Kai Marshland
Co-Founder And Chief Product Officer at WindBorne Systems
San Francisco Bay Area United States
Summary
👤
Senior🎓
Top SchoolKai Marshland is a product-driven engineering leader and climate-tech founder with 12 years of experience blending aerospace-grade systems, SaaS, and embedded development. As Co‑Founder and Chief Product Officer at WindBorne, he led the product vision that pairs record-breaking long-duration balloon hardware with AI weather models to fill critical gaps in atmospheric data. A Stanford CS graduate and Forbes 30 Under 30 alumnus, Kai cut his teeth building high-growth products from his teens at POWr and Carrotmob and later optimized orbit-determination and visualization systems at LeoLabs and flight software at SpaceX. He has deep hands-on experience across the stack—from full-stack microservices and large-scale data pipelines to low-power embedded improvements in the Tock RTOS—and a track record of shipping measurable efficiency gains. Known for teaching and scaling teams (e.g., authoring ~100k LOC at Stanford Student Space Initiative), he combines operator rigor with product intuition to bring ambitious climate and space projects to market.
11 years of coding experience
6 years of employment as a software developer
Master's degree Management Science and Engineering, Master's degree Management Science and Engineering at Stanford University
Stackoverflow
259reputation
12kreached
4answers
5questions
Github Skills (17)
microcontroller10
arm10
embedded10
rust10
rtc10
operating-system10
cortex-m9
nrf519
kernel9
iot8
macos6
ruby-on-rails6
heroku6
ssl6
id36
Programming languages (10)
Github contributions (5)
tock/tock
Oct 2016 - Nov 2016
A secure embedded operating system for microcontrollers
Role in this project:
Embedded Systems Engineer / IoT Developer
Embedded Systems Engineer / IoT DeveloperContributions:8 commits, 2 PRs, 1 comment in 1 month
Contributions summary:Kai primarily worked on integrating and optimizing the Tock operating system for the nRF51DK board. Their contributions involved switching the alarm functionality to utilize the RTC (Real-Time Clock) for improved power efficiency, demonstrating an understanding of low-power embedded systems design. They also addressed merge conflicts and cleaned up the RTC implementation by adding comments and refactoring functions, leading to more maintainable and readable code.
kernelcortex-mrisc-vsecurebare-metal
KMarshland/ChildrensHospitalApp
Jun 2014 - May 2015
Contributions:29 commits, 14 pushes in 11 months
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