Terranova

This is a general application for candidates interested in future openings across engineering, operations, design, and manufacturing. You'll be considered for roles that match your skills and experience as positions become available.

You'll own **electrical design** and **controls integration** for large-scale robotic systems that operate in demanding environments. Your work will enable **climate resilience** and infrastructure protection. This role offers hands-on field deployment and iterative improvement based on real-world data.

You'll develop algorithms for **intelligent robotic systems** that reshape land and protect infrastructure. You'll design and tune controllers while **bridging classical control with modern machine learning**. This role offers the chance to work on **real, physical, civilization-scale projects** in climate resilience.

You'll own mechanical design of large-scale industrial systems for climate resilience. You'll lead projects from concept through field deployment. Expect to be **hands-on** in the factory and field alongside technicians.

You'll own the mechanical design of large-scale robotic systems **terraform the Earth** for climate resilience and defense. You'll lead projects from concept through field deployment, driving failure analysis and iterative improvement. This role offers hands-on work in a fast-paced startup building **real, physical, civilization-scale machines**.

You'll develop **intelligent controllers** for **robotic systems** that reshape the Earth for climate resilience. You'll design and tune algorithms, build dynamic models, and integrate perception with ML to make machines move adaptively.

You'll develop and debug embedded firmware for **STM32/ESP32/RP2040** microcontrollers, designing mixed-signal PCBs and integrating sensors, radios, and power electronics. Your work will directly support **climate resilience and disaster recovery** systems that reshape the physical world.

You'll lead Terranova's growth pipeline, building relationships with construction primes and government agencies. Your core impact is translating large opportunities into executable projects. This role offers the chance to reshape the world with **civilization-scale robotic systems** for climate resilience and **infrastructure hardening**.

You'll join a team building intelligent robotic systems for climate resilience. You'll own electrical and firmware design for large-scale robots deployed in demanding environments. This role offers hands-on work on **real-world hardware** that literally reshapes the earth.