Engineering Manager – Foundational Data Systems for AI

Location: Downtown Mountain View CA (office-based 5 days/week)
Team: Foundational Data Systems

We’re hiring an Engineering Manager (Hands-on TLM) to lead Granica’s Foundational Data Systems—the core infrastructure layer that everything else depends on.

You’ll lead a globally distributed team of ~15–20 senior engineers across the US India and Canada with direct ownership of long-lived systems spanning storage metadata and distributed compute.

This is not a people-only management role. It is a hands-on technical leadership position requiring regular participation in architecture reviews system design debugging complex distributed systems issues and occasional coding.

You will help design and operate the core infrastructure behind Granica’s open-table data systems working with formats such as Apache Iceberg Delta Lake and Parquet.

Deep experience with open table formats and their internals—including metadata layers transaction commits compaction schema evolution and table maintenance—is strongly preferred.

The systems this team builds determine whether Granica can translate cutting-edge research into reliable products and whether our customers can trust the data foundations their analytics and AI workloads depend on.

This role is ideal for a technically strong leader who enjoys building teams designing durable distributed systems and operating infrastructure that must be correct and efficient at enterprise scale.

Modern AI and analytics systems are constrained less by models and more by the inefficiency and fragility of the data infrastructure beneath them.

Redundant data layouts brittle metadata layers and expensive execution paths translate directly into:

• higher infrastructure costs

• slower iteration cycles

• operational fragility

Granica’s mission is to remove that inefficiency at the foundation.

We design self-optimizing data systems that continuously reorganize compress and maintain structured data so it remains efficient reliable and reversible as it evolves.

These systems serve as the durable substrate for analytics automation and AI workloads—where correctness provenance and governance are non-negotiable.

This team works closely with Granica’s Research group led by Prof. Andrea Montanari (Stanford) translating advances in information theory and learning efficiency into production-grade distributed systems.

We believe the next major step forward will come not from larger models but from better systems and better data.

• Lead mentor and grow a senior engineering team across multiple geographies

• Own hiring onboarding and career development in a high-bar engineering culture

• Create clarity and accountability across a large senior organization operating in ambiguity

Set technical direction through design reviews RFCs and principled architectural trade-offs.

Remain deeply involved in architecture and system design decisions.

Own the evolution of foundational systems including:

• Table maintenance and data layout optimization

• Metadata services and transaction management

• Schema evolution and versioning

• Distributed compute orchestration

• Reliability observability and operational tooling

These systems operate on petabyte-scale datasets and must meet strict requirements for correctness durability and efficiency.

• Translate strategy into execution through clear roadmaps and milestones

• Establish engineering standards for correctness reliability and cost efficiency

• Lead incident response postmortems and system improvements

• Operate infrastructure where correctness and durability are critical

• Work closely with Research Applied Systems Product and Infrastructure teams

• Help move ideas from theory to production while preserving system integrity

• Act as a technical and organizational bridge between research and engineering

• 7+ years of experience in backend infrastructure or distributed systems engineering

• 2+ years leading engineering teams or large multi-person technical initiatives

• Strong system design experience across distributed compute storage or data platforms

• Experience building or operating large-scale data infrastructure systems

Hands-on experience with one or more open table formats such as:

• Apache Iceberg

• Delta Lake

• Apache Hudi

• or similar table-layer technologies

Understanding of table format internals such as:

• metadata layers and manifests

• snapshot / transaction commit models

• file compaction and table optimization

• schema evolution and partitioning strategies

Experience working with distributed compute frameworks such as:

• Spark

• Trino / Presto

• Flink

• Ray

Strong programming ability in Go Java Scala or Python

Comfort operating as a hands-on engineering leader (~30–40% technical) while managing a team.

• Experience building data lakehouse platforms

• Experience working on table format implementations or metadata services

• Experience operating systems at petabyte-scale data volumes

• Experience partnering closely with research or ML infrastructure teams

• Experience scaling engineering teams in fast-moving high-ambiguity environments

Location: Downtown Mountain View CA
Work model: Office-based five days per week
Team size: ~15–20 engineers across the US & India

• Competitive salary meaningful equity and substantial bonus for top performers

• Flexible time off plus comprehensive health coverage for you and your family

• Support for research publication and deep technical exploration

At Granica you will shape the fundamental infrastructure that makes intelligence itself efficient structured and enduring. Join us to build the foundational data systems that power the future of enterprise AI!

What We Do

Our mission is to remove inefficiency from the foundation of AI. By combining new research in information theory probabilistic modeling and distributed systems we’re creating self-optimizing data infrastructure that continuously improves how information is represented and used by intelligent systems.

Why Work With Us

We’re a tight-knit team combining --> * Fundamental research in compression data systems and information theory* World-class systems engineering across storage infrastructure and research led by our Chief Scientist & Stanford Prof. Andrea Montanari* A shared obsession with performance scale and clean design

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