Certum Legal Solutions (CLS) is a pioneering legal managed services organization (MSO) that supports mass-tort and single-event personal injury law firms. We provide the operational infrastructure, technology, and back-office solutions that allow the firms on our platform to grow and scale while focusing on delivering industry-leading results for their clients. We are building a proprietary, AI-native system that will transform every dimension of how CLS and its platform firms operate. This system encompasses AI-powered agents to manage end-to-end workflows throughout the lifecycle of mass-tort and single-event personal-injury litigation matters, including back-office support functions such as HR, accounting and finance, and IT. This is a greenfield build on a modern stack, designed from Day 1 to be extensible and, eventually, productized for the broader legal services market. We are assembling a high-caliber team to build something that does not exist in this form anywhere in the legal industry. If you want to see your work directly transform a real business and believe AI is fundamentally reshaping professional services, this is the team to join. ABOUT THE ROLE The Applied AI/ML Engineer owns the intelligence layer of Project Interstellar: the infrastructure that extracts structured data for robust document intelligence, powers conversational voice agents, orchestrates multi-step task agents, and handles various other operational workflows. This is not a research role. It is an applied AI/ML engineering role focused on building production LLM systems that perform reliably at scale in a HIPAA-regulated environment. You will work directly with the Lead Backend Engineer to integrate AI capabilities into the platform architecture from the ground up. WHAT YOU WILL BUILD • Production-grade structured data extraction pipeline for complex, multi-page domain-specific documents: entity extraction, classification, confidence scoring, temporal sequencing, and calculated output generation • Model abstraction layer with task-based routing, enabling cost-optimized inference across workloads of varying complexity (from high-volume classification to deep multi-step reasoning) • Agent orchestration framework and tool registry enabling task-executing agents to receive natural language instructions, plan multi-step executions, and call platform services • Quality assurance agent layer: automated rubric-based verification of upstream agent outputs against defined accuracy and completeness standards • Training and evaluation agent system: interactive scenario simulation and competency assessment for platform operators • RAG layer over domain-specific internal knowledge bases, enabling intelligent lookup and context injection for operational agents
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Job Type
Full-time
Career Level
Senior
Education Level
No Education Listed