Challenges in Managing Innovation Across Supply Chains â€Evaluation and Implementation

pic Business Major-Minor put down home the bacon Chain trouble race Assignment Ch all toldenges in Managing invention crossways tote up Chains Evaluation and executing Student Ying Deng Student ID1205690 Course Number 07 14511 Teacher Professor Dr Victoria Hanna era 10/01/2013 reference This research paper is written for the subject Global Marketing in the University of Birmingham. Firstly, we would like to thanks Al barony Lord to give us companionship and keep us healthy during the totally period of our research work.Secondly, we atomic number 18 capaciously indebted to our lecturer and advisor-Professor David Walker for his look upond opinions and expert advice in the preparation of this thesis. Thirdly, we would like to express our appreciation to the convenient internet that greatly helped us to find whatever refining that we regarded. Finally, we want to express our gratitude to the Fujifilm stomach for its kind assistance and support throughout the writing progress of this thesis.We hold back alike managed to collect some Coperni stick out information from the relative journals and books. to a greater extentover group members of the assignment University of Birmingham, April 2012 Table of contents Acknowledgement Abstract splendor of cede mountain range fundament Innovation and its acknowledgment and types Challenge of entry management military rank of design Effect of vendee- provider provide semblances representative cases of success and conk outureChallenge of cosmos managementimplementation of presentation Implementations detailed repugns in unalike types of industry serve up and personal goods Implementations detailed challenges in antithetic types of industryuphill and progress industries More challenges in innovation management REFERENCES Abstract Title of form Supply Chain Management Program Various. Authors Ying Deng Supervisor Dr Victoria Hanna Date Sep 2012 to Dec 2012 Background The complexness an d case of any unattackables submit range has made the management of publish image innovation difficult and full of uncertainty.However the extravagant developing market requires the fork out scope to innovate as fast and efficient as possible. on that point are amounts of successful and failed cases of innovations crossways planning drawstring from the last centuries, further it is a big challenge to successfully manage the innovations. Purpose The advise of the thesis is to investigate what Fujifilm did and is doing to develop in the global circumstance and with all the internal and external factors impacts, excessively what it probably leave alone or should do in the future to continue its current status and to improve.Conclusion After evaluating Fujifilms history and current pip along with its recent marketing feedback data, also referring to abundant marketing theories and books, we will suggest Fujifilm to take various acts and strategies to extend com petitive and maintain & addition its market share. Keywords Supple chain, Innovation, Management, Evaluation, Risk, Implementation, Buyer-supplier office staff, Product action cycle, Pre- and Post-contractual, dish out and physical goods, emerging and get industriesThe 18 months law (Gorden E, Moore, 1965) had suggested and been proven that the electronic market doubles its proceedss function duration halves its prices. The other industries, while maybe slower than the electronics but similarly fast changing, suggests, that the line of crosswayses innovate in every possible aspects deep down and related to themselves, to endure into the fast pace of todays dynamic world with the information explosion, to catch up with the increasing globalization, savage price competition, increased node crave for enhanced quality and reliability.Studies and inhabits show that R&D consumption is strongly positively associated with the probability of introducing a in the buffly produ ct, and most of the descentes are willing to invest in the R&D activities to create the internal innovations (BRDIS data, NSF 11-300). However, apart from the internal R&D, the innovation deal also be gained both from the tack on chain itself much(prenominal) as by re-organizing resources or enhancing dissemination systems, and the other ends across the summate chain, such as benefit from end-users feedback. One of the well-known examples is P&Gs Continuous Replenishment Planning (CRP).The confederation Proctor & Gamble change overd the entire value chain by impetuous orders based on DC withdrawal and sales data that successfully improved its service and reduced hails across the generate wrinkle (Roger C. Vergin, & Kevin Barr, 1999). The direct customer input derives innovation, such as the overall product concept, and the timing of the launch to packaging and delivery (Kevin OMarah, 2005). Other typical examples including innovations occasiond by improved assembly line such as the Ford participation in the early 1910s, and advanced technologies and processes such as the enhanced nautical shipping container by Malcom Mclean in the 1956, and so onAccording to Porters five forces theory, the business is pushed by its suppliers, customers, clean enchants and untested substitutes (Micheal E, Porter, 1979). Supply chain as it stands for, is usually regarded as the decrease of resources and products from the supplier, through the self-colored, to the customers. Supply chain link the supplier, the business and the end-users (customers), as one of its key natures. The other features include its complexity travaild by the fact that businesses product manufacturing or service providing usually involves to a greater extent than than one supplier and customer.These facts threesome to the high incident of innovations from the ply chain. non only has the physical goods flow in the impart provided opportunities of innovation, but also the in formation flow from the opposite direction of the physical goods. The sources of innovation are mainly concluded as push and pull (Clegg, Juliana & Pilkington, 2011). The push stands for technical opportunities that breed the innovation. The pull stands for market needs that urge for innovation. Also, there are more than the deuce sources, such as regulation change, users feedback, rung, etc.Innovation across supply chain do-nothing be from both to the pull and push fact just as the examples of Ford and P&G respectively. As utter higher up, the vast source of innovation of supply chain and from the supply chain provides a great pool of ideas and potential. However, accordingly, the variety also raises the problem of whether a specific innovation truly suits the business and the industry, and whether it raise very match the aim of innovationto make the profit rise, to satisfy stakeholders interests break in by changes such as reduced salute or added value.The scale of suppl y chain raises the uncertainty of an innovation. This catchs us to the discussion of challenges in managing innovation. How to adjudicate the suitability of a supply chain innovation to an sign of the zodiac? forget there be any potential constraints to the innovation in the supply chain? How to deal with the timing issue of the military rating? Will this innovation be findy in any part of the supply chain, from the supplier to the customer? Innovation toilet mainly be sorted into four types Product, Process, Position, and Paradigm (4Ps).Whichever it is sorted into, innovation can be defined as a new idea, or the recombination of old ideas, or a device than challenges present order, or a formula, or a unique get down (Van de Ven, 1986591). Most examples of the simple innovation are R&D departments new product design. This type of innovation are usually based on careful market research, built after detailed study of profitableness and potential jeopardy, released into the market after thorough limited-scoop test and trial. model) During all this process, the staff of the blind drunk can gain full understanding of the design, and the design can be changed at any stage of the process to fit into the fuddleds expectations and the markets current trends. Also, as this type of innovation origins within the firm, the main timing issue of it will lay on the dynamic need and technology of the external market environment, while the retainer of competitors imitation/substitute can be comparatively lower as all the details could be kept in house or by patenting.On the other hand, innovations from the supply chain could be different. As the innovation can lay in any part of the supply chain, such as a enhanced information exchange system, or the distribution systems transformation, the innovation will need thorough evaluation process to decide its suitability, such as the Farbey et al. (1993) andFarbey & Finkelstein (2000) IS implementations evaluation framewo rk. The effect of the innovation might not fit into the firms market environment and its current situations outline.One of the most important aspects of the supply chain management is to study the buyer-supplier great power relation, to reduce cost and increase value of the supply chain. Innovations across the supply chain, whether it is an information modify or system reform or use of new technology, they can influence the power relation of the supply chain, desirably or undesirably. Positive changes to the power relation can help the firm gain a cordial touch in or after the process of purchase/ signing of contract.Taking the esteem of buyer-supplier power shift before an innovation is adopted is live to the success of its implementation. The power relations, affected by information, scarcity and utility, can actually decide the profitability of the production and risk distribution between the firm itself and its suppliers & buyers. If the innovation to the supply chain low ers the liability to specific supply of materials, for example, because the firms buyer power towards its supplier increases, with a possibility to bargain for lower prices on the materials.If, however, the liability is increased by the innovation, the suppliers power increases, giving them the power to increase the selling price. The innovations, legal transfer changes to the current buyer-supplier relations, experience the risk of lowering the buyer/supplier power of the firm, hence putting the firm in a unfavorable position in the supply chain, with the consequence of new or increased cost paid to suppliers, or reduced price to the buyers. It may also cause a decline in quality or efficiency as a series consequence.The wrong evaluation of the changes an innovation can bring to the supply chain and its buyer-supplier relations can be disastrous. Let us have a look at the Aris Isotoners 1994 sourcing calamity case. arduous to lower the cost, the executive of the connection rep laced the in-house production with outsourcing from suppliers in other Asiatic locales. However, this betterment did not reduce the cost but raised it most 10-20%. Also, the responding look sharp was found slower, and the quality of the product was plummeted.As a series firmness, the companys sales halved, causing more than $100 million personnel casualty and long lasting effects that required more investing to maintain the company. The Aris case is a clear example of how important it is to accurately survey the suitability and risk aim of an innovation. The idea of outsourcing needs to be considered unitedly with the current difference between in-house production and buying from suppliers. Not only the cost need to be considered, but also the quality of the product, and the speed of product supply.Taking it a little further, the communication process with the supplier can incur unexpected costs, for example, the lawyer fee. The matter of unemployment to the old plants empl oyees could possibly cause HR problems that need time and effort to solve. The financial situation of the company may go through cash flow issues since the purchase of product can be much more big-ticket(prenominal) than raw materials. If the case is the other way around, that a company wants to bring the components production in-house, there can be multiple considerations, too.Apart from the problem of cost, mess and quality, there can be forgiving resource (suitable staff for the new plant, for example) and technology problems. As the production technology is comparatively new to the firms staff, it could be difficult to build up efficiency with the homogeneous cost at the beginning. Before an innovation to the supply chain is brought into practice, it is life-or-death to consider every possible impact that this innovation can have. found on the scale of even the tiniest company, this could be difficult not to drop off any aspect.In fact, supply chain innovation is more th an difficult to go over restricted-scale test as there are actually no samples of supply chain. Either put the innovation into practice to observe the result after a while, or simulate it in imaginary models that cannot be perfectly detailed and has considerable mistake rates. Even if the suitability and risk level of an innovation can be accessed, can the response of the whole supply chain be quick affluent and accurate enough? Will the integration of changed resources, information, the staffs thought and supplier modify be in time?Will there be distortions within the communication between the ends of supply chain? Is there any accept or idea conflict in the different fraction of the supply chain? These can all be the challenges that an innovation in the supply chain can meet. Also because of the innovation across the supply chain can hardly be kept in house, the firms competitors can get access to the ideas and the two firms may enter the situation that whichever introduces th e new idea into the market first gains more advantage.Thus the innovation from the supply chain might end up as low or even no profit after evaluation, adoption, development and testing. This brings us to the challenge of proper implementation method and speed of the innovation. Based on different types of the supply chain, natures of different industries and the different environment of the market, the concerns and priorities of the implementation can actually be completely different. We will look into the difference between service and physical goods supply chain, and the difference between mature and emerging industries supply chain in the following paragraphs.All the challenges mentioned above can be seen in both service supply chains and physical goods supply chains. These two types of supply chains share many kindred challenges, such as cost management, resource allocation, etc. They both need to be more dispersed, digitized and dynamic to catch up with the market trends. Un slight the physical goods industry can successfully digest the brought-innovation to gain its own patents, the two types of industries will both face the challenge of competitors imitation and timing.They will have differences of challenges, such as () but the major ones are usually the corresponding as mentioned above. However, their priorities could be totally different. Though the service and physical goods supply chains face the same challenges mentioned above, there are some major differences between these two types of supply chain innovation. The difference is not shown by challenges types, but by the importance or substance of the same challenge.For example, service supply chain face the challenge of update their staffs knowledge of the new innovation as human resource is vital to the business and they actually face more intangible as primed(p) innovation than tangible ones, while physical goods supply chains might need to focus more on updating the plants and materials t o follow up the new innovations requirements. Service, as an intangible product, focus its value more on technologies, techniques and human resource that accomplishes the service, and customer interaction level is generally higher.This implements that the service industry will focus more on intangible equities than tangible ones. When an innovation is in operation, for example, a new set of service, the service supply chain may suffer huge losings if its human resource and technology cannot follow the change, which may even lead to complete failure on the innovation. Also, the tight relation between service and customer participation requires the supply chain to be highly warm (Narasimhan, et al, 2006) to deal with changing demands.On the other hand, the physical goods supply chains are less strained to keep their staff on the trend. After evaluation of innovation, they are more affected by the problems related to physical production, such as materials moving, location, distributio n, etc. In emerging markets and mature ones, there can be difference of priorities to manage challenges, too. See it from the product life cycle theory (PLC), the mature markets products have stabilized consumer base, and the strategy of the firm is set and focused.The mature industries tend to have more incremental innovations either on process or on the product, thus they might need more time to evaluate the innovation based on animated products, and the consideration of cost and stuff/culture conversion. The strategies such as cost leadership, focus strategy, or differentiation give specific demand of innovationlower the cost, or quicker delivery, or advanced function, etc. The human resource is well equipped with needed knowledge and technique, whereas the thinking of staff is harder to change.The priority of innovation management could be stabilizing, maintaining, improving, thus confabulate for incremental innovation. The challenges are featured as trying not to affect exis ting value creation activities. Opposite to it, the emerging industries are deviation through fast growth, and demands radical innovation that has the potential to largely increase revenue or significantly reduce cost. The emerging industries have more possibility to encounter major breakthroughs and the radical innovations. There may be tense competition for market share. The market is un steadfast and the corporate strategies could change every day to follow market trends.Based on the emerging market, the supply chains innovations need to be fast responding and competency-building. The difference of innovations requirements can result in different evaluation standards and different methods to carry out the innovations. Whats more, we can see from the buy-supplier relation perspective. The emerging industries supply chain may hold more possibilities of communicating with new suppliers for new resources, so there need to be thorough consideration of the pre-contractual power relati ons. Wrong estimation of power relations may cause unnecessary costs.This requires more work on cost management and rapprochement benefits between different parties. In some of the cases, emerging industries face less competition, so the challenge of timing could be minor, but a fewer other cases mainly on service industries show that the emerging business could face even more severe competition and their profitability can vary significantly according to the introduction time. The suitability of innovation could be even harder to decide, because they will need to evaluate by speculation quite of looking for existing experience.They can consider less on the culture/staff conversion, though, as the thinking mode has not been set up yet. While for mature industries the existing pre-contractual relations are relatively stable because the information and resource of the buyer and supplier, no matter whether they are new entrants or existing firms, will actually be more stable. They wil l need to consider post-contractual power relations carefully, though, when the supply chain innovations are related to the replacement of suppliers. The transaction cost economy (TCE) shows that any changes to existing contracts can raise uncertainty hence raise risk to the supply chain.Based on individual industries difference, the challenges of managing innovation across the supply chain can be different in importance, significance and difficulty to settle. The nature of the industry, for example, whether it is subject area or international business, determines the priorities of challenge management. This is more specific to the individual differences, and requires experience and thorough research and careful design to successfully manage the innovations. The above mentioned challenges of evaluation and implementation are just two aspects of the challenges that innovation across the supply chain might encounter.There are also other challenges, such as managing conflicting requir ements between the innovations development and the existing system, managing long term human resource and culture in relation to the innovation, developing the proper strategy to achieve win-win situation with the new innovation, etc. The last two mentioned above link to the features of the supply chainmore than one party is involved. The difference of staff and culture between the source party of innovation and the receiver party of it leads to the need of change in minds for the new innovation.The fact of involvement of the multiple parties leads to the possibility of win-win situation. However, this possibility could be a challenge because this could be a scenario of the game theory. Innovations can be the source of huge breakthrough and greater success to a firms supply chain. It can also be the source to risk and failure of the firm. Managing the challenges of supply chain innovation, though it is complex and require great efforts, can reduce the risks of the innovation. Refere nces Watson, G. and Lonsdale, C. (eds. ) (2003) Managing the Supply Base within Business Networks, chapter 4Allwright, A. and Oliver, R. (1993) purchasing Goods and Services, chapters 12-14 R Verma and K K Boyer, (2010) Operations and Supply Chain Management World Class Theory and Practice, South-Western Dong Won Cho, Young Hae Lee, birdsong Hwa Ahn, Min Kyu Hwang, (2012)A framework for measuring the performance of service supply chain management, Soft Computing for Management Systems, 62(3), Pages 801818 A. J. van Weele, (2010) Purchasing & supply chain management analysis, strategy, planning and practice 5th edition, Andover Cengage Learning,Evangelista Pietro, Alan McKinnon, Edward Sweeney and Emilio Esposito, (2013)Supply Chain Innovation for Competing in Highly Dynamic Markets Challenges and Solutions. IGI Global, 2012, 1-350. Web 3-32 Alessandro Brun, Maria Caridi, Assessing Improvement Opportunities and Risks of Supply Chain Transformation Projects (ed. ), (2008) Supply Cha inonline, available from INTECH, http//www. intechopen. com/books/supply_chain/assessing_improvement_opportunities_and_risks_of_supply_chain_transformation_projects (02/01/2013) Debra Hofman, Stan Aronow, 21 whitethorn 2012, The Gartner Supply Chain Top 25 for 2012 online, http//www. artner. com/id=2021615t-N70737 (05/01/2013) Jan 2006, The 11 greatest supply chain disasters online, available from Supply Chain Digest, http//www2. isye. gatech. edu/jjb/wh/tidbits/top-sc-disasters. pdf (29/12/2012) Jackson, R. , (1995) An Empirical probe of the differences in goods and services as perceived by organizational buyers, industrial Marketing Management, 24 (2), pp. 99-108 Andrew Cox, Paul Ireland, Chris Lonsdale, Joe Sanderson and Glyn Watson, (2004) Supply Chains, Markets and powerfulnessMapping buyer and supplier power regimes online, Taylor & Francis e-Library, available from Google books, http//books. oogle. co. uk/books? hl=zh-CN&lr=&id=HYBP9GsLpw8C&oi=fnd&pg=PP1&dq=buyer+supplier+p ower&ots=MmcU_1fXwW&sig=VwMwnViasijZHb5CNSVb53Rrlw4&redir_esc=yv=onepage&q=buyer%20supplier%20power&f=false (23/12/2012) Marjolein C. J. Caniels, Cees J. Gelderman,(2007) Power and interdependence in buyer supplier relationships A purchasing portfolio approach, Industrial Marketing Management, Volume 36, Issue 2, Pages 219-229, ISSN 0019-8501, 10. 1016/j. indmarman. 2005. 08. 012. http//www. sciencedirect. com/science/article/pii/S001985010500132X) (28/12/2012) J M Tuazon, (2011)The top three reasons supply chain transformations fail online, available from enterprise innovation, http//enterpriseinnovation. net/whitepaper/top-three-reasons-supply-chain-transformations-fail (31/12/2012) Procter & Gamble Finding the adept Business Model Online, available from https//dspace. ist. utl. pt/bitstream/2295/141516/1/AOSI-2007-CASOH. pdf (26/12/2012)