Since Finite Carbon’s founding, our people have been the roots of our success. As trailblazers in the forest carbon offset market, we seek people who have the courage to break new ground in forestry, finance, and technology. Thanks to the hard work of a multidisciplinary team, we have brought more forest carbon offset projects to market than any other company in North America.
Working at Finite Carbon
We are self-starters who thrive on collaboration and feedback. We offer a fast-paced work environment where team members help scale solutions that enable more landowners to sustainably manage their forests and make meaningful contributions to mitigating climate change.
What We Offer
Flexible Work Structure: We have built a hybrid model featuring three office locations, plus remote work arrangements for employees across the United States and Canada.
Competitive Benefits: Our team enjoys competitive benefits, access to senior executives, and professional development opportunities designed to broaden career horizons.
An Inclusive Workplace: We value every voice on our team, regardless of race, gender, or orientation.
CURRENT OPPORTUNITIES
Fueled by a fundamental belief that forests are critical to mitigating climate change, Finite Carbon incentivizes the protection, restoration, and sustainable management of forests by connecting landowners to the global carbon market.
With a focus on scale, we have delivered more than $500 million to landowners who have made long-term commitments to sustainable forest management on more than 3 million acres since 2009. We aim to deliver a further $1 billion to landowners by 2030. Our recently announced web-based platform, CORE Carbon, leverages satellite data and machine learning to democratize the carbon market and empower small landowners, non-profits, and communities across the globe to receive payments for implementing forest practices that store carbon.
In November 2020, Finite Carbon became a bp Launchpad portfolio company, which gives us access to significant resources to support our ambitious growth plans.
About the Role
We are seeking an experienced System Architect to create technical solutions for the needs of carbon offset projects. The System Architect will integrate components, tools, and approaches to operate within the current technical direction of existing platforms. Our goal is to implement and support a stable, scalable, and secure architecture as we begin to build our inhouse engineering capabilities.
About Finite Carbon
Fueled by a fundamental belief that forests are critical to mitigating climate change, Finite Carbon incentivizes the protection, restoration, and sustainable management of forests by connecting landowners to the global carbon market.
With a focus on scale, we have delivered more than $500 million to landowners who have made long-term commitments to sustainable forest management on more than 3 million acres since 2009. We aim to deliver a further $1 billion to landowners by 2030. Our recently announced web-based platform, CORE Carbon, leverages satellite data and machine learning to democratize the carbon market and empower small landowners, non-profits, and communities across the globe to receive payments for implementing forest practices that store carbon.
In November 2020, Finite Carbon became a bp Launchpad portfolio company, which gives us access to significant resources to support our ambitious growth plans.
About the Role
As the Director of Forest Carbon Origination - Western Canada, you will support the development of Finite’s growing portfolio of forest offset projects. In this role, you will partner with a rapidly growing team of 26 employees, including 11 full-time foresters who provide technical expertise and implementation capabilities in both the United States and Canada. We service a wide range of clients including First Nations, land trusts, family forests, and institutional timber managers. Our solutions include project feasibility, inventory, modeling and documentation, verification oversight, timber-carbon decision support, and offset transactions. We pride ourselves on working as an advocate for these landowners and are committed to integrity and fair dealing in all our business interactions. We are seeking a like-minded individual who shares these same values to join us here at Finite Carbon.
What you’ll do
In this role you will partner with and support the origination team by building interpersonal relationships with forest landowners to help them understand their opportunities and evaluate their participation in compliance and voluntary carbon markets. You will assist in the transfer of inventory and GIS data for project feasibility and due diligence. You will help in the preparation and presentation of project proposals for new and existing clients. This position assists with the development and maintenance of company sales collateral including presentations, press releases, website, and social media. As Director, you will develop financial models for landowners to review potential revenue and long-term monitoring and maintenance costs.
You will travel as necessary to visit with new and existing clients, team meetings, and industry conferences.
Location: Philadelphia, PA or Tallahassee, FL strongly preferred, but remote candidates will also be considered.
About Finite Carbon
Fueled by a fundamental belief that forests are critical to mitigating climate change, Finite Carbon incentivizes the protection, restoration, and sustainable management of forests by connecting landowners to the global carbon market.
With a focus on scale, we have delivered more than $500 million to landowners who have made long-term commitments to sustainable forest management on more than 3 million acres since 2009. We aim to deliver a further $1 billion to landowners by 2030. Our recently announced web-based platform, CORE Carbon, leverages satellite data and machine learning to democratize the carbon market and empower small landowners, non-profits, and communities across the globe to receive payments for implementing forest practices that store carbon.
In November 2020, Finite Carbon became a bp Launchpad portfolio company, which gives us access to significant resources to support our ambitious growth plans.
About the Role
As the Director of Methodologies, your efforts will directly impact the strategy we will implement to successfully scale the use of carbon markets to regenerate and maintain healthy, productive forests across the world. We aim to create scalable and technology-enabled financing mechanisms to incentivize reforestation and restoration on landholdings as small as 10 hectares with maximum climate impact balanced with a deep respect for social justice and the promotion of biodiversity. The Director of Methodologies will guide the implementation of existing offset methodologies and develop new offset methodologies for this ambitious multi-disciplinary effort.
About Finite Carbon
Fueled by a fundamental belief that forests are critical to mitigating climate change, Finite Carbon incentivizes the protection, restoration, and sustainable management of forests by connecting landowners to the global carbon market.
With a focus on scale, we have delivered more than $500 million to landowners who have made long-term commitments to sustainable forest management on more than 3 million acres since 2009. We aim to deliver a further $1 billion to landowners by 2030. Our recently announced web-based platform, CORE Carbon, leverages satellite data and machine learning to democratize the carbon market and empower small landowners, non-profits, and communities across the globe to receive payments for implementing forest practices that store carbon.
In November 2020, Finite Carbon became a bp Launchpad portfolio company, which gives us access to significant resources to support our ambitious growth plans.
About the Role
As the Director of Global Reforestation Policy, your efforts will directly impact the strategy we will implement to successfully scale the use of carbon markets to fund reforestation and forest restoration globally and meet our goal of delivering $1 billion to small landowners, NGOs, and communities by 2030. We aim to create scalable and technology-enabled financing mechanisms to incentivize reforestation and restoration on landholdings as small as 10 hectares with maximum climate impact balanced with a deep respect for social justice and the promotion of biodiversity. The Director of Global Reforestation will guide policy, strategy, coordination, and outreach for this ambitious multi-disciplinary effort.
About Finite Carbon
Fueled by a fundamental belief that forests are critical to mitigating climate change, Finite Carbon incentivizes the protection, restoration, and sustainable management of forests by connecting landowners to the global carbon market.
With a focus on scale, we have delivered more than $500 million to landowners who have made long-term commitments to sustainable forest management on more than 3 million acres since 2009. We aim to deliver a further $1 billion to landowners by 2030. Our recently announced web-based platform, CORE Carbon, leverages satellite data and machine learning to democratize the carbon market and empower small landowners, non-profits, and communities across the globe to receive payments for implementing forest practices that store carbon.
In November 2020, Finite Carbon became a bp Launchpad portfolio company, which gives us access to significant resources to support our ambitious growth plans.
About the Role
We are building our internal engineering team and looking for an experienced , full stack Lead Software Engineer to build develop application solutions for the carbon offset market. This includes internal platforms used by Finite Carbon employees, as well as public-facing sites for users to create, submit, monitor, and maintain carbon offset projects. You will lead the development team using a standard technical framework as well as technologies such as Satellite Imagery, Forestry/Land Management concepts and geospatial data products. This role will also introduce best practices for software development processes such as testing, CI/CD and application security.
Fueled by a fundamental belief that forests are critical to mitigating climate change, Finite Carbon incentivizes the protection, restoration, and sustainable management of forests by connecting landowners to the global carbon market.
With a focus on scale, we have delivered more than $500 million to landowners who have made long-term commitments to sustainable forest management on more than 3 million acres since 2009. We aim to deliver a further $1 billion to landowners by 2030. Our recently announced web-based platform, CORE Carbon, leverages satellite data and machine learning to democratize the carbon market and empower small landowners, non-profits, and communities across the globe to receive payments for implementing forest practices that store carbon.
In November 2020, Finite Carbon became a bp Launchpad portfolio company, which gives us access to significant resources to support our ambitious growth plans.
About the role
We are looking for a machine learning engineer who is passionate about helping to fight climate change. This position will work on a small team of remote sensing experts to design and build advanced forest analytics that leverage remote sensing and field inventory datasets. You will partner with a diverse set of internal stakeholders to develop a tool to incentive forest conservation and biological carbon sequestration.
Finite Carbon is the leading developer and supplier of forest carbon offsets in North America with more than 3 million acres under carbon management.
Finite Carbon offers an entrepreneurial environment with the opportunity to learn with and from a team of forest and offset industry veterans and to participate in the success of the business. We have a wide range of clients including First Nations and Native American communities, environmental non-profits, families, forest investors, and forest products companies.
Finite Carbon are proud to work as an advocate on behalf of this diverse group of forest owners and stakeholders and are committed to integrity and fair dealing in all our business interactions. As such, we expect potential candidates to hold these same values in high regard.
We are a Launchpad portfolio company; Launchpad is bp’s business-builder and scale-up factory. Its mission is to build five billion dollars of Enterprise Value which tackle the dual energy challenge by 2025. This is no mean feat, and therefore it is ever critical to build the culture and teams in a company looking to achieve this ambitious goal.
The role:
As an NED on the Finite Carbon board, you will be part of a diverse and dynamic team enabling the business of enabling forest landowners to access carbon markets in the sustainability and biodiversity protection space.
Fueled by a fundamental belief that forests are critical to mitigating climate change, Finite Carbon incentivizes the protection, restoration, and sustainable management of forests by connecting landowners to the global carbon market.
With a focus on scale, we have delivered more than $500 million to landowners who have made long-term commitments to sustainable forest management on more than 3 million acres since 2009. We aim to deliver a further $1 billion to landowners by 2030. Our recently announced web-based platform, CORE Carbon, leverages satellite data and machine learning to democratize the carbon market and empower small landowners, non-profits, and communities across the globe to receive payments for implementing forest practices that store carbon.
In November 2020, Finite Carbon became a bp Launchpad portfolio company, which gives us access to significant resources to support our ambitious growth plans.
About the role
We are looking for a remote sensing scientist who is passionate about helping to fight climate change. This position will work on a small team of remote sensing experts to design and build advanced forest analytics that leverage remote sensing and field inventory datasets. You will partner with a diverse set of internal stakeholders to develop a tool to incentive forest conservation and biological carbon sequestration.