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Terra AI

AI platform for natural resource development

VP of Engineering

Engineering LeadershipConfirmed live in the last 24 hours
Full-timeRedwood City, CA, USA

About the Job

Requirements

  • Demonstrated experience personally maturing novel technical, algorithmic, or scientific capabilities from research or an early prototype into robust engineered systems deployed in real-world environments.
  • A track record of building a meaningful engineering function, including recruiting, team design, management practices, technical processes, and developing engineering leaders.
  • Deep software and systems architecture judgment across backend services, computational systems, interfaces, modularity, performance, reliability, and maintainability.
  • Experience working effectively at the boundary between research scientists or advanced algorithm teams and product engineering organizations.
  • Strong artificial intelligence and machine learning fluency, including probabilistic outputs, model limitations, training and inference constraints, and the practical challenges of deploying novel models; a research doctorate is not required.
  • Evidence of helping a technical capability and its supporting organization evolve through early versions rather than joining only after the system was mature.
  • Executive-level cross-functional communication and judgment, with the ability to collaborate credibly with Research, Product, Platform, customers, and technical partners.
  • Strong talent judgment and experience hiring engineers across machine learning systems, scientific computing, algorithmic software, data-intensive backend systems, or related disciplines.
  • A pragmatic, low-ego approach to ambiguity, technical quality, collaboration, and ownership.

Responsibilities

  • Build Terra AI’s technology-development organization, including early hiring, team design, leadership development, operating cadence, and clear interfaces with Research and Product.
  • Own software and systems architecture for research-derived capabilities, including backend decomposition, application programming interfaces, data flows, abstractions, interfaces, and reusable technical components.
  • Create a repeatable research-to-engineering maturation process with clear readiness criteria, technical milestones, validation, testing, documentation, and release standards.
  • Establish engineering rigor in benchmarking, automated testing, observability, failure-mode characterization, versioning, reliability, and maintainability.
  • Make pragmatic technical and economic tradeoffs across model quality, latency, compute, data requirements, deployment complexity, scalability, and ongoing operating cost.
  • Determine which capabilities should become reusable platform primitives and which should remain project-specific, avoiding unnecessary bespoke systems.
  • Translate uncertain research results into executable engineering programs with owners, dependencies, risks, milestones, and technical exit criteria without imposing false certainty on research and development.
  • Partner closely with research leaders to surface engineering constraints, inform research priorities, and identify the advances that unlock the most valuable next capabilities.
  • Partner with Product and Platform to define clear technical contracts and delivery standards so engineered capabilities can be integrated into enterprise products without rebuilding their foundations.
  • Remain a hands-on technical executive through architecture reviews, design decisions, technical mentorship, and engineering standards while building a durable leadership bench.

Desired Qualifications

  • Experience with technically novel scientific or physical-world systems—such as robotics, autonomy, simulation, computational biology, scientific artificial intelligence, or advanced modeling—is strongly preferred.

About the Company

Terra AI

AI platform for natural resource development

Terra AI uses AI systems to support decision-making in challenging natural resource projects. It provides an AI platform that models and optimizes complex mineral exploration and other resource development projects, helping users design faster, reduce capital costs, and improve energy and resource output. The core product is AI-driven decision-support tools that analyze subsurface data and project scenarios to mitigate subsurface risk, improve operational performance, and accelerate the energy transition. Terra AI differentiates itself by focusing specifically on critical resource development and subsurface risk in energy and mineral exploration, offering integrated AI models and optimization to guide design and execution from start to finish. The company’s goal is to help clients plan, design, and operate natural resource projects more efficiently and cost-effectively, advancing the energy transition and maximizing resource yields.

Company size
11-50
Company stage
Series A
Total funding
$23.3M
Headquarters
Redwood City, CA
Founded
2023

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