Senior Staff Platform Engineer at Terzo

EducationPals; United States; Remote; USD 180,000 - 280,000; Full time

Job summary

Terzo is seeking a Senior Staff Platform Engineer to own and scale the infrastructure that underpins enterprise-grade document processing, real-time AI agents, and observability. This remote US-based role targets an individual contributor in the Engineering team, focused on reliability and orchestration across cloud environments.

The candidate will build and maintain data pipelines, deployment automation, and constraint-driven design to support production-grade systems for Fortune 500-scale

Qualifications

• Experience with platform-scale systems and reliability.
• Understanding of constraint-based design and coordination mechanisms.
• Ability to design scalable data pipelines and deployment workflows.

Responsibilities

• Own the infrastructure including cloud environments and compute orchestration.
• Develop constraint systems and automated validation within deployment pipelines.
• Coordinate with teams to enable ecosystem adoption of the platform.

Skills

Distributed systems

Cloud platforms

Observability

Data pipelines

API contracts

Tools

Container orchestration

ML infrastructure

Job description

Senior Staff Platform Engineer Platform Engineer Location: US - Remote Level: Senior Individual Contributor Team: Engineering The Opportunity Terzo's platform processes enterprise-scale document corpora, powers real-time AI agents, and serves the Financial Intelligence Graph to Fortune 500 customers who expect production-grade reliability. You will own the infrastructure that makes this possible including our cloud environments, data pipelines, compute orchestration, observability, and deploymen

Relevance is based on skills and concepts, not a guarantee that you qualify.

Coming-soon courses matched to this posting: outline, waitlist, and skill path.

1. Constraint Systems as Coordination Mechanisms

Understand how explicit constraints enable distributed teams to build complex systems without constant communication.

2. Anatomy of a Constraint Package

Break down the components that turn domain knowledge into enforceable design rules.

Learn the process of characterizing systems and encoding findings into actionable constraints.

4. Tool Integration and Automated Validation

Design constraint systems that integrate into development workflows and catch violations early.

5. Constraint Patterns in Software and ML Systems

Apply PDK principles to API contracts, deployment platforms, and ML infrastructure.

6. Ecosystem Coordination and External Adoption

Enable external teams to use your platform without deep internal knowledge transfer.

7. Building Your Own Constraint System

Apply the framework to your own platform, API, or hardware-software boundary.

Other verified postings in the same role family or with overlapping skills.