Timber Technologist
CMU alumnus Merritt Jenkins is using robotics to restore forests across the country
By Kelly Rembold
袀鼻蹤獲 alumnus Merritt Jenkins needed to learn about the logging industry ��� and the West Coast was the place to do it. So in 2022, he and his wife moved from Boston to a small town on the edge of the Stanislaus National Forest in California.

Merritt is the chief executive officer and co-founder of , a startup that works to improve safety and productivity in forest management operations.
In California, he was able to conduct field research for Kodama���s site connectivity and teleoperation platforms. When used together, the platforms allow operators to control a logging skidder from a remote location and automate certain tasks in the logging process.
���I spent every day with a logging operation,��� says Merritt, a 2017 School of Computer Science graduate with a master���s degree in robotics. ���I started to understand how these operations are structured and built a thesis that there was an opportunity for teleoperation and autonomy.���
���I was learning a lot about environmental problems and not a lot about the solutions to those problems. So at the very beginning of my senior year, I accelerated my classes and added on a second major.���
Early Learning
Merritt grew up in the suburbs of Philadelphia, but spent his summers exploring the outdoors in the Endless Mountain region of Pennsylvania.
���I think it was hardwired in me from birth,��� he says. ���My favorite activity as a kid was digging in the dirt. I just loved being outside.���
In seventh grade, he received a gift that set him up for his future career.
���My mom gave me an Army survival handbook for my birthday,��� he says. ���That became like my bible for a while.���
Merritt���s love of the outdoors led him to Dartmouth College, where he received dual bachelor���s degrees in environmental studies and mechanical engineering, a last-minute addition to his education.
���I was learning a lot about environmental problems and not a lot about the solutions to those problems,��� he says. ���So at the very beginning of my senior year, I accelerated my classes and added on a second major.���
���I was investigating sectors that intersect with climate change but don't get a lot of attention right now. That's where I stumbled upon forest management and realized it���s a sector of agriculture few roboticists are paying attention to and it's a hundred-billion-dollar market in the world.���
Robotics Roadmap
After graduating from Dartmouth, Merritt took a job as a mechanical engineer at QBotix, a robotics firm focused on actuating solar panels. He enjoyed it so much that he decided to pursue a master���s degree in robotics.
���I got drawn into robotics and worked there for almost three years,��� he says. ���I had amazing mentorship and that's what motivated me to go to grad school.���
Merritt was accepted to CMU���s robotics program, where the roots for Kodama began to grow.
He was matched with Research Professor George Kantor, who required his students to build a robot and operate it in the field. Merritt and his lab partner developed a robot to automate phenotyping of sorghum and spent two summers in South Carolina testing it.
���It was a good experience in the hybrid of academia,��� he says. ���We were doing real research, building up 3D models of plants using stereo vision. I was extracting and identifying sorghum stalks. We were applying machine learning to it.���
That experience had a powerful impact on his career.
���It was my true introduction to agricultural robotics, and I've been in that space for the past decade,��� he says. ���In that decade, I've seen a ramp-up in the number of startups and the amount of funding exits in the agricultural robotics space. And I've wanted to start a company for a while. It���s been a goal of mine.���
He enrolled at the MIT Sloan School of Management, where he received an MBA and took the first steps toward starting Kodama.
���I was investigating sectors that intersect with climate change but don't get a lot of attention right now,��� he says. ���That's where I stumbled upon forest management and realized it���s a sector of agriculture few roboticists are paying attention to and it's a hundred-billion-dollar market in the world.���
He connected with two venture capital firms, and Kodama Systems began to grow.
���The No. 1 problem I heard from all of these loggers is that it���s a struggle to find reliable labor. There are half as many loggers today as there were 20 years ago.���
Futuristic Forestry
Back in California, Merritt got a closer look at the daily challenges faced by loggers.
Logging mitigates wildfire risks by removing hazardous and excessive growth from targeted areas.
Loggers spend 10 to 12 hours a day operating heavy machinery, and can travel up to three hours round-trip to reach job sites in remote locations. It���s physically demanding and reported to be the most dangerous job in the country.
���The No. 1 problem I heard from all of these loggers is that it���s a struggle to find reliable labor,��� Merritt says. ���There are half as many loggers today as there were 20 years ago.���
After learning about these challenges, Merritt knew Kodama was on the right track with its vision.
���On the technical side, forestry is not the easiest sector for teleoperation,��� he says. ���But it creates a ton of value for the customer, so that's why we've chosen to focus on it.���