20236 - MES Analyst III

MES System Analyst III

Location - Savannah, GA

CBU: HMGMA Company Overview**

Hyundai AutoEver America (HAEA) is the dynamic IT powerhouse behind Hyundai Motor Corporation, a Fortune 500 global leader in the automotive industry. As a key affiliate, we provide cutting-edge IT services and support to top brands including Kia, Genesis, Hyundai Translead, Hyundai Mobis, Hyundai Capital, and Glovis.

HAEA offers a truly global and collaborative environment. Here, you’ll drive innovation, boost operational efficiency, and help shape the future of mobility for the Hyundai Motor Group.

At HAEA, we understand that IT is the cornerstone of today’s fast-evolving digital world. By uniting all IT resources under one roof, we deliver consistent, top-quality solutions while serving as the crucial information link between Hyundai’s Global Headquarters and North American operations.

If you’re passionate about technology and eager to make a real impact at a world-class company, Hyundai AutoEver America is the place to grow your career. Join us and be part of the transformation that’s driving the future of automotive innovation.

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Role Overview

We seek a skilled and enthusiastic individual to join our dynamic IT team as a "MES System Analyst III." The MES (Manufacturing Execution System) System Analyst III is pivotal in designing, developing, implementing, and maintaining MES solutions within a manufacturing environment. MES System Analyst III bridges the gap between information technology (IT) and manufacturing operations to ensure efficient and effective production processes.

Your primary focus will involve implementing, maintaining, and optimizing a company's MES software and processes within a manufacturing environment.

Analyzes, acquires, installs, modifies, and supports operating systems, databases, utilities, and Internet/intranet-related tools. Conducts systems programming and systems support activities, such as new or revised program language codes, processing routines, and report generators.
Monitors effective language codes, processing routines, hardware use, and database management techniques. Modifies maintains, and updates software, such as compilers, link editors, assemblers, OEM utilities, JCL, macros, and subroutines. Develops and reviews operator and control instructions. Prepares and conducts system and programming tests requiring hardware and software interfacing. Conducts programming tasks, including program design, coding, debugging, and documentation. As directed, prepares feasibility studies and designs tests to determine operating characteristics of software.

Key Responsibilities - Develop software for monitoring shops: Collaborate with stakeholders to design, develop, and deploy shop monitoring software applications that provide real-time insights into manufacturing processes, facilitating data-driven decision-making.

• Develop software to work with current MES systems to add or enhance functionality: Identify opportunities to extend the capabilities of existing MES systems through software development, ensuring seamless integration and improved functionality.
• Install hardware and software: Lead the installation and configuration of hardware and software components required for MES solutions, ensuring proper setup and compatibility.
• Maintain and install equipment and configurations for the MES network: Continuously monitor and maintain the MES network infrastructure, including equipment and configurations, to ensure optimal performance and reliability.
• Develop and maintain secondary software for environmental data gathering and Assembly repair reports: Create and maintain specialized software applications for collecting environmental data and generating assembly repair reports, contributing to comprehensive data analysis and reporting.
• Perform purchasing duties for hardware, software, and services to complete tasks/projects: Engage in procurement activities to acquire necessary hardware, software licenses, and services required for MES-related projects, ensuring timely completion.
• Maintain assigned systems within MES: Regularly update and manage the designated MES systems, applying patches, upgrades, and enhancements to ensure consistent performance.
• Ensure systems are running smoothly: Monitor the operational status of MES systems, proactively addressing any performance or availability issues to minimize disruptions.
• Troubleshoot root causes of system issues: Investigate and diagnose the underlying causes, applying technical expertise to resolve problems and prevent recurrence.
• Install hardware and software for enhancements to existing systems: Lead the implementation of hardware and software upgrades or improvements to improve the functionality and efficiency of existing MES systems.
• Run reports for customers for data in assigned systems: Extract and compile data from MES systems to generate customer reports, supporting data analysis and decision-making processes.
• Create procedures and documentation for the MES: Develop comprehensive procedures and document the setup, configuration, and operation of MES systems, ensuring standardization and knowledge sharing.
• Train MES Technicians and Users: Provide training sessions to MES technicians and end-users, equipping them with the necessary skills to utilize MES systems effectively.
• Communicate with Clients to meet the organization's needs: Maintain effective communication, understand their requirements, and align MES solutions to meet their strategic objectives.
• The System Analyst III is responsible for system accuracy and stability during production: Assume responsibility for ensuring the accuracy, stability, and reliability of MES systems, especially during critical production phases, to support seamless manufacturing operations.
• Design and implement Kubernetes clusters that are scalable, highly available, and secure.
• Develop and maintain automation scripts for provisioning, scaling, and managing Kubernetes environments.

Basic Qualifications :
Bachelor's Degree or equivalent experience
Minimum 5+ years’ experience in the IT field.- Ability to work overtime.

• Certifications Preferred: A+, Microsoft Certifications (MCPD, MCITP, MCTS)
• Proficiency with Microsoft Office
• Excellent Analytical Skills and problem-solving skills
• Good documentation skills
• Software: Vue 3.X, Java 17.X, Springboot 2.7.X, .Net Framework 4.8, NginX, Tomcat, ASP.NET, C#
• Database/OS: Maria DB and Tibero, Oracle 11g, SQL server knowledge, Application Server (Windows and Linux), RHEL 9.X., RedHat, Debian, Amazon Linux, Rocky Linux, Ubuntu.
• Intermediate/Advanced proficiency in performing coding utilizing C#, ASP.net, HTML5, and WinForms
• Basic knowledge of PLC (Programmable Logical Controller)
• Intermediate/Advanced knowledge of business processes related to MES.
• Primary SME (Subject Matter Expert) to the assigned shop
• Strong understanding of Kubernetes architecture, API, and ecosystem tools (e.g., Helm, Kustomize).
• Proficiency in automation and scripting languages (e.g., Bash, Python).
• K8S – Kubernetes reporting knowledge is a plus

Preferred Qualifications :
Any Certifications below are a plus.- Certified Manufacturing Technology Professional (CMfgT): Offered by the Society of Manufacturing Engineers (SME), this certification validates proficiency in manufacturing technologies and practices. It demonstrates an understanding of critical manufacturing systems, operations, and process optimization concepts, which are highly relevant to an MES System Analyst's role.

• Certified in Production and Inventory Management (CPIM): Provided by APICS (The Association for Operations Management), this certification focuses on supply chain management, including production planning, inventory control, and materials management. It can be valuable for a MES System Analyst III to work on optimizing manufacturing processes within the automotive industry.
• ISA-95 Certificate Program: This certification, offered by the International Society of Automation (ISA), focuses on the ISA-95 standard, which addresses integrating enterprise and control systems. It's particularly relevant for professionals implementing MES