Manufacturing Engineer; Automation & Robotics Programming Engineer Technician

Standex•Hayesville, OH

5d•Onsite

About The Position

Standex International is a global industrial growth company operating through our market-leading brands in electronics, cutting-edge forming technologies, engraving, and scientific refrigeration. We work with our customers to advance progress through innovation. From inventing and producing parts for next-generation space vehicles to evolving vaccine refrigeration, designing functional textures for everyday products, improving renewable energy technology, and much more, we are focused on making what’s next possible. We are seeking an Automation & Robotic Programming Engineer Technician to own and advance our automated manufacturing cells and CNC environments. In this role, you’ll design, program, and optimize robotics, PLC/HMI, and CNC automation to improve safety, quality, and throughput. The Automation & Robotic Programming Engineer Technician is responsible for the design, implementation, and continuous optimization of automated and robotic manufacturing machinery and CNC environments. This role is a key contributor to automation projects, develops and programs robotic and PLC/HMI systems, integrates new automation technologies, and ensures processes meet safety, quality, and efficiency objectives. The Automation & Robotic Programming Engineer Technician provides advanced technical expertise, drives process improvements, develops standard work, and collaborates cross-functionally with production, maintenance, and engineering teams to deliver scalable, high-performance automation solutions. This position is a full-time Salary-Exempt position, working on-site at the Hayesville, Ohio location. Hiring for 1 vacancy each on 1st and 2nd shifts, Monday-Friday 1st= 6am-230pm; 2nd= 230pm-11pm

Requirements

Associate’s degree or higher in Manufacturing, Engineering, Mechatronics or equivalent experience in Automation
5+ years of proven understanding and application of technical knowledge as it relates to automation systems, robotics, and Human-Machine Interfaces (HMI)
Proven competency in writing, reading, and editing multiple CNC program languages
Comprehension and practical application of Lean practices, Six Sigma, and Continual Improvement disciplines and practices
Proven ability to apply tooling maintenance, machining processes, and part quality standards to effectively troubleshoot automation and CNC issues

Nice To Haves

Bachelor’s degree preferred
Experience designing, implementing, and optimizing automation systems, robotic operations, and HMI interfacing in a machine/fabrication setting
Experience configuring PLCs, integrating automation, and implementing industry controls
“Growth-mindset” paired with Best Practices methodologies
Demonstrated ability to build effective relationships with personnel across all areas of business
Proficient usage of Microsoft Suite and ERP (Epicor)
Effective written, oral and presentation skills
Experience working in a Union environment a plus

Responsibilities

Prioritize safety practices and precautions for yourself and others, adhering to company and industry regulations and protocols
Apply technical expertise of automated and robotic equipment when configuring and commissioning advanced automated and robotic production systems, coordinating robotics, CNC machinery, tooling, and HMIs within a manufacturing environment.
Provide high-level technical support for automated cells, diagnosing and resolving complex controls, robotics, and automation issues in partnership with engineering, maintenance, and operations teams
Monitor automation and CNC system performance, analyze data, and implement changes to improve safety, quality, throughput, and reliability
Support tooling and fixture changes from an automation/controls perspective, ensuring proper integration and validation within the cell
Design, develop, modify, and optimize programs for robots, PLCs, HMIs, and CNC automation system
Contribute and support automation projects from concept through commissioning, including integration of new equipment, sensors, and technologies into existing cells
Develop and maintain standard work, process documentation, and best practices for automated and robotic systems
Collaborate cross-functionally with manufacturing engineering, maintenance, quality, and operations to support continuous improvement initiatives and new product introductions
Stay abreast of new and evolving technologies and processes applicable to operations
Develop a strong understanding of union procedures and negotiated agreements, and their practical application
The scope of the job may change as necessitated by business demands.