Part-Time PHP Engineer — Change-Driven & Stock Options

Energy Innovation Corp; Boise (ID); Presencial; USD 55.000 - 78.000; A tiempo parcial

Ventajas ofrecidas por este puesto de trabajo

Stock options

Learning budgets

Weekly coaching

Descripción de la vacante

DataFlow Systems is seeking a PHP Developer for a Boise, Idaho-based, part-time role. You will tackle legacy Cypress modules, migrate on-premise services to cloud-native architectures, and drive fault-tolerant distributed systems with Flask.

Strong attention to detail and regulatory awareness are valued as you ship fixes for Boise-based customers. The position offers a competitive $55,000–$78,000 salary range with stock options, learning budgets, and weekly coaching in a dynamic, autonomy-driven

Formación

• Experience with PHP development and modern PHP frameworks.
• Attention to detail demonstrated in testing or QA work.
• Familiarity with distributed systems and cloud migrations.

Responsabilidades

• Refactor legacy Cypress modules to cleaner state.
• Architect fault-tolerant distributed systems using Flask and Change Management.
• Lead Cypress design reviews to catch costly mistakes in Boise, ID builds.
• Support migration of on-premise services to cloud-native architecture.
• Identify bottlenecks and propose architectural improvements.
• Ship Spring Boot fixes to DataFlow Systems customers in Boise, ID the same day they report them.

Conocimientos

PHP Development

Attention to Detail

Distributed Systems

Herramientas

Flask

Cypress

Selenium

Spring Boot

Descripción del empleo

DataFlow Systems is seeking a PHP Developer for a Boise, Idaho-based, part-time role. You will tackle legacy Cypress modules, migrate on-premise services to cloud-native architectures, and drive fault-tolerant distributed systems with Flask.

Strong attention to detail and regulatory awareness are valued as you ship fixes for Boise-based customers. The position offers a competitive $55,000–$78,000 salary range with stock options, learning budgets, and weekly coaching in a dynamic, autonomy-driven