Head of AI Engineering & Enablement
Tebra is seeking a hands-on leader for the Head of AI Engineering & Enablement role, focusing on enhancing internal operations through AI integration. This position involves building a small team of one to two engineers and collaborating with functional leaders to re-engineer workflows and processes. The role emphasizes delivering operational efficiency and scalability as the company approaches $300 million in annual recurring revenue.
Key responsibilities include identifying high-impact AI use cases across the organization, auditing and re-engineering business processes, and developing an AI opportunity roadmap in partnership with functional leaders. The role also involves designing and building internal agents and automations, establishing AI governance frameworks, and ensuring compliance with data privacy and security policies. Additionally, the leader will enable various functions by coaching AI owners, running enablement programs, and evaluating emerging AI tools and methodologies.
Candidates should have over eight years of experience in software engineering, applied AI, or technical product roles, with a strong background in hands-on development and production systems. A solid engineering foundation is essential, with the ability to read and write code and ship production systems. Experience in AI strategy, process re-engineering, and cross-functional collaboration is highly valued.
While specific compensation details are not provided, Tebra offers a comprehensive benefits package, including health insurance, flexible paid time off, and parental leave. The company fosters a culture of innovation and excellence, providing opportunities for professional growth and development.
Joining Tebra means becoming part of a dynamic team dedicated to modernizing healthcare practices. The company values technical expertise, strategic thinking, and a hands-on approach to problem-solving. This role offers the opportunity to make a significant impact on the company's growth and operational efficiency.