techholding

Senior Software Architect (Systems & Network Architecture) – Contract (Hybrid)

Apply Now

At a Glance

Location
Los Angeles, California, United States
Experience
7+ years
Posted
2026-03-12T15:02:00-04:00

Key Requirements

Domain Knowledge

  • Engineering

Requirements

7+ years of experience in solutions architecture, systems architecture, or infrastructure architecture roles

Strong understanding of enterprise application architectures and distributed systems

Experience analyzing and documenting existing systems and infrastructure environments

Familiarity with network architecture concepts including service communication patterns, traffic flows, and system dependencies

Experience creating architecture diagrams and technical documentation for complex systems

Strong analytical and troubleshooting skills with the ability to quickly understand unfamiliar environments

Responsibilities

We are seeking an experienced Solutions Architect, for a project based assignment, to help analyze and document the architecture of existing enterprise applications within a complex technology environment. In this role, you will reverse engineer current systems to produce clear, high-level architectural documentation including application interactions, data flows, network topology, and infrastructure dependencies.

This position is ideal for an architect who enjoys digging into existing systems, understanding how they operate in production, and translating that understanding into clear architectural diagrams and documentation that can guide future modernization, scaling, and operational improvements.

You will work closely with engineering, infrastructure, and platform teams to assess system design, identify service dependencies, and document capacity requirements and service design considerations across the environment.

Reverse engineer existing enterprise applications to understand system architecture and operational dependencies

Produce high-level architecture documentation including system diagrams, data flows, and network flows