Congratulations to the Risk Prize finalists
The Cambridge Centre for Risk Studies, in conjunction with McKinsey & Company, is pleased to announce the winners of the Cambridge – McKinsey Risk Prize. The prize recognises the best submission on risk management by a current student at Cambridge Judge Business School.
2024
First place
Emily Tianyuan Wang, 3rd-year PhD Candidate, Department of Land Economy, University of Cambridge
Honourable mentions

2023
First place
Sannah H.P. van Balen, PhD candidate, Nuclear Energy group, Department of Engineering, University of Cambridge
Honourable mentions

2022
First place
Rob Glew, PhD candidate, Manufacturing Engineering, University of Cambridge
The failure to effectively manage risks in development aid is a barrier to helping the fragile states that need it most. Failures, such the case study of Afghanistan in this essay, occur when risk management fails to achieve flexibility, transparency, and efficiency. In Afghanistan, perhaps 22 million people are at risk of falling into extreme suffering now that support for resilient farming, educational equality, and child malnutrition has been withdrawn after the rise of the insurgent Taliban government. This essay examines why leading development organisations failed to adapt their risk management approaches to this new context. Building on current best practice and taking a multi-disciplinary approach, the tools of systems engineering are applied to bureaucracy. The result is a new modular approach to risk management in development aid.

Honourable mentions
2021
First place
Sheryn Gillin, MSt in Construction Engineering candidate, University of Cambridge
Focussing on the theft of electronic health records and vulnerability of clinical devices overlooks the risks from the building services that maintain the environment within a healthcare facility.
Operating theatres, laboratories, pharmacies, sterile stores and imaging equipment have stringent humidity requirements to minimise the risk to patients. To achieve these optimal conditions, chilled water must function within set tolerances. Any divergence will significantly impact a hospital due to cancelled surgeries or diagnostic procedures, an MRI quench or disposal of sterile products.
To minimise the disruption a cyber-attack targeting the chilled water systems could cause, several recommendations, regarding contracts, procurement, design, assurance and documentation are proposed. Addressing these areas at the earliest opportunity is crucial because it is cheaper to design in, rather than bolt on a cybersecure architecture.
Honourable mentions
2020
First place
Sam Vosper, PhD candidate, Department of Land Economy and Researcher, Cambridge Centre for Environment, Energy and Natural Resource Governance (C-EENRG)
This essay presents one of the first case studies to shed light on the significant impact that basis risk can have on the uptake of index insurances. Here Sam explored these dynamics of adoption for an active micro-insurance product at an unprecedentedly large scale. This case study considers a novel index insurance to manage agricultural crop losses which has seen near 200,000 adoptions by smallholder farmers across southern Kenya. The findings have important implications for tackling challenges of poverty and food security by also for the proliferation of index insurance to other development agendas, such as energy and health.This essay presents one of the first case studies to shed light on the significant impact that basis risk can have on the uptake of index insurances. Here Sam explored these dynamics of adoption for an active micro-insurance product at an unprecedentedly large scale. This case study considers a novel index insurance to manage agricultural crop losses which has seen near 200,000 adoptions by smallholder farmers across southern Kenya. The findings have important implications for tackling challenges of poverty and food security by also for the proliferation of index insurance to other development agendas, such as energy and health.
Honourable mentions
2019
First place
Aly Verjee, MSt International Relations, Department of Politics and International Studies, University of Cambridge
A maxim in commercial aviation is that airlines almost always lose money. Some analysts go as far as to argue that the global industry has collectively never turned a profit. Whatever the accuracy of the overall accounting, it is clear that commercial aviation is an industry in which it is difficult to thrive. The industry’s history demonstrates that airline expansion risks, and often overextends, the fundamental strengths of the business. However, despite the many pitfalls, most airlines do explicitly seek to expand. Therefore, identifying – and then managing and mitigating – the risks of expansion is essential if a growth strategy is to succeed. This essay addresses the case of what was, for nearly sixty years, a small, mostly unremarkable, state-owned airline, in an aviation market more commonly associated with war and poverty, and its rise to become its continent’s largest and most profitable airline, and one of the most rapidly growing worldwide: Ethiopian Airlines (call sign: ET), founded in 1945.

Honourable mentions
2018
First place
Ann Sofie Cloots, PhD candidate, Faculty of Law, University of Cambridge
This paper is about legal risks as well as a number of operational and systemic risks, associated with the acceptance and use of cryptocurrencies and the blockchain technology. The paper consists of five parts. After an introductory section one, section two analyses the main legal risks of cryptocurrencies, in particular the risk that tokens may be re-qualified retroactively as securities by regulatory agencies. Section three assesses the legal risks of blockchain, the technology underlying cryptocurrencies, in particular the compliance risks flowing from the much-discussed EU GDPR. Section four discusses operational and potential systemic risks of cryptocurrencies and blockchain technology. Section five concludes with practical takeaways for risk managers.

Honourable mentions
2017
First place
Steven Cooney, Executive MBA Candidate, Cambridge Judge Business School
The American coal power industry has been under siege from regulation, partially driven by concerns about climate change, and historically low natural gas prices, which is largely a result of the US shale revolution. This paper will utilise scenarios to evaluate how US railroads, who generate a significant proportion of their revenue from coal transportation, can best adapt to a changing energy generation and resource production market.

Honourable mentions
2016
First place
Rasheed Saleuddin, PhD candidate, Department of History, University of Cambridge, PhD Scholar at the Cambridge Endowment for Research in Finance
The question of whether or not to mark to (the current observable) market (price) is an important one for risk takers and risk managers, and therefore company directors, creditors and shareholders. If extremes in ABX market prices can not be said to be fundamentally based (on reasonable expectations), marking to market may overstate risk and make institutional balance sheets appear overly fragile.
This paper first introduces and expands on a naïve backward looking model utilised by Stanton and Wallace to dismiss ABX price observations during the crisis as irrational. Saleuddin’s revised model is then used to explain the problems with Gorton and GM’s similar conclusions as to ABX irrationality. In the second part of his paper, Saleuddin then approximates contemporary expectations by extrapolating fundamental data using forward looking modelling (“roll rate analysis”) that was available and well accepted by contemporary investors. Only by modelling expectations extant at the time can we legitimately assess the degree of rationality in ABX prices, and to knowledge, this paper is the first to model expectations during the crisis using such historical methods.

Honourable mentions
2015
First place
Siobhan C. Sweeney, Cambridge Judge Business School MBA Candidate
In the current economic climate marked by volatility and uncertainty, risk oversight by boards is increasingly important. The function of boards to ensure a healthy balance between risk-taking and risk avoidance is critical to the success of the company and the stability of the economy. This paper notes the significant failings of boards in this regard. The changes suggested by this paper go directly to improving this position.
The paper examines the economic, social and psychological forces propelling directors on boards towards collegial consensus and deterring real independence from each other. The paper offers a highly innovative yet simple solution. It develops the concept of a ‘Contrarian Director’, inspired by the Advocatus Diaboli (‘Devil’s Advocate’) of 1587 but modelled more closely to the Advocate General of the European Court of Justice. The paper provides a structure and process to appoint and support this director. The result of these proposed changes would be a change to culture on boards and a radical improvement in the risk oversight function by boards.

Honourable mentions
2014
First place
Campbell Hennessy, Cambridge Judge Business School, MPhil Candidate
This paper describes how approaches to fatigue management in maritime search and rescue may be applied to knowledge based business. It uses the construct of the ‘knowledge worker’ to identify the risks that fatigue poses within business and the constraints upon any proposed fatigue controls. Fatigue risks in business are associated with reduced situational awareness and a decreased capacity for employees to assess risk and make ethical decisions. Ultimately, I explore potential modifications to the United States Coast Guard’s Crew Endurance Management programme that could make it an effective control for business.

Honourable mentions
2013
First place
Minko Dudev, University of Cambridge, MBA candidate
Minko was awarded the first place prize for his submission “Risk-weighted IT development for the financial industry”. He presents senior IT/operations management with a comparative overview of IT risk reduction practices at financial firms, and offers a novel risk-based approach to systematically allocate resources based on the potential direct monetary impact of system failure. Prior to his MBA Minko worked on fixed income trading technology at a US investment bank in London. He also earned a MSc in Computer Science with the Max Planck Institute for Informatics in Germany.
