PLC Programmer (47877)

Job Description

Palmer Group is partnering with a forward-thinking organization to fill a key PLC Programmer role that drives innovation and operational excellence. This position serves as a vital technical resource, working closely with department managers to enhance both new and existing processes for greater capability, efficiency, and productivity. The ideal candidate will apply data-driven decision-making and root cause analysis to uncover opportunities for continuous improvement, supporting production teams in achieving measurable performance gains. With responsibilities spanning end-to-end project management—from concept to execution—this role ensures alignment with timelines, goals, and cross-functional collaboration. Apply now to be considered!

Work model:
On-Site
8:00 AM - 5:00 PM

What you will do:
Develop cost analyses and secure necessary approvals for capital investments and process enhancement initiatives
Lead the planning, scheduling, and execution of projects that deliver measurable improvements in safety, quality, productivity, and cost efficiency
Collaborate closely with department managers to champion continuous improvement efforts across operations
Apply data-driven insights and root cause analysis to identify performance gaps and implement lasting solutions
Promote a cooperative and inclusive team culture within a unionized environment
Serve as a technical advisor to enhance outcomes in safety, quality, productivity, and workplace organization
Work in partnership with maintenance and engineering teams to ensure seamless integration and standardization of new equipment and tooling

What you will need to be successful:
Bachelor’s degree in engineering or demonstrated experience in PLC programming; equivalent experience will be considered
Proven track record of leading technical projects with clear timelines, budget oversight, and cross-functional collaboration
Familiarity with ISO standards and methodologies such as Lean, Six Sigma, and root cause analysis
Skilled in using precision measuring tools, interpreting blueprints, and understanding general manufacturing workflows