Case studies

The learning outcomes are as follows: to analyse the issue(s) presented within specific case study context (C4); to formulate solutions to identified issue(s) within specific case study context (C5); and to synthesise a group plan to solve issue(s) within specific case study context (A4).

In 2017, China proclaimed that it would no longer accept plastic waste for recycling, this was in-line with China’s Operation “National Sword” to review the quality of these plastic imports to ensure their recyclability. This sent shock waves through a now globalised recycling network, with China previously having imported 95% of the EUs and 70% of US plastics that had been collected for recycling. This plastic backlog was then diverted to South-East Asian nations, particularly Malaysia, which this case focuses the discussion upon. While the potential for significant economic benefits drew the attention of illegitimate and unscrupulous businessmen alike, the environmental degradation from the often, low technological recycling processes and even burning of low-grade plastics brought profound negative impacts. This case focuses upon, then Minister, Yeo Bee Yin who led the Ministry of Energy, Science, Technology, Environment and Climate Change, in which she took an active and aggressive stance in attempt to stop Malaysia becoming the dumping ground for the global plastic crisis.

This case is appropriate for final year undergraduate and any postgraduate degrees in Business.

Teaching notes are available for educators only.

CSS 4: Environmental Management.

The learning outcomes are as follows: to identify and analyze the importance of operations management in a situation demanding minimizing environmental impact and maintaining operational momentum; access the risks faced during project executions and apply project management concepts to facilitate Karachi Steel in implementing indigenous technological solutions; and evaluate the importance of adaptability, continuous improvement and innovation in creating sustainable solutions to address complex challenges.

Javaid Iqbal, CEO of Karachi Steel, was the case’s protagonist. With capacity expansion, Javaid relocated the steel facility from Rawalpindi to Islamabad, Pakistan. The company encountered several difficulties because of the air emissions’ inconvenience to nearby residents and the strict environmental regulations. To push the emissions into the air, the company first installed a locally fabricated chimney. Later, they hired a foreign Pakistani engineering firm to install air filters, but the project proved unsuccessful. To control emissions, the company developed a Wet Particulate Control (WPC) system based on a water-sprinkling mechanism. The endeavor was successful, but it resulted in water pollution. As a result, Karachi Steel signed a contract with a local engineering company that invented and effectively installed an air filtration system. Karachi Steel not only devised solutions for their predicaments but also made significant contributions toward achieving the Sustainable Development Goals (SDGs). However, the emissions reporting and monitoring mechanism continued to cause inconvenience for regulators. In addition, the filtration facility encountered a blocked duct conveying zinc sulfate from smoke, resulting in the periodic suspension of operations. As Karachi Steel seek long-term solutions to current challenges, it is critical to examine the relationship between internal circumstances and external forces and stimulate a holistic approach to resolving issues within the realms of operations management and project management.

The case study is suitable for students pursuing their undergraduate degree programs in business studies or management sciences. This case can be taught in specific subjects in the domain of management sciences, including project management and operations management. Furthermore, undergraduate students pursuing degrees in environmental sciences, specializing in environmental impact assessment and sustainable development, can also learn from this case study. These subjects have the potential to provide students with a detailed understanding of the dynamic relationship between environmental problems caused by business activities, and how to address these challenges using principles of project management and operations management. There is no pre-requisite for this case study, and the level of difficulty is moderate. The recommended teaching pedagogy for this multidisciplinary case study includes role-playing exercises, simulations to replicate real-world situations and the Socratic method, which encourages critical thinking.

Teaching notes are available for educators only.

CSS 7: Management Science.

Risk identification and qualitative assessment are the learning outcomes.

The Bharat Bijlee Construction Limited (BBCL) was one of the largest construction companies operating in the power sector in India. After successfully completing a few projects in the Middle East, BBCL decided to expand its presence into African region. The BBCL was awarded a $85m contract for three sub-station projects to modernise Algeria’s power grid system by the “Shariket Karhaba Koudiet Eddraouch Spa”, a state-owned company in charge of power generation, transmission and distribution in Algeria.

The project, which is the first of BBCL in Saharan region in Algeria’s, presents many unique situations that company had never encountered before, including sand dunes, severe weather, remote locations, supply chain & logistics, strict contractual deadlines and a high level of construction risk. The project manager for BBCL was sceptic about how well his company would perform under the present project circumstances. How could he better align himself with the client, the various on-site local contractors and the numerous suppliers spread around the world?

The case emphasises the identification of various project risks that the project manager might encounter in the project. What do the PESTLE and ASCE frameworks for risk identification each represent, and how are they helpful for the project team in understanding various risks? How should the project’s qualitative risk assessment be conducted? And how can a heat map be a better tool for comprehending the criticality of each risk in the project?

Undergraduate and post graduate courses in project management, civil engineering and architecture domain.

Teaching notes are available for educators only.

CSS 2: Built Environment.