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AI Safety Argumentation Platform Research Engineer

futureof-life
Companyfutureof-life
CategoryEngineering
LocationAnywhere (Open Globally)
RemoteRemote
EmploymentNot stated
LevelNot stated
SalaryUSD 160k–210k
Posted23 May 2026
Last verified9 Aug 2026
SourceEmployer ATS (lever)
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Description
The case that AGI and ASI pose catastrophic risks is strong but poorly systematized: fragmented across literatures, inconsistently formalized, and vulnerable to motivated dismissal. CARMA is building an evidentiary infrastructure to fix this. It combines ontologies, knowledge graphs, defeasible argumentation frameworks, and LLM-assisted population pipelines under expert curation, feeding structured argument content into communications flows that reach policymakers, technical audiences, journalists, and the public. In this role, you'll develop and operate that system. You'll work where argumentation theory meets agentic AI tooling, building machinery that is both formally tractable and persuasive in practice, the epistemic backbone that will help stakeholders elucidate why good arguments for prospective expectations are good, and why bad arguments are bad. This position is 100% remote but requires occasional travel. About CARMA The Center for AI Risk Management & Alignment (CARMA) works to help society navigate the complex and potentially catastrophic risks arising from increasingly powerful AI systems. Our mission is specifically to lower the risks to humanity and the biosphere from transformative AI. We focus on grounding AI risk management in rigorous analysis, developing policy frameworks that squarely address AGI, advancing technical safety approaches, and fostering global perspectives on durable safety. Through these complementary approaches, CARMA aims to provide critical support to society for managing the outsized risks from advanced AI before they materialize. CARMA is a fiscally-sponsored project of Social & Environmental Entrepreneurs, Inc., a 501(c)(3) nonprofit public benefit corporation. Responsibilities Extend ontologies and knowledge graph schemas representing claims, evidence, argument structures, defeaters, and confidence Implement defeasible argumentation frameworks (e.g., ASPIC+, Dung-style, argumentation schemes) that capture both logical structure and vulnerability to rebuttal Operate and quality-control LLM-driven population pipelines, with cross-check scaffolds, provenance tracking, and human-in-the-loop curation Architect agent coordination patterns for multi-step research and population tasks, with robust error handling and graceful degradation Pre-harden argument structures by mapping the strongest counterarguments, steel-manned objections, and known defeaters Build export pipelines that translate structured argumentation into diverse communications formats across audiences and registers Maintain current awareness across AI safety, capabilities, and governance sufficient to know when new developments require graph updates, and to know where to find authoritative further detail Collaborate with communications staff and researchers to ensure outputs serve real persuasive needs Required Qualifications Working familiarity with formal or semi-formal argumentation theory (abstract or structured argumentation, defeasible reasoning, dialectical models, or argumentation schemes) Experience with ontology engineering or knowledge graph development (OWL/RDF, property graphs, or equivalent) Operational experience with LLM agent systems: agent coordination platforms, prompt engineering at scale, and QC regimes for LLM outputs (adversarial probing, consistency checks, calibration) Fluent vibecoding practice: rapid prototyping and shipping with LLM-assisted development in production-adjacent contexts Substantive grounding in AI safety, AI governance, and current frontier-AI dynamics, with the literacy to locate authoritative sources on any sub-topic or human expertise in the space Familiarity with philosophy of science concepts bearing on evidence: defeaters, burden of proof, inference to the best explanation, underdetermination Good coding skills; comfort with graph databases or query languages Experience designing cross-check and verification scaf