AI-Driven Litigation Workflow Engineer

Cozen O'Connor; Washington (District of Columbia); On-site; USD 120,000 - 180,000; Full time

Job summary

Cozen O'Connor in Washington, DC seeks a Legal Engineer - Litigation to turn litigation use cases into reliable, governed, and reusable AI-enabled workflows—designing prompts, agents, and retrieval pipelines; building evaluation sets and quality controls; and standing up production-ready solutions that meet the demands of legal work.

The ideal candidate pairs hands-on fluency with generative AI platforms and workflow tools with enough legal understanding to know what good looks like, where AI is

Qualifications

• 3-5 years of experience in legal practice or legal-technology roles.
• Hands-on AI build experience with AI workflows and agent development.
• Familiarity with retrieval-augmented generation concepts and evaluating outputs.

Responsibilities

• Design, build, test, and deploy AI workflows, agents, and skills for litigation use cases.
• Develop and maintain prompt libraries, retrieval pipelines, and reusable components with attorney-ready docs.
• Embed human-review checkpoints, guardrails, and audit mechanisms per governance and confidentiality.
• Partner with AI Innovation Attorneys and technologists to deliver reliable, scalable solutions.

Skills

AI workflow development

Prompt engineering

Legal-technology experience

Communication and collaboration

Ambiguity tolerance

Education

J.D. preferred

Tools

Microsoft Copilot

Harvey

CoCounsel

Claude

Job description

Cozen O'Connor in Washington, DC seeks a Legal Engineer - Litigation to turn litigation use cases into reliable, governed, and reusable AI-enabled workflows—designing prompts, agents, and retrieval pipelines; building evaluation sets and quality controls; and standing up production-ready solutions that meet the demands of legal work.

The ideal candidate pairs hands-on fluency with generative AI platforms and workflow tools with enough legal understanding to know what good looks like, where AI is