About the job
About Us
At Foundry Robotics, we are pioneering an AI-driven, assembly-centric contract manufacturing model. Our approach integrates software-defined manufacturing, where both robots and humans collaborate to achieve tangible production outcomes.
Our unique value proposition transcends simple models; we deliver a powerful software infrastructure that converts:
Orders into Schedules
Schedules into Work Instructions
Work into Telemetry
Telemetry into Continuous Improvement of Throughput, Quality, and Cost
This position is focused on senior software engineering, specifically in creating the cloud and on-premises systems that operate the factory, alongside the data architecture that ensures these systems are observable, reliable, and scalable.
Please note, we are also recruiting Robotics Research Engineers separately; this role is distinct from that.
The Role
We are in search of a Senior Software Engineer (Individual Contributor) to develop the backend systems and infrastructure that will drive the factory of the future.
Your responsibilities will include designing and implementing:
Cloud-based backend systems
On-premises factory services
Embedded-to-cloud data flows
Petabyte-scale visual data pipelines
Machine learning infrastructure across diverse computational environments
You will be tasked with creating production systems that remain operational in challenging conditions, such as noisy factories, unreliable connectivity, and the real costs associated with downtime.
This is a practical engineering role where you will be expected to deliver tangible results.
Key Responsibilities
Cloud & On-Prem Architecture
Develop and sustain a cloud-based backend for planning, scheduling, execution, inventory management, traceability, and telemetry
Design architectures that span embedded, on-premises, and cloud systems across multiple compute environments
Implement infrastructure-as-code principles using Terraform
Ensure secure and reliable data transfer between the factory floor and the cloud
ML Infrastructure & Data Systems
Establish petabyte-scale visual data pipelines for the ingestion, curation, indexing, and preparation of manufacturing data

