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A midwest hospital purchases new CT Scanners which are much faster than the existing technology. Processes in the radiology department are optimized to the older, existing scanners and technicians are unable to take full advantage of the new scanner speed. The hospital finds itself working to change the processes to suit the new scanners capabilities and take full advantage of their speed.

This case allows students to analyze process capacity and time performance in different settings and understand how process structure impacts both operational and financial performance.

Delee founders aimed to change the way cancer radically was detected, monitored, and treated. They created CytoCatch™, a highly sensitive automated benchtop device for the rapid isolation and analysis of circulating tumor cells from blood samples to make this possible. Strategic alliances with Stanford University, Tecnologico de Monterrey, and UANL strengthened this innovative company’s purpose. Nevertheless, some questions arose when selecting a suitable business strategy to accomplish Delee’s vision. Liza Velarde, Delee’s CEO, was preparing the agenda for the company’s 2025 planning in November 2020. The journey has been challenging, and Liza Velarde faced critical decision-making milestones. What could be the most promising customer segment for her technology? What business model may work better for such a market? How can Delee reduce the time-to-market for their technology? Furthermore, how can Delee fund their development for the following years until FDA approves?

With the application of this case, the teacher aspires that students understand the following crucial insights: to understand the impact of a business model strategy, identify different possible business models, and explore options; in this sense, intellectual property can offer options to the strategy; to identify and analyze the gender gap in entrepreneurship and its strategic implications; and to identify the relevance of reducing the time to market for a technological product.

Gender inclusiveness in entrepreneurship.

Undergraduate and graduate-level.

Teaching notes are available for educators only.

CCS 3: Entrepreneurship.

It was mid-March 2014, and GE's John F. Welch Technology Centre in Bangalore, India was brimming with activity. GE had developed an advanced, scalable positron emission tomography-computed tomography (PET/CT) scanner as part of its global Healthymagination initiative to provide better healthcare for more people at a lower cost. Munesh Makhija, Managing Director, GE India Technology Centre and Chief Technology Officer (CTO), GE South Asia, was thumbing through a report prepared by the PET/CT product development team and GE's healthcare market research team. In another office, Suresh Kumar R.(Kumar), General Manager of the Essential PET Segment, was putting the finishing touches on a presentation outlining a commercialisation strategy for the new PET/CT product, Discovery IQ (Exhibit 1).

Discovery IQ was a revolutionary product that would be useful for staging, treatment planning and post-treatment planning assessment. Early reviews from nuclear physicians had been positive. However, the product was still too costly for the bottom of the pyramid (BoP) market. Kumar and his team were scheduled to meet with Makhija the following morning to discuss a “go-to-market strategy”. Kumar knew that Makhija would want to talk about their segmentation strategy and the underlying needs of various customer types. He also expected Makhija to focus on return on investment (ROI) projections because diagnostic centres in India first looked at various financial return measures before investing in any new equipment. Kumar wanted to present a commercialisation strategy for Discovery IQ, which required a significant commitment of resources to tackle supply and distribution challenges across tier II and tier III cities^a in India.

This case reflects a classic approach to entrepreneurship based on entrepreneurial resources and opportunities. It also provides a vehicle for discussing the key features of a business model. It also addresses key strategic choices such as whether to replicate a business model or not.

This case study sets out the story of an entrepreneur: Zein Rachidi. It describes his history and the key milestones in his professional development until the creation and development of his own startup “Topotrade” the first online market place for used topography equipment. It also exposes his development plan, his will to scale up his business by replicating the same business model of Topotrade in a new market, that of used biomedical equipment.

This case is written mainly with a view to its use in the context of entrepreneurship courses for undergraduate students in management, as well as for entrepreneurs who can compare Zein’s trajectory to their own. This case is designed for students also suitable for courses in basic strategy, strategy and change and disruptive business models.

Teaching Notes are available for educators only.

CSS 3: Entrepreneurship.

GE Healthcare was on a continuous lookout for investing into new and innovative super value products for the Bottom of the Pyramid markets in India. After launching its first successful super value ECG machine Mac 400, GE had recently launched its twenty-fifth super value product a PET CT machine. Serving the BOP markets has its own unique challenges that may be different for each product that is placed in the market. However, GE has so far successfully sailed through all the challenges and developed a steep learning curve about BOP markets. However, it is now facing the challenge of ensuring sustainability of product pipeline. The company is also keen to exploit the opportunities for reverse innovation that super value products have provided. The company also wants to assess the disruptive impact of these products in domestic medical device markets as well as markets outside India.

This case examines issues surrounding the choice of financing arrangements for the acquisition of Radiologix in July 2006. The case follows Mark Stolper, the CFO of RadNet, as he considers how to raise the $363 million in funds necessary to finance the acquisition. When completed, the combined firms will be the largest private diagnostic-imaging provider in the United States. When Stolper joined RadNet in 2003, he confronted a company with “too much debt, and the wrong kind of debt.” His goal is to finance the acquisition in a way that further enhances the financial strength and operating flexibility of the company. Given the large size of funding required, the firm is unlikely to be able to fund the entire transaction with first-lien or bank debt. His financial advisors differ in their recommendations for how to raise the remaining funds—one suggests using second-lien debt, and the other, high-yield debt.

The purpose of the case is to familiarize students with frequently encountered types of debt financing that are used to finance mergers and acquisitions and other corporate transactions. The case provides information on the distinctions among first-lien, second-lien, and high-yield debt in relation to their price, availability, flexibility of covenants, repayment ease, and composition of likely investors. The case is designed for use in courses that cover corporate financing, M&As, and debt financing.

Operation and logistics.

Students and practitioners.

This case study analysis the logistical and operational issues that one of the leading pharmaceutical companies in the MENA region is facing. The case provides a practical example of a company which positioned itself well to be a leading company. However, there are some inherent operational and logistical problems that hinder the company to reach its leading position. The first section of this case describes the company, its process and its operational problems. The second section is dedicated to the analysis of the operational capabilities and current key issues. The last section provides recommendations on how to improve the current operations and ways in which the improvements can be implemented, as well showing the benefits to the company based on the theoretical and practical frameworks.

Understand how operational issues affect company performance.

Analyse the effect that poor operational process can have on the overall company business.

Evaluate alternatives for process modifications.

Create plans for process improvements and assess its operational and logistical implications.

Teaching notes.

This case looks at an important business task: forecasting a new product. The case can be used to teach finance, marketing (new product introduction), and healthcare strategy. The product is one of Amgen's most important new products: denosumab. On the surface, the case is fairly easy; students simply have to do some simple mathematical calculations. However, the challenges of forecasting quickly become apparent; every forecast depends on some critical assumptions, and the answer can vary dramatically.

Highlight the importance of forecasting as a business task. Give students the opportunity to create a forecast, using logical assumptions to generate an answer. Illustrate how dramatically forecasts can vary. Demonstrate why sensitivity analysis and customer understanding are both critical when trying to forecast a new product launch.

Learning outcomes are as follows: students will discover the importance of process orientation in management; students will determine the root cause of the problem by applying root cause analysis technique; students will identify the failure modes, analyze their effect, score them on a scale and prioritize the corrective action to prevent the failures; students will analyze the processes and propose error-proof system/s; and students will analyze organizational culture and ethical issues.

Purpose: This case study is intended as a class-exercise, for students to discover the importance of process-orientation in management, analyze the ethical dilemma in health care and to apply quality management techniques, such as five-why, root cause analysis, failure mode and effect analysis (FMEA) and error-proofing, in the management of the health-care and service industry. Design/methodology/approach: A voluntary reporting of a case of “radiation overdose” in a hospital’s radio therapy treatment unit, which led to an ethical dilemma. Consequently, a study was conducted to establish the causes of the incident and to develop a fail-proof system, to avoid recurrence. Findings: After careful analysis of the process-flow and the root causes, 25 potential failure modes were detected and the team had assigned a risk priority number (RPN) for each potential incident, selected the top ten RPNs and developed an error-proofing system to prevent recurrence. Subsequently, the improvement process was carried out for all the 25 potential incidents and a new control mechanism was implemented. The question of ethical dilemma remained unresolved. Research limitations/implications: Ishikawa diagram, FMEA and Poka-Yoke techniques require a multi-disciplinary team with process knowledge in identifying the possible root causes for errors, potential risks and also the possible error-proofing method/s. Besides, these techniques need frank discussions and agreement among team members on the efforts for the development of action plan, implementation and control of the new processes. Practical implications: Students can take the case data to identify root cause analysis and the RPN (RPN = possibility of detection × probability of occurrence × severity), to redesign the protocols, through systematic identification of the deficiencies of the existing protocols. Further, they can recommend quality improvement projects. Faculty can navigate the case session orientation, emphasizing quality management or ethical practices, depending on the course for which the case is selected.

MBA or PG Diploma in Management – health-care management, hospital administration, operations management, services operations, total quality management (TQM) and ethics.

Teaching Notes are available for educators only.

CSS 9: Operations and Logistics.

Non-governmental organization (NGO) intervention in poor communities using information and communication technology (ICT).

BBA, MBA courses on marketing management, social entrepreneurship, rural marketing, marketing to bottom of pyramid.

In 2009, Digital Empowerment Foundation (DEF) along with Media Labs Asia and the Ministry of Information and Communication Technology (MICT) established the Chanderi Weavers ICT Resource Centre (CWIRC) as a self-sufficient community information resource center involved in skills’ enhancement of weavers at Chanderi in Madhya Pradesh. The next three years of CWIRC resulted in an overall growth of the project with progress in the various domains of handloom industry through ICT-enabled development of weavers and weaving. The project not only aimed at the handloom industry revival and development, but also advanced in other sectors such as education, health and tourism. Osama Manzar, the DEF founder, is in a dilemma as to whether the local community of weavers in Chanderi would be able to continue with the sustainable ecosystem created in Chanderi. Is it the right time to exit Chanderi?

Issues related to the market development at the bottom of the pyramid; managing local communities and building their capabilities for marketing; marketing strategies of community marketing efforts; and key success factors for ensuring successful completion of any developmental project.

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

CSS 8: Marketing.