PLC Programmer (47877)

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

• 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

• 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