The University of Michigan Endowment Fund: Divesting from Fossil Fuels Custom Case Solution & Analysis

1. Evidence Brief

Financial Metrics

• Total Endowment Value: 12.5 billion dollars as of the 2020 fiscal year (Source: Case Introduction).
• Fossil Fuel Exposure: Approximately 1.2 billion dollars, representing nearly 10 percent of the total portfolio (Source: Exhibit 1).
• Target Annual Return: 8 percent to maintain purchasing power and support university operations (Source: Paragraph 12).
• Private Equity Composition: Over 80 percent of energy investments are held in illiquid private equity structures (Source: Paragraph 15).
• Historical Performance: Energy sector returns averaged 12 percent annually between 2000 and 2010 but dropped to 2 percent between 2010 and 2020 (Source: Exhibit 4).

Operational Facts

• Investment Structure: The fund utilizes external managers for the majority of its alternative asset allocations (Source: Paragraph 8).
• Lock-up Periods: Private equity energy funds typically have 10 to 12 year durations with limited early exit options (Source: Paragraph 16).
• Governance: The Board of Regents holds ultimate fiduciary responsibility and must approve major shifts in investment policy (Source: Paragraph 5).
• Divestment Precedent: The 1986 policy requires a high bar for divestment, specifically a consensus that the investment is socially reprehensible (Source: Paragraph 21).

Stakeholder Positions

• Erik Lundberg (Chief Investment Officer): Emphasizes fiduciary duty and the risk of reducing the investment universe (Source: Paragraph 14).
• Board of Regents: Divided between maintaining financial returns and responding to the climate emergency (Source: Paragraph 22).
• Climate Action Movement: Demands immediate and total divestment from the top 200 fossil fuel companies (Source: Paragraph 3).
• University Faculty: Over 1000 members signed a petition supporting the transition to a carbon neutral portfolio (Source: Paragraph 7).

Information Gaps

• Secondary Market Liquidity: The case does not specify the exact price discount required to exit current private equity commitments prematurely.
• Carbon Intensity Data: Specific carbon footprint metrics for the non-energy portion of the portfolio are absent.
• Alternative Asset Availability: The capacity of renewable energy funds to absorb 1.2 billion dollars in new capital without depressing returns is not detailed.

2. Strategic Analysis

Core Strategic Question

• How can the University of Michigan transition its 12.5 billion dollar endowment to align with institutional carbon neutrality goals without violating its fiduciary mandate to achieve 8 percent annual returns?

Structural Analysis

The challenge is defined by the tension between Modern Portfolio Theory and the emerging reality of stranded asset risk. Excluding an entire sector reduces diversification and shifts the efficient frontier, potentially lowering returns for a given level of risk. However, the fossil fuel industry faces structural decline due to regulatory shifts and the falling cost of renewables. The 1986 divestment policy acts as a procedural constraint, requiring evidence of moral consensus which now exists regarding climate change.

Strategic Options

Preliminary Recommendation

The University should adopt a Phased Runoff and Freeze strategy. This path honors fiduciary duties by avoiding the fire sale of private equity assets while ensuring that no new capital supports the expansion of fossil fuel production. It aligns the endowment with the 2050 carbon neutrality goal of the university without compromising the immediate liquidity or the 8 percent return target.

3. Implementation Roadmap

Critical Path

• Month 1: Formalize a Board resolution to cease all new commitments to funds primarily invested in fossil fuel exploration and production.
• Month 2 to 4: Conduct a comprehensive audit of all commingled funds to identify indirect exposure and establish a baseline carbon intensity score.
• Month 5 to 6: Establish a specialized Green Transition carve-out within the endowment to reinvest distributions from maturing energy funds into renewable infrastructure.
• Year 1 to 10: Execute a natural runoff of existing private equity energy commitments as they reach their end of life.

Key Constraints

• Contractual Illiquidity: The 1.2 billion dollars tied in private equity cannot be moved without substantial capital loss. Execution speed is dictated by fund life cycles, not institutional will.
• Manager Alignment: Many general partners in the portfolio of the university may not have carbon reporting capabilities, complicating the measurement of progress toward net zero.

Risk-Adjusted Implementation Strategy

To mitigate the risk of underperformance during the transition, the investment office must avoid a binary exit. The strategy should focus on a gradual shift where the definition of energy evolves from extraction to generation and storage. If the 8 percent return target is threatened by the exclusion of traditional energy during a commodity price spike, the university should utilize thematic public equities in the short term to capture energy market beta through transition-aligned companies.

4. Executive Review and BLUF

BLUF

The University of Michigan must immediately cease new capital commitments to fossil fuel investment managers and commit to a net zero endowment by 2050. Total immediate divestment is rejected as it would trigger an estimated 250 million to 300 million dollar loss via secondary market discounts, violating the fiduciary duty of the Regents. Instead, a phased runoff allows the 1.2 billion dollar energy portfolio to liquidate naturally over 10 years. This approach preserves capital, maintains the 8 percent return target, and provides a clear path to institutional alignment with climate goals. Speed must be balanced against the contractual realities of private equity. APPROVED FOR LEADERSHIP REVIEW.

Dangerous Assumption

The analysis assumes that renewable energy and transition-themed assets will provide a comparable risk-adjusted return profile to the historical performance of the energy sector. If the green energy market becomes overvalued due to excessive capital inflows, the endowment may fail to meet its 8 percent target, necessitating a reduction in university distributions.

Unaddressed Risks

• Political Backlash: State legislators or donors from the traditional energy sector may reduce funding or support in response to the divestment signal, creating a secondary financial gap.
• Opportunity Cost: Should a geopolitical event trigger a sustained multi-year rally in oil and gas, the endowment will suffer significant relative underperformance compared to peers who maintain exposure.

Unconsidered Alternative

The team did not fully evaluate an Active Engagement Alpha strategy. Rather than exiting, the university could utilize its position as a major limited partner to mandate that energy private equity firms pivot their underlying portfolio companies toward carbon capture and methane reduction. This would exert direct influence on decarbonization while retaining the high returns of the energy sector during the transition period.