MES Software Engineer

Absolics Inc•Covington, GA

2h•$70,000 - $100,000•Onsite

About The Position

MES Software Engineer, responsible for designing, developing, and maintaining manufacturing automation software that orchestrates production scenarios across process, inspection, and measurement equipment. The role covers scenario design for both normal and abnormal events, process-logic and interface development (equipment control, logistics, and Lot dispatching) and ongoing system stability/enhancement work. The engineer also helps define development standards and architecture around shared components (middleware, databases, frameworks) with preference for candidates who have manufacturing/domain knowledge and at least 1 year of semiconductor-related software experience.

Requirements

Basic knowledge of manufacturing processes and production automation environments
Proficiency in Linux, Java, Spring Boot, and Oracle SQL
Experience with MES LOT and EQP tracking features
Strong interpersonal and collaboration skills for cross-functional teamwork
Strong safety and quality mindset in development and daily operations

Nice To Haves

Experience with messaging middleware/interfaces such as Solace PubSub + , Rabbit MQ , Tib RV or similar systems
Experience developing AI Agents
Strong ability to leverage AI tools to improve development productivity and quality
Experience with CI/CD including Jenkins, Gitlab, Gitlab runner, Nexus
Experience with Vue.js and React (preferred)
Ability to communicate in Korean (preferred)

Responsibilities

Manage development of Production Automation System (WFS), including feature scenario design, implementation and delivery aligned with manufacturing process requirements.
Oversee automated production status and provide first-line operational response for system issue on manufacturing line
Maintain and enhance system stability through bug fixes, complementary logic development and continuous improvement of existing features
Support user-facing statistics and AI-based quality analysis systems, including software utilization and operational enablement for line users.
Troubleshoot system errors, analyze root causes, and design corrective or preventive features to improve reliability.
Define system enhancement items and development standards to ensure consistent coding practices and effective collaboration among developers.
Design and maintain robust system architecture and shared components (middleware, database, frameworks), including reliability monitoring.
Apply test-driven development practices and validate scenarios through thorough testing to ensure reliable automation control.
Utilize AI-assisted development tools to improve productivity while maintaining code quality, standards, and system safety.
Provide technical support for common system functions and facilitate collaboration across teams for standard activities and interface integration.