The London 2012 Olympic Games Custom Case Solution & Analysis

1. Evidence Brief: Business Case Data Researcher

Financial Metrics

Total Public Sector Funding Package: £9.325 billion, revised upward in March 2007 from the initial bid estimate of £2.4 billion (Paragraph 4).
LOCOG Budget: £2 billion, primarily privately funded through sponsorship, ticketing, licensing, and IOC contributions (Exhibit 5).
Contingency Fund: £2.7 billion included within the £9.3 billion public budget to manage unforeseen risks (Paragraph 12).
ODA Expenditure: Approximately £6 billion dedicated to site preparation and permanent venue construction (Exhibit 7).
Sponsorship Target: £700 million sought from domestic partners (Paragraph 18).

Operational Facts

Site Scale: 200 hectares of formerly contaminated industrial land in East London (Paragraph 6).
Venue Construction: 8 permanent venues and 30 temporary venues required (Paragraph 22).
Ticketing: 8.8 million tickets available across 26 sports (Paragraph 25).
Workforce: 200,000 workers, including 6,000 LOCOG staff, 100,000 contractors, and 70,000 volunteers (Paragraph 30).
Timeline: Fixed deadline of July 27, 2012. No possibility of extension (Paragraph 1).

Stakeholder Positions

Sebastian Coe (Chair, LOCOG): Focused on the athlete experience and the inspirational power of the Games to drive participation (Paragraph 8).
Paul Deighton (CEO, LOCOG): Former Goldman Sachs partner; prioritized commercial viability, operational precision, and risk mitigation (Paragraph 9).
David Higgins (CEO, ODA): Responsible for delivering infrastructure on time and within the revised budget; emphasized engineering milestones (Paragraph 14).
International Olympic Committee (IOC): Demanded strict adherence to technical specifications and global broadcasting standards (Paragraph 11).
UK Government/Mayor of London: Focused on the long-term regeneration of East London and public accountability for the £9.3 billion spend (Paragraph 15).

Information Gaps

Post-Games Maintenance Costs: The case lacks detailed projections for the annual operating costs of the Olympic Park post-2012.
Security Scaling: Limited data on the specific failure points of the G4S contract prior to the military intervention.
Opportunity Cost: No analysis of alternative uses for the £9.3 billion public investment in other UK regions.

2. Strategic Analysis: Market Strategy Consultant

Core Strategic Question

How can the London 2012 leadership deliver a high-stakes, fixed-deadline mega-project that satisfies immediate operational requirements while securing a defensible long-term socio-economic legacy?

Structural Analysis

The project employs a Dual-Entity Value Chain. The Olympic Delivery Authority (ODA) manages the supply-side (infrastructure), while the London Organising Committee (LOCOG) manages the demand-side (event delivery and revenue). This separation prevents operational noise from interfering with long-term construction goals. However, the Stakeholder Power Dynamics are skewed; the IOC holds the technical specifications, while the UK taxpayer holds the financial risk. The 2007 budget reset was the defining strategic move, shifting the project from a low-probability bid estimate to a realistic, risk-adjusted financial baseline.

Strategic Options

Option 1: Minimalist Delivery. Focus exclusively on the 17 days of competition. Use temporary structures for all but the most essential sports.
Trade-offs: Reduces financial exposure but fails the political mandate for East London regeneration.
Resource Requirement: Low capital expenditure, high temporary labor costs.

Option 2: Legacy-Centric Investment (The Preferred Path). Build permanent infrastructure designed for post-Games conversion (e.g., the Athlete’s Village into housing).
Trade-offs: Extremely high upfront costs and increased complexity in venue design.
Resource Requirement: £9.3 billion public funding and a 10-year development horizon.

Preliminary Recommendation

London must pursue Option 2. In a mature economy like the UK, the political cost of a white elephant outweighs the financial cost of the build. Success requires the 2.7 billion contingency to be treated as a management tool, not a slush fund. The ODA must finish 12 months early to allow LOCOG to conduct test events, shifting the risk from construction to operations well before the opening ceremony.

3. Implementation Roadmap: Operations Specialist

Critical Path

The critical path is defined by the Venue Handoff Sequence. ODA must complete the Olympic Stadium and Aquatics Centre by July 2011. This initiates a 12-month operational readiness phase for LOCOG.

Phase 1 (Construction Finish): July 2011. ODA exits; LOCOG takes possession.
Phase 2 (Test Events): August 2011 – May 2012. 42 events to stress-test transport, security, and technology.
Phase 3 (The Games): July 27 – August 12, 2012.

Key Constraints

Transport Throughput: The Stratford station and Jubilee line must handle a 300% increase in peak volume. This is the single point of failure for the spectator experience.
Security Manpower: The reliance on a single private contractor (G4S) for 20,000 guards creates a bottleneck. The lack of a backup civilian workforce is a structural weakness.

Risk-Adjusted Implementation Strategy

The strategy assumes a T-Minus Readiness Model. Every operational workstream (catering, cleaning, security) must have a Tier 2 vendor identified by January 2012. Given the fixed date, the only variable is quality. If transport systems fail during test events, the contingency must be deployed immediately to fund shuttle bus alternatives, bypassing the rail constraints. The military must be placed on standby as the primary security contingency 180 days out.

4. Executive Review and BLUF: Senior Partner

BLUF

The London 2012 project is a success of governance, not just engineering. By separating infrastructure (ODA) from operations (LOCOG) and resetting the budget to a realistic £9.3 billion in 2007, leadership eliminated the primary cause of Olympic failure: undercapitalization. The 12-month buffer between construction and competition is the decisive factor in mitigating operational friction. The project is ready for final execution, provided security is de-risked through military integration.

Dangerous Assumption

The single most dangerous assumption is the Elasticity of Private Security. The plan assumes G4S can recruit, train, and deploy 20,000 staff for a short-term contract. History suggests that rapid scaling of low-wage labor for high-stakes security results in massive attrition and deployment gaps.

Unaddressed Risks

Transport Gridlock (High Probability, High Consequence): The London Underground is a Victorian system operating at capacity. A single signal failure at Stratford during the 100m final creates a public safety crisis.
Legacy Commercialization (Medium Probability, High Consequence): There is no confirmed anchor tenant for the Olympic Stadium post-Games. Without one, the park becomes a permanent drain on the municipal budget.

Unconsidered Alternative

The team failed to consider Decentralized Staging. By concentrating 80% of events in the Olympic Park, they maximized regeneration impact but also maximized transport and security risk. Spreading venues across the UK would have lowered the East London burden and increased national buy-in.