Temporary Process Engineer - Lean & OEE

Dyno Nobel, Inc.

Simsbury (CT)

On-site

USD 85,000 - 100,000

Full time

14 days+

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Benefits offered by this job

Medical benefits

Job summary

Dyno Nobel, Inc. in Simsbury, CT is seeking a Manufacturing Process Engineer to drive continuous improvement in the Electronics Department.

You will partner with site leadership, operations, and maintenance teams to identify opportunities, eliminate inefficiencies, and implement sustainable solutions that enhance safety, quality, and performance. You will lead initiatives to improve production processes, promote Zero Harm, ensure regulatory compliance, and collaborate with cross-functional teams

Qualifications

Bachelor's degree in Industrial Engineering, Manufacturing Engineering, Mechanical Engineering, Automation Engineering, Mechatronics Engineering, Electrical Engineering, Robotics Engineering, or related field.
3+ years of experience in manufacturing operations, process improvement, industrial engineering, or continuous improvement.
Experience applying Lean manufacturing, Six Sigma, OEE improvement, process optimization, or root cause analysis methodologies.

Responsibilities

Improve production processes, increase equipment effectiveness, and support operational excellence.
Demonstrate and promote a commitment to Zero Harm through safety leadership and behavior-based safety practices.
Ensure compliance with applicable HSE standards, company policies, and regulatory requirements.
Identify and implement manufacturing improvements to increase productivity, reduce waste, improve quality, and optimize operational performance.
Partner with site leadership to implement standard work, line balancing, workflow improvements, and bottleneck reduction initiatives.
Establish performance baselines, develop improvement targets, and optimize Overall Equipment Effectiveness (OEE).
Apply Lean manufacturing and continuous improvement methodologies to reduce waste, improve efficiency, and drive cost savings.
Conduct time studies, process analyses, material flow studies, and manufacturing layout evaluations to identify improvement opportunities.
Collect and analyze manufacturing data to identify root causes, develop solutions, and measure results.
Lead implementation of process improvements while establishing controls to sustain long-term results.
Collaborate with operations, maintenance, engineering teams, and contractors to implement improvements.
Identify and introduce innovative technologies and process improvements to enhance manufacturing capability.