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This case is used in Darden's Supply-Chain Operations elective. The field-based case gives supply-chain educators the ability to teach the newsvendor model with pricing under a capacity constraint using real-life decisions. By 2005, Eastman Chemical Company, based in Tennessee, had created a new specialty plastic, Tritan, which demonstrated heat resistance and durability properties that might allow Eastman to compete in the lucrative polycarbonate plastics market. Development of this product was a major breakthrough for both Eastman and the broader chemical industry. The Eastman specialty plastics team had to contend with numerous challenges, however, before producing Tritan at full scale. First, Eastman had to commercialize a completely new material that only had been produced in the lab; second, the team had to develop a supply chain to manufacture a new component (monomer) and a new product (polymer) simultaneously; and finally, it had to analyze market entrance options given capacity constraints. Thus, the specialty plastics team faced several dilemmas: who should the initial launch partners be, given Eastman's limited manufacturing capacity, and how aggressively should Eastman price Tritan, given that price would drive demand in the launch markets and in new markets?

ESPE, the market leader, is a medium-sized German manufacturer of precision dental impression materials competing in a shrinking market. To grow the business, ESPE invests substantial resources in innovative impression materials and associated distribution mechanisms. Squeezed by the shrinking market, the competition is increasingly using the proprietary channels (dispensing mechanisms) and brand equity (trademark) of ESPE to maintain their market share. There is a potential infringement. Explores how ESPE is organized to execute on the options imbedded in its IP rights.

To provide students with an understanding of how to use brands and trademarks in conjunction with trade secrets, patents, and other forms of IP in mature markets to build and maintain innovation-based competitive advantage.

This case introduces the context of seaport logistics supply chain management with a focus on the issues of risk management in handling and transportation of dangerous goods (DG). The authors present the following learning objectives under the overarching framework of Bloom’s Taxonomy as follows: To understand the severity of handling and transportation of DG in the export supply chain context. To understand the relevance of multi-criteria decision-making in risk assessment. To apply Delphi Technique to appropriately explain the process of risk assessment in a supply-chain context.

It was midnight on December 21, 2020, and Nishadh Amonkar, Chief Executive Officer, Yorokobi, was still awake recollecting his telecon with Tushar Rane, the Head-Materials, Western Maharashtra site of Crop Life Pvt Ltd. The organization was developing and manufacturing pesticides and other specialty chemicals for its clients worldwide. As new and diverse products were being manufactured in the organization, transportation of the products was becoming challenging. The case highlights the need for a data driven risk assessment approach to manage supply chains that were prone to product driven risks such as the handling and transportation of DG.

This course is suitable at the Master of Business Administration level for the following courses: Supply Chain Management (Focus/Session: Supply Chain Risk Management), Logistics Management (Focus/Session: Risks in Logistics and Supply Chain), Research Methodology (Focus/Session: Application of Delphi Technique).

Teaching notes are available for educators only.

CSS 9: Operations and logistics.

The managing director of a steel plant faces the decision of how much of each raw material to order for the plant for the following month. Due to lower and upper bounds on the amounts of each raw material in a batch and varying amounts of electricity and time consumed for different raw materials, one can't simply use the cheapest raw material. A linear program and the solver optimization function of Excel will provide the optimal amounts that meet the constraints. Interestingly, the best mixture for a batch is not the best mixture for a monthly plan. Shadow prices indicate the value of relaxing constraints. The typical monthly model from a student will be nonlinear, although it can be written as a linear model. This case provides the basis for an introductory class on linear programming and linear versus nonlinear models.

This is a case of a crisis project management which showcases the unpredictable nature of the project and the role of management in handling the crisis. It is the case of a very severe cyclonic storm hitting the city of Visakhapatnam plant during October, 2014. The whole city was devastated and so was the situation in the Steel plant as it was under zero power conditions for around 10 days. This case gives need for managing an integrated steel plant in case of very severe cyclonic storm and documents the sequence of events and managing unforeseen uncertainty using NTCP concepts.

After completion of this case study, students will be able to apply the triple bottom line concept to a spice manufacturing and export company (RBT 3); to examine the options before Value Ingredients Private Limited (VIPL), namely, to cultivate spices in the traditional way versus adopting integrated pest management (IPM) to cater to international markets (RBT 4); to analyse the returns for an IPM farmer vis-à-vis a conventional farmer, and to compare the returns therein (RBT 4); and to evaluate the ways and means of engaging farmers to change their way of cultivation (RBT 5)

The COVID-19 pandemic heightened awareness about the benefits of spices and buoyed its demand worldwide, which presented an opportunity to VIPL, a spice manufacturing company based in Chennai, to expand its business. However, the export markets demanded residue-free spices grown with little or no use of pesticides. Traditional farmers supplying spices to VIPL were accustomed to spraying pesticides whenever there was a pest attack. This case study discussed the options that the protagonist Mr Sijil Karim, managing director and CEO of VIPL, had, who wanted to onboard farmers for pesticide-free cultivation. The options before him were either to continue traditional farming or adopt IPM. This case study discussed the merits, demerits and challenges of each of these options.

The triple bottom line concept discussed three Ps – people, planet and prosperity – for this case as follows: The farmers and the consumers constituted the people in the spice supply chain. The farmers supplying organic, export-worthy spices under the guidance of VIPL gained 30% more than regular spice farmers, which were accrued through cost savings and better prices. The consumers benefitted from the pesticide-free, organic spices through accrued health gains. The manufacture of organic, pesticide-free spices helped the planet, as the process did not release hazardous chemicals into the atmosphere. VIPL manufactured pesticide-free spice with a focus on prosperity.

The case study can be introduced in a course on sustainability while discussing the triple bottom line concept. This case study showed how a for-profit company grew without losing sight of the planet or its focus on people. This case is best suited for students who have preliminary knowledge of supply chain management, operations and sustainability. Therefore, it is suited for sophomore-year students of MBA.

Teaching notes are available for educators only.

CSS 11: Strategy.

Entrepreneurship, Strategic Marketing, Innovation, New Product Development (NPD).

This case is suitable to be used in advanced undergraduate and MBA/MSc.

This case illustrates the challenges related to designing and launching an innovative product in the market. It revolves around the issues pertaining to smart organic fertilizer's (SOF) pre- and post-launch experiences. Haji Sani Kimi, a Senior Research Officer of the Strategic Research Centre at MARDI, had developed a zeolite-based organic fertilizer which he believed to be the first of its kind in Malaysia. He had taken five years to complete his research in developing SOF. Seeing its potential benefits for the land and farmers, the then Director General of MARDI asked Sani to speed up the process of technology transfer to be the first to launch the product in the market. In 2005, MARDI established a five-year agreement with Hicotech Sendirian Berhad to license its intellectual property rights (IPR). Adnan, a successful automobile business entrepreneur, ventured into the organic fertilizer business, as this product was in high demand and extensively used by paddy farmers in Malaysia and was subsidized by the government. However, Hicotech failed to get government contract to supply organic fertilizer under the government subsidy program. As such, it had to compete in the open market which was dominated by already-established Chinese entrepreneurs. At the beginning, SOF was doing well in the market, but, during 2007, Hicotech experienced great financial loss due to its mismanagement of collecting payment from its customers. Hicotech tried to work in partnership with ABH Mega Sendirian Berhad to overcome its financial difficulties. However, due to some disagreements, the collaboration was terminated within a short period of time. From 2005 to the end of 2009, Hicotech was not able to pay any royalties to MARDI and the license of Hicotech was to expire in February 2010. Haji Sani was trying to get a solution to revive SOF in the market. Moreover, he was confused whether to renew the license of SOF IPR with Hicotech or to search for another company.

Using this case, students can learn how a small- and/or medium-scale companies can strategize their new product launch. Based on the given industry scenario, students can realize the potential challenges that are related to launching a new product. Furthermore, this case demonstrates that producing a high-quality product is not enough to succeed in the market; the right strategy also plays an important role in making it successful. Last, it can be also learned that proper managerial control and financial support are two important factors that contributes in any business success. Overall, strategic marketing/management students will learn the importance of adopting proper strategy, while the students who are undertaking the new product development course benefit by seeing the practical situation of a new product launch, its rise and its fall.

Teaching notes are available for educators only. Please contact your library to gain login details or email support@emeraldinsight.com to request teaching notes.

Polaris Battery Labs was an Oregon-based startup that provided innovation services to companies in the lithium ion battery industry. Its operating philosophy and expertise in this fast-growing industry enabled it to provide great value to its clients, but as a startup that was seeking growth the company was subject to multiple risks.

For Polaris, taking clients, developing new manufacturing capabilities to meet unproven battery technologies, and even extending credit to its clients posed real risk. Many of its clients were startups themselves and had a significant probability of failure. Others were established firms testing new and unproven battery technologies, many of which were unlikely to gain traction in the market.

The case examines how a technology-driven firm managed the risk of working with startups, claiming appropriate intellectual property, and developing a sustainable portfolio of clients.

Entrepreneurship, innovation, change management.

Undergraduate and Postgraduate Business and Management.

This case study focuses on the development of a young entrepreneur in an indigenous industry in Dubai, United Arab Emirate. His entrepreneurial zeal resulted in the creation of a culture of innovation. His fascination for change spurred him to develop new products and he won accolades for innovation.

This case can be used to teach entrepreneurial development, innovation and change management.

Teaching notes are also available.

Jane Barrow, CEO of Caprica Energy, must recommend to the board which of three potential “unconventional ” natural-gas development sites in different parts of the United States the company should pursue. The case takes place in January 2011, when the “low-hanging fruit ” of natural-gas production in the United States had essentially been picked. All three of the potential sites (shale, coalbed methane, and tight sands) would require hydraulic fracturing, a process of removing gas that was formerly considered inaccessible by injecting water and chemicals into the ground. Because of emerging concerns about the potential harm “fracking ” can do to drinking water, Barrow must not only analyze which site might be most profitable but also what the potential risks to the environment and area residents might be.