Carbon Commitments: Designing a Global Greenhouse Gas Emissions Reduction Plan for INSEAD Business School Custom Case Solution & Analysis
1. Evidence Brief
Financial Metrics and Carbon Data
- Total Baseline Emissions: 18514 tCO2e in 2019.
- Scope 1 and 2 Emissions: 4629 tCO2e, representing 25 percent of the total.
- Scope 3 Emissions: 13885 tCO2e, representing 75 percent of the total.
- Reduction Target: 67.5 percent absolute reduction by 2035 across all scopes.
- Primary Emission Driver: Business travel and student flights constitute the largest share of Scope 3.
- Operational Footprint: Four campuses located in Fontainebleau, Singapore, Abu Dhabi, and San Francisco.
Operational Facts
- Building Portfolio: Fontainebleau campus includes older structures with lower energy efficiency. Singapore and Abu Dhabi campuses require high energy loads for cooling.
- Travel Patterns: Faculty and staff travel frequently between campuses for teaching and research.
- Energy Procurement: Variation in renewable energy availability across the four different regulatory jurisdictions.
Stakeholder Positions
- Ilian Mihov, Dean: Committed to the 1.5 degree Celsius alignment but must maintain the global brand of the school.
- Katell Le Goulven, Hoffmann Institute Executive Director: Focuses on integrating sustainability into the core strategy of the institution.
- Faculty: Require international mobility for research prestige and multi-campus teaching obligations.
- Students: Value the multi-campus experience and global networking opportunities.
Information Gaps
- Specific capital expenditure requirements for deep energy retrofits in Fontainebleau.
- Price elasticity of student demand if international travel is restricted or taxed.
- Detailed breakdown of procurement emissions from third party vendors.
2. Strategic Analysis
Core Strategic Question
- How can INSEAD achieve radical carbon reduction without eroding the value of its multi-campus global mobility model?
Structural Analysis
The Value Chain Analysis reveals that the primary source of competitive advantage for the school—global mobility—is also its primary environmental liability. Scope 1 and 2 reductions are manageable through infrastructure investment, but Scope 3 requires a fundamental change in the delivery model. The current model relies on high frequency air travel which is increasingly incompatible with climate targets.
Strategic Options
- Option 1: Infrastructure First. Focus exclusively on Scope 1 and 2 through campus electrification, solar installations, and green energy contracts.
- Rationale: Minimizes disruption to the academic model.
- Trade-offs: Only addresses 25 percent of the problem. Fails the 67.5 percent reduction target.
- Resources: Significant capital for building retrofits.
- Option 2: Radical Travel Decoupling. Implement strict travel caps, internal carbon pricing for all departments, and shift to a regionalized teaching model.
- Rationale: Directly targets the 75 percent of emissions in Scope 3.
- Trade-offs: Risks faculty attrition and reduces the global student experience.
- Resources: Virtual reality technology and localized faculty hiring.
- Option 3: Hybrid Mobility. Maintain physical campuses but replace 50 percent of inter-campus travel with synchronous high-definition digital delivery.
- Rationale: Balances brand identity with emission targets.
- Trade-offs: Requires high investment in technology and pedagogical retraining.
- Resources: Advanced digital infrastructure and learning designers.
Preliminary Recommendation
INSEAD must pursue Option 2. Infrastructure improvements are necessary but insufficient. The school cannot reach a 67.5 percent reduction without a hard cap on flight frequency. This path requires a fundamental shift in how academic prestige is defined, moving away from physical presence toward digital influence.
3. Implementation Roadmap
Critical Path
- Month 1-3: Establish a verified real-time carbon dashboard for every department to ensure data visibility.
- Month 4-6: Introduce an internal carbon fee of 100 dollars per ton on all business travel to fund campus efficiency projects.
- Month 7-12: Renegotiate faculty contracts to include virtual teaching quotas and reduce mandatory inter-campus rotations.
- Year 2-3: Complete deep energy retrofits in Fontainebleau and maximize solar capacity in Singapore.
Key Constraints
- Academic Freedom: Faculty may resist travel restrictions as an infringement on research autonomy.
- Brand Perception: The market may perceive reduced mobility as a decline in the global nature of the school.
Risk-Adjusted Implementation Strategy
To mitigate resistance, the school should phase in travel caps over three years. Initial reductions should target administrative travel before faculty travel. A contingency fund must be established to purchase high-quality carbon removals if technological solutions for long-haul aviation do not mature by 2030.
4. Executive Review and BLUF
BLUF
INSEAD must implement an internal carbon tax and mandatory travel caps to meet its 67.5 percent reduction target. Scope 3 emissions from travel represent the primary obstacle to compliance. Addressing only campus operations will lead to failure. The school must redefine its global identity through digital connectivity rather than physical mobility. Success requires decoupling academic excellence from air travel. This transition is a requirement for maintaining institutional legitimacy in a climate-constrained market.
Dangerous Assumption
The analysis assumes that the INSEAD brand remains resilient if the physical multi-campus experience is significantly reduced. If students view global travel as the primary product, revenue will decline as carbon targets are met.
Unaddressed Risks
| Risk |
Probability |
Consequence |
| Faculty Attrition |
Medium |
High loss of research output and prestige. |
| Regulatory Divergence |
High |
Increased complexity in managing four different carbon jurisdictions. |
Unconsidered Alternative
The team did not consider a hub-and-spoke partnership model where INSEAD reduces its own footprint by outsourcing regional delivery to local partner institutions, thereby maintaining a global reach without the direct carbon ownership of four physical campuses.
Verdict
APPROVED FOR LEADERSHIP REVIEW
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