Lawyer

Turing is one of the world’s fastest-growing AI companies, pushing the boundaries of AI‑assisted software development. Our mission is to empower the next generation of AI systems to reason about and work with real‑world software repositories. You’ll be working at the intersection of software engineering, open‑source ecosystems, and frontier AI. Project Overview We’re advancing the frontier of AI by training large language models to think like skilled legal professionals. Our goal is to build high‑quality evaluation and training datasets that capture the real reasoning challenges lawyers and legal scholars face. Typical Day Review and evaluate model outputs on complex U.S. legal hypotheticals across multiple domains of law. Apply a structured legal rubric to assess accuracy, relevance, logical reasoning, and application of law. Identify gaps, edge cases, and reasoning blind spots — helping define new benchmarks for legal understanding in AI. Provide clear, consistent annotations and detailed feedback that directly improve model fine‑tuning and legal reasoning capabilities. Required Skills & Experience Juris Doctor (J.D.) from an accredited U.S. law school, with active or inactive Bar admission. 3+ years of experience practicing law or teaching at a U.S.-based law school. Proven ability to apply U.S. legal reasoning to complex, nuanced cases (hypothetical or real‑world). Strong foundational knowledge across multiple areas of U.S. law, including contracts, torts, criminal law, constitutional law, corporate law, and civil procedure. Exceptional attention to detail, precision, and consistency in evaluating and annotating legal work. Excellent written communication skills for delivering clear, high‑quality feedback. High ethical standards and the ability to handle sensitive legal information with confidentiality. Interest in AI and language models (LLMs) is a plus. Contract Details Commitment: Flexible engagement, minimum 10 hrs/week, up to 40 hrs/week. Type: Contractor (no medical/paid leave). Duration: 1 month with potential extensions based on performance and fit. Location: Denver, CO #J-18808-Ljbffr Turing