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Sreedevi Rajagopalan, PhD

Director, MIT Sustainable Supply Chain Lab | Research Scientist MIT Center for Transportation & Logistics

  • Cambridge MA

Dr. Rajagopalan studies supply chain sustainability in large firms and AI-enabled transformation of micro firms in emerging markets.

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Corporate commitments to sustainability have reached record levels, but a new report from the Massachusetts Institute of Technology (MIT) suggests that turning those promises into meaningful action remains a significant challenge. The 2026 State of Supply Chain Sustainability Report, based on a survey of 1,810 supply chain professionals across 91 countries, found that 83 percent consider sustainability important or very important to long-term business success, the highest level recorded in the report's seven-year history. Yet the research reveals a troubling disconnect between corporate ambition and the structures needed to achieve measurable results. Dr. Sreedevi Rajagopalan, Director of the MIT Sustainable Supply Chain Lab and lead author of the report, says the challenge is no longer simply convincing companies that sustainability matters. "Commitment is strong, measurement is expanding, and AI is accelerating," says Dr. Sreedevi Rajagopalan, director of the MIT Sustainable Supply Chain Lab and lead author of the report. "What comes next is harder: converting commitment into accountability, operational integration into strategic decision making, and incremental decarbonization into genuine transition." Rajagopalan cautions that the next challenge involves turning those commitments into accountability, integrating sustainability into strategic decisions and achieving more substantial reductions in emissions. Dr. Sreedevi Rajagopalan is a Research Scientist at the MIT Center for Transportation & Logistics and Director of the MIT Sustainable Supply Chain Lab. Her research focuses on sustainable logistics, circular supply chains, Scope 3 emissions and helping organizations translate sustainability commitments into practical strategies. View her profile The report identifies several important findings: Corporate accountability is lagging: Only 51 percent of companies with publicly stated sustainability goals have formal cross-functional sustainability teams, while just 33 percent have board-level oversight. Tariffs are disrupting progress: Sixty-eight percent of respondents say tariff uncertainty has forced them to delay, reduce or abandon sustainability strategies. AI offers promise, but also challenges: While 87 percent of organizations adopting AI for sustainability report positive impacts, improvements in operational efficiency do not necessarily translate into lower overall emissions. Transportation remains a challenge: Forty-three percent of freight fleets still operate mostly or entirely on conventional diesel, while only eight percent have fully transitioned to low-emission energy. Collaboration is increasing: Participation in joint supplier engagement and decarbonization programs has climbed from 31 to 58 percent in just one year. Perhaps one of the report's most important findings concerns how sustainability is managed inside organizations. Companies with formal cross-functional teams report integrating sustainability into decisions far more frequently than those assigning responsibility to a single department. The findings raise important questions for business leaders. Are sustainability commitments being supported by meaningful governance? Can AI deliver measurable environmental improvements? And how can companies maintain progress when tariffs, geopolitical uncertainty and changing policies disrupt long-term plans? For Rajagopalan, the research points to a critical distinction: making sustainability a corporate priority is not the same as making it part of how a business operates. If you're interested in speaking with Dr. Rajagopalan about corporate sustainability, supply chain emissions, artificial intelligence, environmental accountability and the challenges facing global businesses, simply click on her profile to arrange an interview today.

Sreedevi Rajagopalan, PhD

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Biography

Dr. Sreedevi Rajagopalan is a Research Scientist at the Massachusetts Institute of Technology (MIT) Center for Transportation and Logistics and Director of the MIT Sustainable Supply Chain Lab. Her research focuses on advancing sustainable supply chain practices across global organizations, with particular emphasis on sustainable logistics, circularity, Scope 3 emissions measurement and management, and sustainable sourcing. She collaborates with large corporations to develop data-driven approaches that reduce environmental impact and translate sustainability commitments into actionable supply chain strategies.

She is also affiliated with the Low-Income Firms Transformation (LIFT) Lab, where her research examines how AI and digital technologies can improve the productivity, resilience, and survival of small and micro firms in emerging markets. This work focuses on transforming business and supply chain practices through accessible, technology-enabled solutions.

Dr. Sreedevi brings over 15 years of combined experience in industry, academia, and research. Prior to joining MIT, she was on the faculty at the S P Jain Institute of Management and Research (SPJIMR), Mumbai, where she taught Operations Management, Procurement & Strategic Sourcing, Behavioral Operations, and Quantitative Methods.

She earned her Ph.D. in Production and Operations Management from the Indian Institute of Management Bangalore, with a dissertation focused on supply chain risk management. Her doctoral research was recognized as a finalist for the Emerging Economies Doctoral Student Award at the 27th Annual Conference of the Production and Operations Management Society (POMS) in Orlando, USA. Her broader research agenda is centered on developing more sustainable, resilient, and inclusive supply chains across both large corporations and small businesses.

Research Focus

Sustainable Supply Chains

Designing environmentally sustainable and circular supply networks.

Areas of Expertise

Sustainable Supply Chains
Circular Supply Chains
Sustainable Sourcing Practices
Scope 3 Emissions
Emerging Markets

Education

Indian Institute of Management Bangalore

PhD

Operations & Supply Chain Management

Indian Institute of Technology, Delhi

MTech

University of Madras

BTech

Languages

  • English

Media Appearances

Waiting Longer For Your Package Can Cut Carbon Emissions

TIME Magazine  online

2026-04-03

The demand for ultra-fast shipping has heightened the issue. “If you have expedited shipping, then you are not actually able to consolidate [packages,]” says Dr. Sreedevi Rajagopalan, director of the MIT Sustainable Supply Chain Lab. “As a result, you end up delivering less goods in a short period. You also end up visiting the same route, maybe multiple times the same day or consecutive days. So that actually results in very high emissions.”

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Fast delivery poses challenges, boosts emissions; green practices needed

India Today  online

2025-12-25

"For the same demand, fast shipping definitely increases emissions 10 to 12 per cent," Sreedevi Rajagopalan, a research scientist at MIT's Centre for Transportation and Logistics, told Associated Press (AP).

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Fast shipping has environmental impact as delivery becomes more polluting

PBS News  online

2025-12-23

When customers choose faster shipping and earlier delivery dates, the system shifts from optimized routing to whatever gets the package out fastest, and that means higher emissions, said Sreedevi Rajagopalan, a research scientist at MIT's Center for Transportation and Logistics. For example, trucks may leave warehouses before they're full and drivers might loop the same neighborhood multiple times a day, she said.

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Research Papers

Why Scope 3 demands collaboration—not just compliance

Supply Chain Management Review

Sreedevi Rajagopalan, Tori Arnold

2026-05-02

Corporate climate credibility increasingly hinges on Scope 3 emissions, and yet individual companies have the least direct control over these emissions. Meeting ambitious Scope 3 targets requires industry level collaboration that rewires incentives, standardizes expectations, and lowers the cost of decarbonization, especially now that turbulent climate, trade, and tariff policies can abruptly change the economics of low carbon supply choices. Policy and tariff volatility does not simply increase costs; more widely, it disrupts sourcing strategies and undermines long term decarbonization pathways by constraining access to low carbon inputs.

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Optimizing reverse logistics costs to encourage a more sustainable future

Supply Chain Management Review

Ana Cabrera, Gurumurthy Varsha, Sreedevi Rajagopalan

2025-12-15

Activity-Based Costing offers a smarter, fairer, and more sustainable way to manage the true cost of product returns

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The effect of framing the environmental impact of fast shipping on nudging consumers to opt for slow home deliveries: Evidence from the field

MIT Center for Transportation & Logistics Research Paper

Josue Velazquez Martinez, R Sreedevi, Jan C Fransoo, Karla Valenzuela-Ocana

2024-07-02

E-commerce companies such as Amazon and Walmart. com provide the convenience of same-day delivery. However, this service contributes significantly to the increase in CO2 emissions due to the challenges of consolidation (ie, combining multiple orders into single shipments). Several studies indicate that extending the time frame for home delivery can lead to significant reductions in transportation CO2 emissions.

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Patents

Antimicrobial nanocomposite compositions, fibers and films

U.S. Patent No. 9,192,625

Issued Nov 24, 2015

Awards

POMS Emerging Economies Doctoral Student Finalist Award (EEDSA)

Issued by Production & Operations Management Society, USA
May 2016

Courses

SCM.291 Procurement Fundamentals

Introduces key strategies that elevate procurement from a transactional function to a strategic role, enabling participants to make informed decisions that drive supply chain continuity, resilience, and competitiveness. Subject focuses on innovation, particularly the application of artificial intelligence in procurement. Participants explore various use cases of AI in procurement, aiming to improve decision-making and optimize procurement strategies. Balances theoretical foundations, case-based discussions, and real-world applications; designed for individuals with limited or no procurement experience. Equips learners with the skills to manage supplier relationships effectively, adopt collaborative strategies, and leverage cutting-edge technologies to build resilient, sustainable supply chains.

SCM.290x Sustainable Supply Chain Management

SCM.290x will help you transform your organization’s climate pledges into actionable strategies through better supply chain management. Modeled on our for-credit MIT course, SCM.290x gives you a foundation to meet stakeholders’ demands for supply chain sustainability.