Date listed
1 week agoEmployment Type
Full timeFound on:
Triomics is building the agentic AI layer for oncology EHRs. Cancer hospitals spend billions on highly trained staff manually reading unstructured patient records - pathology reports, clinical notes, genomic panels - to power workflows like trial matching, registry curation, visit prep, and quality reporting. We replace that manual work with task-driven AI agents that sit inside the EMR and process records at scale, in real time.
Our platform is trusted by leading cancer centers including Memorial Sloan Kettering, Mount Sinai, and Yale Cancer Center. We have grown 10x in the last year and process millions of oncology medical documents monthly.
Our investors include Battery Ventures, Lightspeed, General Catalyst, Nexus Venture Partners, and Y Combinator.
We have live deployments at some of the best cancer centers in the world, and multiple products in production at scale.
We are looking for a Director of Engineering to own that. You will run all of product and platform engineering - the application teams behind the platform, infrastructure, and reliability function; and frontend. The engineering leads across these areas will report to you.
You will report to the CTO and take day-to-day ownership of how engineering plans, builds, ships, and operates.Your job is to raise the bar. This is not a hands-off role. You'll set technical direction, sit in design reviews, get into production incidents, and solve problems for strong senior engineers - while building the process, and standards that let a ~20-person team ship like a much larger one.
All engineering execution. Application engineering, platform and infrastructure, reliability, and frontend. You own what ships, when it ships, and how good it is.
Production reliability and quality. Our customers are clinicians making care and research decisions on our output. Every error erodes trust, and clinical users don't give second chances. Own the observability across multi-tenant deployments, catching pipeline failures and data-quality regressions before customers do, incident response, and a real testing and code-quality culture.
Customer go-lives. Onboarding a new cancer center is high-stakes. Make deployment to new customer environments - across multiple clouds and private/single-tenant setups, each with its own security and compliance requirements - fast, repeatable, and boring.
The engineering operating system. Planning and execution cadence, design and code review, release process, on-call, and the bar for what "done" means. Replace heroics and tribal knowledge with systems.
The team and the bar. Set leveling and promotion standards, run performance honestly, and hire across the org as we scale. Define the structure as the team grows from a handful of pods into a real engineering organization.
Partnership with ML and Product. Work with the ML team on serving, evaluation, and accuracy benchmarks, and with Product on turning strategy into reliable, shippable software.
Days 1–30: Learn the systems, the products, the team. Read the architecture and the code. Use every product. Look at raw extraction output against source documents and understand where the platform is fragile and why. Sit in on a customer deployment and a production incident. Meet every engineer, every lead, and the ML and product leadership. By the end of month one you should be able to name the three things most hurting reliability and delivery speed, and have a candid read on the strengths and gaps of the engineering team and its leads.
Days 30–60: Take ownership and set the operating system. Take over the day-to-day running of engineering from the CTO - planning, reviews, prioritization, and delivery accountability. Stand up the operating cadence: how teams plan and commit, how code and designs get reviewed, how releases ship, and how incidents are handled. Pick the single biggest reliability or delivery problem and personally drive it to a fix, so the team sees the new bar rather than just hearing about it.
Days 60–90: Show the bar moving and stand up the plan. Demonstrate measurable improvement on reliability and release quality, and a faster, more standardized path to customer go-live.
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