Senior AI Platform Architect

Veritone; Irvine (CA); On-site; USD 200,000 - 230,000; Full time

Job summary

Veritone is seeking a Principal Engineer in Irvine, CA to provide technical leadership and architectural direction for our AI-powered SaaS platform. You will drive scalable, secure software designs, mentor teams, and establish engineering best practices to support long-term growth.

You will own technical accountability, lead architectural decisions, and shape direction across teams, while delivering high-quality, refactorable code and championing robust design patterns.

Qualifications

• 10+ years of professional experience building high-performance, reliable systems.
• Design and implement services in multiple languages including Node.js and Go.
• Successful deployment of production code at scale.
• Proven ability to write maintainable code with unit tests and good design patterns.
• Familiarity with JavaScript, Node.js, Go, React.js, Elasticsearch, NSQ, GraphQL and Postgres.

Responsibilities

• Own technical accountability for systems and products, including scalability and uptime.
• Drive innovation through proofs of concept and better architectures.
• Shape technical direction across teams to ensure long-term scalability.
• Deliver optimized, refactorable software while contributing through coding and reviews.
• Influence engineering practices company-wide across multiple teams and units.

Skills

Node.js

Go

JavaScript

React.js

Distributed systems

Unit testing

Architecture design

Tools

Elasticsearch

NSQ

GraphQL

Postgres

Job description

Veritone is seeking a Principal Engineer in Irvine, CA to provide technical leadership and architectural direction for our AI-powered SaaS platform. You will drive scalable, secure software designs, mentor teams, and establish engineering best practices to support long-term growth.

You will own technical accountability, lead architectural decisions, and shape direction across teams, while delivering high-quality, refactorable code and championing robust design patterns.