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Theta is seeking a senior engineering lead to own the engineering roadmap and to lead the data science team in scaling model deployments for client engagements. You’ll set technical direction, resolve delivery challenges, and collaborate with client engineering teams.
Our stack is R-based with performance-critical modeling in C++. You’ll extend and scale this foundation, architect reliable execution across cloud environments, and guide the team toward robust, automated solutions.
Location: US, Remote
Theta is a predictive customer value analytics firm that helps companies and private equity investors understand what their customers are worth and use that insight to make better growth and investment decisions. Co-founded by Peter Fader and Daniel McCarthy, world-renowned experts in customer valuation, we’ve applied our models across hundreds of companies spanning a wide range of industries. Our core offerings include predictive customer lifetime value (CLV) and Customer-Based Corporate Valuation, both powered by our proprietary model, CLV Ultra.
Today we’re a small, experienced team delivering this work through client engagements. We’ve built internal tooling for data ingestion, profiling, pipeline orchestration, and compute, alongside early AI agent-based systems that support data preparation and modeling. These systems give us a working foundation to build on.
The next stage is scale: running thousands of models per engagement, working with client engineering teams to deploy in their own environments, and developing reliable AI-assisted workflows that reduce manual work. The opportunity is to shape how Theta delivers its models at scale while keeping the systems practical for the data scientists and clients who use them.
You’ll lead that next stage, owning Theta’s engineering and leading our data science team, with most of your time spent building. You’ll set technical direction, help the team resolve difficult delivery problems, and work with clients’ technical teams.
Our modeling and automation stack runs in R, with performance-critical modeling code in C++. Your job is to extend and scale that foundation.
We’re looking for someone with deep engineering skills and the curiosity and judgment to work across the rest.