Senior Software Engineer, Full Stack

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Full Time Round Rock, TX, US

Job Purpose/Summary

The Senior Full Stack Software Engineer will provide hands‑on technical leadership for the design and delivery of intuitive, reliable web interfaces for our next‑generation data analytics platform. They will translate complex data‑management and operational workflows into clear, secure user experiences that help operators, analysts, data scientists, and administrators upload, inspect, ingest, organize, export, and monitor large telemetry datasets and model‑derived results.

Working closely with Product, backend and platform engineers, machine learning engineers, infrastructure engineers, and customer‑facing teams, the engineer will be a lead contributor to the frontend design process from intake of approved functional specifications through technical specification generation, implementation, verification, release, and production support. They will identify ambiguities and dependencies, design interfaces and components, resolve API and workflow decisions, and create durable documentation and design decision records.

This is a senior individual‑contributor role with no direct reports. The engineer will develop and maintain new and existing components, provide peer mentorship, and reinforce standards for code design, review, testing, accessibility, security, performance, and maintainability. Success in year one includes improving the quality and predictability of frontend delivery, reinforcing our repeatable functional‑to‑technical specification process, maintaining clear architectural records, and delivering production‑ready user experiences that operate reliably in cloud‑native and disconnected or air‑gapped environments.

Duties and Responsibilities

• Functional specification intake:
  Review functional specifications and product requirements for completeness, feasibility, user intent, acceptance criteria, edge cases, dependencies, and operational constraints; lead clarification with Product and stakeholders before implementation begins.
• Technical specification generation:
  Translate approved functional specifications into implementation‑ready frontend technical specifications covering user flows, routes, components, state, API interactions, permissions, error behavior, accessibility, performance, test strategy, rollout, and observability.
• Frontend code design:
  Define scalable application boundaries, component and state patterns, data‑access abstractions, failure‑handling behavior, and integration approaches that support maintainable delivery as the platform evolves.
• Design decision records:
  Create and maintain concise frontend engineering decision records that document context, alternatives, trade‑offs, selected approaches, consequences, and follow‑on work.
• Data upload and ingest workflows:
  Guide and implement input data management and ingest user experience flows.
• Data management workflows:
  Guide and implement data inspection, correlation, assignment, validation and export user experience flows.
• Telemetry and model‑output presentation:
  Define scalable interaction patterns for a variety of data categories, including telemetry, events, and entity property sets.
• API integration and contract alignment:
  Collaborate with backend engineers on versioned contracts and generated clients; identify interface gaps, define frontend‑facing semantics, and handle loading, retry, timeout, partial failure, authorization, and schema evolution.
• API mocking and parallel development:
  Establish realistic mocks, fixtures, contract tests, and development environments that allow frontend…