Sustainability at MathWorks

MathWorks is working to reduce our climate impact across our global operations. We’re improving energy efficiency, expanding renewable energy, reducing waste, and documenting performance using recognized standards.

This page highlights some of our progress, while the report provides a deeper look at our approach across operations, partnerships, and products.

Our Greenhouse Gas Inventory

We measure greenhouse gas (GHG) emissions in accordance with the GHG Protocol, with input from industry experts and verification through a third party aligned with ISO 14064‑3. The table below defines each scope and identifies the key emission sources relevant to MathWorks.

Scope 1, 2, and 3 Definitions and Sources

  GHG Protocol Definition MathWorks Key Sources
Scope 1 Direct GHG emissions from sources owned and controlled by MathWorks Primarily natural gas used to heat buildings, provide hot water, and operate campus cafeterias
Scope 2 Indirect GHG emissions from purchased grid-sourced electricity and heat Global building operations and data centers
Scope 3 All other indirect GHG emissions that are a consequence of MathWorks activities but occur from sources not owned or controlled by the company Purchased and capital goods and services, fuel- and energy-related activities (FERA), waste, business travel, staff commuting, remote work, and downstream leased assets

To take company growth into account, MathWorks tracks progress in metric tons of CO2e per million dollars of revenue. This is shown in terms of both our Scope 1 and 2 emissions and our total carbon footprint. Separately, we also factor in offsetting our unavoidable emissions to demonstrate our net impact. As the graph below shows:

  • MathWorks total carbon emissions per million dollars of revenue for Scopes 1 and 2 have decreased by almost 14% since 2022, before considering offsets. Additionally, we have offset these emissions every year in full for net zero impact. 
  • Our overall carbon emissions per million dollars of revenue are relatively flat before considering offsets. However, with offsets, we have decreased by 12% since 2022.

Global GHG Emissions Intensity, 2022–2025

Line chart showing 2022-2025 global GHG emissions intensity in metric tons of CO2e per million dollars of revenue.

The increase in emissions in 2024 reflects a one‑time event tied to the 40th anniversary of MathWorks. To mark this milestone, we brought employees together from across the world for an in‑person celebration in Orlando, Florida. Emissions related to flights and hotel stays for this event were offset in full.

Reducing Our Climate Impact

The best thing we can do is not emit greenhouse gases in the first place. However, some emissions are unavoidable. Therefore, MathWorks seeks to offset what emissions we are responsible for in the most impactful way possible.

Renewable Energy

A 12-year virtual power purchase agreement (vPPA) with Enel’s 25 Mile Creek Wind Project offset 100% of our North American electricity use.

Nature-Based Carbon Removal

Investment in long-term verified emission reductions (VERs) supports reforestation projects through the Arbor Day Foundation and GreenTrees.

2025 Emissions Data

The visuals below break down emissions by scope and show how emissions and offsets are applied across each category.

Addressing Key Sources of Global 2025 GHG Emissions (MTCO2e)

Total GHG emissions (Scopes 1, 2, and 3) associated with MathWorks operations 50,098
GHG emissions addressed  
Addressed by renewable energy procurement (RECs from VPPA and unbundled purchases) 4,817
Addressed by carbon offsets (VERs) 17,262
TOTAL 22,079
Percentage emissions addressed 44%
Donut chart showing 2025 global GHG emissions in metric tons of CO2e by scope.
Donut chart showing 2025 global carbon footprint in metric tons of CO2e by scope bucket.

Global GHG Emissions, 2025 (MTCO2e)

  Emissions Offset
Scope 1 1,210 1,210
Scope 2 8,191 8,191
Scope 3
Category 1: Purchased Goods and Services 19,432 0
Category 2: Capital Goods 6,494 0
Category 3: FERA 853 0
Category 5: Waste* 4 4
Category 6: Business Travel 6,806 6,806
Category 7: Staff Commuting 5,535 5,535
Category 7: Remote Work 1,043 102
Category 13: Downstream Leased Properties 529 231
TOTAL 50,098 22,079
*Represents ~66% of global office square footage + global electronics waste.
Note: For additional information on carbon offsets and RECs, see the appendix that appears in the report.

Sustainable Operations

We continually work to reduce our environmental footprint across our facilities by improving energy efficiency, increasing renewable energy generation, and minimizing waste.

Highlights include:

  • Onsite renewable energy:

    Seven solar arrays across our Natick, Massachusetts, campuses generate almost 2 million kWh annually, supplying nearly 10% of campus electricity.

  • Energy performance:

    In 2025, our two Natick campuses achieved an Energy Use Intensity (EUI) in the upper and lower 40s, outperforming the Energy Star office space median of 52.9.

  • Efficient infrastructure:

    Our two major data centers have power use effectiveness (PUE) values of 1.41 and 1.29, both below the industry average of 1.54.

  • Waste reduction:

    Our headquarters diverts more than 60% of physical waste from landfills through reuse, recycling, and composting.

An aerial view of the MathWorks Lakeside Campus in Natick, Massachusetts.

Partnerships and Investments

Our climate efforts extend beyond our campuses. MathWorks and the MathWorks Foundation support nonprofits, researchers, startups, and academic institutions advancing sustainability and climate science worldwide.

Key initiatives include:

Conservation

More than 31,000 acres protected through Mass Audubon and the Appalachian Mountain Club since 2022

Disaster Recovery

A four-year commitment with the Arbor Day Foundation to support rebuilding and resilience for areas struck by extreme disasters caused by climate change

Startup and Research Support

Empowering more than 1,400 startups through our startup program and helping students across more than 6,500 universities advance technology and climate research