigation policies.
2) A key challenge is mapping many energy technologies in TIMES models to corresponding processes in LCA databases, but focusing only on "relevant" changes that drive most greenhouse gas emissions changes can simplify this.
3) Parameters like emission factors may differ between TIMES and LCA databases, so harmonization is needed.
Energy-intensive industries – energy efficiency policies and evaluationsLeonardo ENERGY
The webinar will review results from academic evaluations of energy efficiency and climate mitigation policies that have targeted energy-intensive industry on EU and Member State level. The EU emissions trading system, by some portrayed as Europe´s flagship policy to tackle climate change, has had little effect in triggering innovative low-carbon solutions. Other policy approaches taken by Member States have centred on site-level energy management practices linked with national incentives and obligations that stimulates industrial energy efficiency as a strategy aiming at multiple objectives. Remarks are also made about policy design and the role of evaluation to foster policy improvements.
Suggested reading: Stenqvist, C. (2013). Industrial energy efficiency improvement - the role of policy and evaluation. Doctoral dissertation. Lund: Lund University.
Speakers for this webinar: Christian Stenqvist
The document summarizes recent events and topics from the International Controller Association (ICV). It discusses that in 2014, the ICV focused on sustainability, big data, and ICV awards. It provides details on the winners of the Green Controlling Award and Controlling Newcomer Award. It also announces upcoming ICV conferences in Croatia, Russia, Serbia, and the ACCID Congress in Barcelona with speaker details.
The document discusses sustainability controlling in public transport companies. It notes that while public transport inherently promotes sustainability goals, not all public transport companies see sustainability as a strategic priority. It then outlines some starting points for integrating sustainability into controlling practices, including factoring sustainability impacts into investment decisions, implementing carbon accounting, integrating environmental, economic and social dimensions into reporting, and managing sustainability objectives within the overall management system. The article aims to provide ideas for public transport companies looking to strengthen their sustainability controlling.
Global ManuChem Strategies 2014 - Post Event ReportMaria Willamowius
Challenges & solutions in organizational implementation of end-to-end processes in production and operations management within the chemical industry and impact on effective process management
Sustainable Product & Business Model InnovationThreebility
Lecture notes for the 2018 module Sustainable Product & Business Model Innovation at Steinbeis University Berlin.
The lecture presents established and novel methods for product and business model innovation with a focus on profitability and sustainability (triple bottom line). 38 sustainable business model examples in the are of the circular economy, collaborative & sharing economy and Internet of Things are included. A collaborative sustainable innovation method based on the Sustainable Business Model Canvas is presented as well.
The methods taught in this course have been applied and implemented in practice in a wide range of industries and can be downloaded for free at threebility.com.
The concepts taught in this course have been introduced in several other universities. If you are a university lecturers wishing to introduce these methods into your curriculum, please get in touch.
·Research Activity Sustainable supply chain can be viewed as.docxbudbarber38650
·
Research Activity
Sustainable supply chain can be viewed as Management of raw materials and services from suppliers to manufacturers/ service provider to customer - with improvement of the social and environmental impacts explicitly considered.
Carry out a literature review on sustainable / green supply chain and prepare:
·
A report (provide an example) -2500-3000 words approximately and
Issues/topics that
you may like
to address/consider are:
1.
Drivers for Sustainable SCM
2.
Analysing the impact of carbon emissions on manufacturing operation, cost and profit by focusing on product life cycle analysis.
Analyse aspects of the product life cycle in terms of; Outlining CO2 emission points and scope, defining CO2 baseline, prioritising measures to reduce or off set emissions and finally planning and initiating actions.
3.
New ways of thinking/information sharing
Seven key solution areas were identified:
·
In- store logistics: includes in-store visibility, shelf-ready products, shopper interaction
·
Collaborative physical logistics: shared transport, shared warehouse, shared infrastructure
·
Reverse logistics: product recycling, packaging recycling, returnable assets
·
Demand fluctuation management: joint planning, execution and monitoring
·
Identification and labelling: through the use of barcodes and RFID tags. Identification is about providing all partners in the value chain with the ability to use the same standardised mechanism to uniquely identify parties/locations, items and events with clear rules about where, how, when and by whom these will be created, used and maintained. Labels currently are the most widely used means to communicate about relevant sustainability and security aspects of a certain product towards consumers
·
Efficient assets: alternative forms of energy, efficient/aerodynamic vehicles, switching modes, green buildings
·
Joint scorecard and business plan: this solution consists of a suite of industry-relevant measurement tools falling into two broad categories: qualitative tools, which are a set of capability metrics designed to measure the extent to which the trading partners (supplier, service provider and retailer) are working collaboratively; and quantitative tools, which include business metrics aimed at measuring the impact of collaboration
4.
Sustainability in the carbon economy
5.
Introducing/developing sustainable KPI
s
to SC, SCOR,GSCF Models
Wal-Mart
may be a good example to look at: when you burn less, you pay less and emit less, and the benefits can ripple further. The big advantages for organisations in becoming sustainable are reducing costs and helping the environment. For example: Wal-Mart sells 25% of detergent sold in the United States, by replacing regular washing detergent with concentrate they will save: 400 million gallons of water, 125 million pounds of cardboard and packaging, 95 million pounds of plastic.
.
This document analyzes community choice energy (CCE) business models in California. It finds that CCEs, like MCE and SCP, allow local governments to increase renewable energy and reduce emissions while maintaining competitive prices. An integrated assessment of the CCE business models identified keeping customers engaged and stable pricing as critical to sustainability. The document recommends CCEs further develop local renewable resources and customer relationships.
This document provides an overview of developing a sustainable supply management strategy. It discusses understanding customer, market, and business sustainability requirements. It also covers principles for developing a supply sustainability strategy, executing the strategy, and monitoring/institutionalizing it. The document outlines NLPA's model for realizing a strategic supply sustainability management approach. Key aspects include understanding requirements, conducting an environmental scan, developing a strategy, and executing sustainable procurement, production, and logistics processes. It emphasizes the importance of measurement to ensure supply sustainability success.
The aim of this report is to consider key theories and areas of supply chain management while referring to the case study of Nissan Cogent, for the achievement of world class base of supplier. A brief overview will be provided for the case study based on which further analysis will be conducted for drafting out key points of conclusion and recommendations. Further discussion will be conducted on the key objectives, role of leadership, commonality of purpose, and performance metrics. Further ahead, there will be an identification of risks, costs and benefits, based on which key recommendations and future trends will be identified.
Circular Business Model Innovation ISPIM Boston 2016 - Antikainen & ValkokariMaria Antikainen
We present a Framework for Sustainable Circular Business Model Innovation adding important perspectives: recognizing trends and drivers at the ecosystem level, understanding value to partners and stakeholders within a business and evaluating the impact of sustainability and circularity. In order to test the framework and to provide a concrete example of its usage and future development needs, we conducted a case study with one start-up company.
This document provides instructions for an environmental reporting paper that analyzes and compares the 2017 sustainability reports of Shell and Lyondellbasell. The paper is to include an overview of the evolution of sustainability reporting, a discussion of two case studies using the reports, and a critical evaluation highlighting the benefits and limitations of each company's methodology. The proposed topic will comparatively analyze both reports' approaches to sustainability, with Shell focusing on energy transition, operations, society, and climate change and Lyondellbasell focusing on sustainable products, safety, environmental impact, and community support.
Heineken uses a Product-Service System (PSS) business model that is product-oriented and focused on creating value. The company's sustainability program called "Brewing a Better World" integrates sustainability into its strategy. This includes making the supply chain more sustainable by helping suppliers, especially in Africa, become more efficient and adopt practices like new seed varieties. It also focuses on reducing resources used in brewing like water, CO2 emissions, and electricity through initiatives like its Total Productive Maintenance Program. While Heineken works to build sustainable supplier relationships, it could better communicate and market these efforts to increase visibility and trust with stakeholders.
Charles Liu has over 15 years of experience in environmental policy and greenhouse gas reduction projects. He holds a Master's degree in Environmental Management and Bachelor's degree in Environmental Science. He has worked extensively with the Taiwanese EPA on the design and implementation of domestic greenhouse gas policies and programs, and has managed a variety of carbon offset and renewable energy projects internationally. He is proficient in greenhouse gas accounting standards and seeks to utilize his multidisciplinary skills and policy expertise to advance sustainable energy and climate solutions.
1. Linking sustainability data to business value is important for competitive advantage through customer attraction, staff retention, risk management, and cost reductions.
2. There are several sustainability accounting and disclosure frameworks like the Global Reporting Initiative (GRI) and the Carbon Disclosure Project (CDP) that help companies report on ESG factors.
3. Current research is examining the correlation between companies' ESG scores from databases and their financial and market performance to understand how sustainability impacts value.
The product, functional unit and reference flowRas Clarkson
This document provides guidance on defining the scope of a life cycle assessment (LCA), including determining the relevant product functions, defining the functional unit, and establishing reference flows. It presents a five-step procedure for conducting these analyses: 1) describing the product properties, 2) identifying the relevant market segment, 3) determining comparable product alternatives, 4) defining the quantified functional unit, and 5) establishing the reference flows for each system. The goals are to define the object of study, provide a reference unit for comparisons, and enable equivalence between alternative product systems. The guidance aims to minimize subjectivity and reflect real market conditions in properly establishing the scope of an LCA.
A session at the CBS Competitiveness Day 2015 - This presentation will give an overview of how service business models can provide opportunities for driving competitiveness of Danish industry. The presentation is based on the ongoing applied research project 'Driving Competitiveness through Servitization’ which is supported by The Danish Industry Foundation. The project focuses on service strategies of manufacturers and is carried out in collaboration with a number of Danish companies.
Similar to Presentation EurOMA 2017 conference, Carina Legl (20)
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
Reimagining Your Library Space: How to Increase the Vibes in Your Library No ...Diana Rendina
Librarians are leading the way in creating future-ready citizens – now we need to update our spaces to match. In this session, attendees will get inspiration for transforming their library spaces. You’ll learn how to survey students and patrons, create a focus group, and use design thinking to brainstorm ideas for your space. We’ll discuss budget friendly ways to change your space as well as how to find funding. No matter where you’re at, you’ll find ideas for reimagining your space in this session.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
1. Carina Legl, MSc
Edinburgh Napier University
Dr Miles Weaver
Edinburgh Napier University
Guidelines for sustainable-value creation within the
context of German automotive industry’s strategic
carbon crisis management
2. Carina Legl, MSc with Distinction
in International Business Management
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 2
• Master’s dissertation
‘The German automotive industry’s strategic sustainability management – dealing with
the ongoing global carbon crisis through sustainable-value creation’
• Supervisor: Dr Miles Weaver (Program Leader, SCM/Operation Management)
• Graduation: October 2016, Edinburgh Napier University
• Potential research work for publication
(Encouraged by Miles to submit and present the Paper
on an international platform – EurOMA 2017 conference)
• Strong intentions on prospective PhD research activities
– Part/full-time, internal/external PhD program, starting 2017/18
internal: research and teaching position, general academic research (LMU)
external: research and job position, specific research (SAP, or else)
– PhD supervision, potentially, in collaboration with LMU or ENU
3. • Relevance/contribution Improving carbon emissions’ efficiency, and thus, having a
real impact on climate change – through the interrelation of stakeholders (collaborative
undertaking approach)
• Objectives/aim
– To identify and classify single-applied and collaborative-contributed key, strategic
clean/green-technological initiatives by Germany’s influential OEMs and OEM-parts
suppliers through interpretation of annual/sustainability-reporting’
patterns/relationships within 2010 to 2015
– To unify those already enforced/realised significant, future-oriented measures/ideas
– To propose universal guidelines of transferable, operational initiatives that motivate
the guideline’s incorporation by environmental/sustainability managers of diverse
industrial sectors to ensure/promote strategic sustainability
development/management
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 3
Research’s relevance/aim/objectives
‘Transferable, operational guidelines for sustainable-value creation’
4. • What were key, strategic clean/green-technological initiatives applied
by German’s automotive industry to address the ongoing global
carbon crisis?
• How and why have those initiatives contributed collaboratively to
create sustainable-value?
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 4
Research questions
Exploratory research
5. • Literature review
– Strategic sustainability management
– Clean/green-technological innovation
– Collaborative sustainable-value creation
– Research gap – on the incorporation of strategic sustainability management
• Design/methodology/approach
• Analysis/interpretation/findings
– Project 1, analysis of each corporation’s sense of mission (within NVivo 10)
– Project 2, analysis of each corporation’s environmental and social sustainability initiatives
(within NVivo 10)
– Final step, analysis of collaborative contribution towards collaborative, sustainable-value
creation (within IBM SPSS Statistics)
• Towards operational guidelines for collaborative sustainable-value
creation
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 5
Research’s presentation
‘Operational guidelines for sustainable-value creation’
6. • Theoretical key concepts’ discussion of: strategic sustainability management;
clean/green-technological innovation; collaborative sustainable-value creation
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 6
Sustainable value framework
Sustainable
Value
Drivers
• Pollution
• Consumption
• Waste
Drivers
• Disruption
• Clean Tech
• Footprint
Drivers
• Population
• Poverty
• Inequity
Drivers
• Civil Society
• Transparency
• Connectivity
Strategy:
Clean Technology
Develop the sustainable
competencies of the future
Corporate Payoff:
Innovation & Repositioning
Strategy:
Pollution Prevention
Minimise waste and
emissions from operations
Corporate Payoff:
Cost & Risk Reduction
Strategy:
Sustainability Vision
Create a shared
roadmap for meeting
unmet needs
Corporate Payoff:
Growth Trajectory
Strategy:
Product Stewardship
Integrate stakeholder
views into business
process
Corporate Payoff:
Reputation & Legitimacy
Tomorrow
Today
External
Internal
Campbell and Yeung’s Ashridge mission model
PURPOSE
“Why the
corporation exists”
BEHAVIOUR STANDARDS
“The corporation’s
policies and behaviour patterns
that underpin the distinctive competences
and the value system”
VALUES
“What the corporation
believes in”
STRATEGY
“The corporation’s competitive position
and distinctive competence”
Figure: Author's presentation of the Ashridge mission model,
based on Campbell and Yeung (1991:13)
Figure: Author's presentation of the sustainable-value framework,
based on Hart and Milstein (2003:60)
Literature review
German automotive industry’s strategic sustainability management
7. Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 7
Frameworks’ linkage
Research on the foundation for embedding sustainability
Linking Campbell and Yeung’s Ashridge mission model with
Hart and Milstein’s sustainable value framework
Strategy: Clean Technology
Develop the sustainable competencies of the future
Corporate Payoff: Innovation & Repositioning
Strategy: Pollution Prevention
Minimise waste and emissions from operations
Corporate Payoff: Cost & Risk Reduction
Strategy: Product Stewardship
Integrate stakeholder views into business process
Corporate Payoff: Reputation & Legitimacy
Figure: Author's presentation of the link between Campbell and Yeung's (1991:13) Ashridge mission model to Hart and Milstein's (2003:60)
sustainable-value framework, with strategic focus on clean technology, pollution prevention, and product stewardship
8. • Exploratory research, inductive approach
• Interpretation of annual/sustainability-reporting’ patterns/relationships
• Applied quantitative methods
• Examined secondary data collection in consideration of effective, supportive
initiatives for reducing/preventing car’s carbon footprint
• Quantified content by counting occurrence’ frequency of predetermined,
indicative keywords
What does each corporation actually report in context of applied clean/green-
technological innovation/s
What characteristics does each, single corporation shares with others
What is the collaborative contribution, i.e. the relationships between each
analysed corporate clean/green-environmental initiative/s
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 8
Design/methodology/approach
Research on the foundation for embedding sustainability
9. • Clear indication of corporations’ strong sense of mission
• Positively stated in each, single corporations’ annual reports within the
specified timeframe of – all 4 intertwining, reinforcing categorical areas
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 9
Analysis/interpretation/findings
Project 1: Corporation’s sense of mission
Table: Defined keywords, i.e. child nodes, for the four intertwining and reinforcing
categorical areas and the nine mission statement components with additional supportive
child nodes
10. • All corporations actively-reported on sustainability/CSR within the set time frame –
either in annual reports with integrated sustainability/CSR information or separate
sustainability reports – with given signals of concentrated environmental and social
sustainability
• Based on previous research and study cases (foremost on environmental and social
sustainability reporting as well as certain frameworks, specifically with regard to termed
indicators that in turn link to sustainability, offers potential key parameters/keywords
for the three-interlinked strategic categories)
• Each corporation displays key, strategic clean/green-technological initiative/s
with various focus on prior-defined categorical areas, i.e. the three strategies of
Hart and Milstein’s (2003) sustainable-value framework: clean technology;
pollution prevention; and product stewardship
• Distinct intersection and interrelation between sustainability, sustainable
competitive advantage, and sustainable-value creation
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 10
Analysis/interpretation/findings
Project 2: Corporation’s environmental and social sustainability initiatives
11. Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 11
Towards operational guidelines
Corporations’ collaborative contribution to create sustainable-value
Environmental AND management
AND systems
2%
Environmental AND research AND
development
1%
Increase AND investments AND R&D AND
environmental AND products AND processes
2%
Integrated AND
management
2%
Market AND value
2%
Product AND development
1%
Reduction AND fuel AND
consumption AND emissions
1%
Regional AND global AND
environmental AND impact
1%
Report AND activities
2%Risk AND
management
2%
Sustainable AND development
1%
Technology AND power AND vehicles
1%
Total AND quality AND
environmental AND
management
3%
Waste AND management
2%
Cooperation AND stakeholders AND
using less energy during product
transportation
1%
General AND external AND
report
2%
Integrated AND management
2%
Labour AND management AND relations
1%
Sustainability AND requirements AND partners
1%
Sustainability AND requirements AND suppliers
1%
Rest of nodes, i.e.
keywords
71%
Figure: Extract of the three OEMs and seven OEM-parts suppliers collaborative contribution, i.e. the 20 highest occurrence of nodes, i.e. keywords, connected to the environmental
(keywords coloured in blue) and social (keywords coloured in violet) sustainability dimensions – towards the collaborative sustainable-value creation
12. Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 12
Creation of operational guidelines
based on 7 key strategic clean/green-technological initiatives
Strong
sense of
mission
- Purpose
- Strategy
- Behaviour
standards
- Values
Effective and
successful
strategic
sustainability
management
- Vision, mission
- Business benefits
- Strategic goals
- Specific environmental
objectives
- Guiding principles
- Clean/green organisational
culture
Environmental
and social
sustainability
- through clean/green-
technological initiatives
Collaborative
Sustainable-
value creation
The Key, Strategic Clean/green-technological Initiatives
of the German Automotive Industry’s Strategic Sustainability Management
Based upon Hart and Milstein’s Sustainable Value Framework
Reinforced by Each Corporation’s Strong Sense of Mission, based on Campbell and Yeung’s Ashridge Mission Model
Collaborative
Sustainable-
value
Creation
• Strategy: Clean Technology
Develop the sustainable competencies of the future
Corporate Payoff: Innovation & Repositioning
• Strategy: Pollution Prevention
Minimise waste and emissions from operations
Corporate Payoff: Cost & Risk Reduction
• Strategy: Product Stewardship
Integrate stakeholder views into business process
Corporate Payoff: Reputation & Legitimacy
Since
2010
until 2015
External
Internal
INITIATIVES:
1. Product and Process Innovation
form Environmental Core
Competencies
2. Advancement of New Clean/green
Technology, Innovations of Policy-
making Processes, and Sustainable
Solutions for Corporation’s
Activities
3. Competitiveness from Sustainable
Development
4. Sustainable Value from Clean/green-
technological Products and
Processes
5. Achievement of the Higher Ideal
from Reduction, Minimisation, and
Elimination of Waste and Emissions
O
pportunities
Enhancedreputation
Productdifferentiation
Motivatedemployees
Reducedcosts
Entryintonewmarkets
INITIATIVES:
6. Collaboration from Joined Sustainability
Best Practices
7. Benefits to Society and Nature from
German Automotive Industry’s Strategic
Sustainability Management
Figure: Researcher's suggestions of the key, strategic clean/green-technological initiatives of the
German automotive industry's strategic sustainability management to enhance the collaborative sustainability performance
Research’s
WHAT-question
13. Environmental sustainability addresses expectance of corporation’s pursuit of
environmental protection throughout the entire supply-chain to reduce/prevent
carbon footprint, in rather more general-terms than particularly of just cars.
The guidelines aid in dealing with the ongoing global carbon crisis through:
• effective, supportive clean/green-technological initiatives, as expected to
create sustainable competitive advantage for corporation and entire supply-
chain;
• corporation’s implementation of specified sustainability requirements for
suppliers and partners, as expected to lead to collaborative sustainable-value
creation throughout the supply-chain;
• accurate environmental performance assessment of suppliers and partners,
as e.g. total environmental quality management is crucial for collaborative
sustainable-value creation.
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 13
Transferable, operational guidelines
for sustainable-value creation
Research’s
WHY & HOW-questions
14. Social sustainability addresses corporation’s effective and successful
application and implementation of sustainable activities, i.e. business processes
to create collaborative sustainable-value throughout the value-chain.
For this, corporation’s:
• suppliers, partners, and employees are expected to operate responsible,
according to corporation’s sustainability requirements with measures and
mechanisms for products and processes’ waste reduction, emission
minimisation, and pollution prevention;
• integrated management involves participation of all, relevant stakeholders,
especially, employees, partners, and suppliers.
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 14
Transferable, operational guidelines
for sustainable-value creation
Research’s
WHY & HOW-questions
15. • Initial step towards conceptual-framework creation
• Contribution to further discussion
– What can be achieved with clean/green-technological initiatives
– Why those initiatives matter
– How German automotive industry’s key, strategic clean/green-technological
initiatives can be transferred to and implemented by environmental/sustainability
managers with diverse industrial sectors – to ensure with clean/green policies and
practices the promotion of strategic environmental and social sustainability
management
Guidelines for sustainable-value creation within the context of German automotive industry‘s strategic carbon crisis management
Carina Legl and Dr Miles Weaver (2017) 15
Prospective research
Towards the creation of a conceptual-framework
16. Presented by Carina Legl, MSc
Connect with me via
Guidelines for sustainable-value creation within the
context of German automotive industry’s strategic
carbon crisis management
Editor's Notes
Last summer, I had the honour to present my Master dissertation‘s research at the EurOMA 2017 conference, at the Heriot-Watt University, in Edinburgh, Scotland!
I would like to take this opportunity of sharing the presentation I have held at the conference with you. Since then: time has passed and life has progressed, thus – I will point out where change happend.
This exploratory research elaborates - The German automotive industry’s strategic sustainability management and the industry’s dealing with the ongoing global carbon crisis through sustainable-value creation. Hereby, specific focus is set on the three leading Original Equipment Manufacturers (in short: OEM) and the seven leading OEM-part suppliers.
To me:
Based on my Master‘s dissertation topic and context, my supervisor Dr Miles Weaver, by now Associated Professor at the Business School of the Edinburgh Napier University, pushed me towards submitting a paper for the EurOMA conference. After graduation in October 2016, my intentions were set on undertaking a PhD program. Back at that time – I was figuring out: how to approach the PhD project – full or part-time, internal or external, which University, which supervisor, do I want to stay in Germany or move again abroad. Well, time has passed and now I am happy with the constellation of being a external, part-time PhD research student of the ENU in collaboration with SAP’s Industry Business Unit Retail.
Coming back to the presentation on Master’s topic - As this was my first-time presenting research on an international platform, - with now the second time presenting to a virtuell audience, - I would highly appreciate your feedback – so, be critical on this research.
Relevance/contribution:
The potential benefit of improving carbon emissions’ efficiency, and thus, having a real impact on climate change, is set upon a single-undertaking approach of already enforced and realised future-oriented measures by influential German automotive industry’s stakeholders to create sustainable-value.
Obviously, the importancy of leading the industry’s low or non-carbon transition is set upon the interrelation of each stakeholder. Thus a rather collaborative undertaking approach towards sustainable-value creation is suggested.
By unifying those already enforced and/or realised significant ideas to address the ongoing global carbon crisis, this research proposes universal guidelines of transferable, operational initiatives. That in turn motivates the application and implementation by sustainability managers; And enable the basis for further research progress on creating a prospective-following conceptual-framework.
For this, the discussion is set on single corporation’s strategic environmental and social sustainability focus (i.e. pollution prevention; clean technology; product stewardship). AND further on the collaborative contribution. Thus, this exploratory research identifies and classifies single-applied and collaborative-contributed key, strategic clean/green-technological initiatives, that Germany’s influential OEMs and OEM-parts suppliers stated in their annual/sustainability-reporting within the timeframe of 2010 to 2015.
I particularly questioned:
The Research was ‚compressed‘ presented in the Paper with the emerged key themes on
The initial interpretive approach was outlined in the desing/methodology/approach section, followed by the analysis of interpreted findings.
Defined in qualitative methods applied in Project 1, 2 + an analytical analysis of keyword occurency towards the creation of operational guidelines.
While discussing the concept within strategic sustainability management, clean/green-technological innovation, and collaborative sustainable-value creation through the leading - three OEM and sevel OEM part-suppliers, I reached the decision of chosing Hart and Milstein‘s sustainable value framework – and Campbell and Yeung‘s Ashridge mission model – as the basis for this exploratory research.
Those frameworks aid in defining specified criteria for the content analysis of annual reports, and subsequently, of sustainablity-reporting of German‘s narrowly-defined OEM and OEM-parts suppliers.
Based on the defined criteria, literature was reviewed on research regarding mission statement‘s value and further on environmental reporting and frameworks for defining parameters, i.e. keywords/codes.
Within the initial interpretive approach, I was particularly interested in creating an understanding of:
What does each corporation actually report in context of applied clean/green-technological innovation/s
What characteristics does each, single corporation shares with others
What is the collaborative contribution, i.e. the relationships between each analysed corporate clean/green-environmental initiative/s
Project findings:-> clear indication of each single coporations‘ strong sense of mission -> purpose-driven, that is the foundation of taking a step further in each single corporation‘s strategic sustainability management + value creation.
Project 2:
Now taking a step further towards operational guidelines. The corporations‘ collaborative contribution to create sustainable value was analysied
Concluding!
the researcher created operational guidelines, based upon 7 key strategic clean/green-technolical initiatives. In turn, answers:
What were key, strategic clean/green-technological initiatives applied by German’s automotive industry to address the ongoing global carbon crisis?
Furthermore, those transferable, operational guidelines for sustainable-value creation answer
How and why have those initiatives contributed collaboratively to create sustainable-value? (perspectively for environmental and on the next slide for social sustainability.
Supplementally I have stated further potential avenues for research with certain discussion points.
As mentioned earlier, I would highly appreciate your feedback – on this research - BE CRITICAL! I welcome the opportunity to connect with you and discuss prospective research process and future publications, or else.
Thank you for your thoughts and time!