Princeton Day School · 4 days ago

Industrial Engineering

Merritt Island, FL

Full-time

Hybrid

Entry, Mid Level

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EducationHigher Education

Insider Connection @Princeton Day School

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Responsibilities

Lead manufacturing-related projects

Lead operations improvement - ergonomic & human factor, operations plans, recovery planning, capacity planning and capital planning

Provide production support - scheduling, theory of constraint, budget & forecast, crew empowerment, defect analysis, core competency definition, make/buy evaluation, benchmarking analysis

Identify and prioritize process improvement project - lean manufacturing, engineering economic analysis, process mapping, root cause analysis, statistical methods, six sigma and time studies

Facilitate system integration - Value Stream Analysis, Facility Layouts, Production Systems Design, Manufacturing Process Design, Systems Thinking, Facilities Planning, and Requirements

Qualification

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Manufacturing System DevelopmentLean TechniquesProcess ImplementationMonitoringInspectionOperations ImprovementErgonomic & Human FactorOperations PlansRecovery PlanningCapacity PlanningCapital PlanningProduction SupportSchedulingTheory of ConstraintBudget & ForecastCrew EmpowermentDefect AnalysisCore Competency DefinitionMake/Buy EvaluationBenchmarking AnalysisProcess Improvement ProjectsEngineering Economic AnalysisProcess MappingRoot Cause AnalysisStatistical MethodsSix SigmaTime StudiesSystem IntegrationValue Stream AnalysisFacility Layouts

Required

Bachelor’s degree in Industrial Engineering or related field

Experience in manufacturing system development and coordination

Knowledge of Lean techniques

Experience in process implementation, monitoring, and inspection

Strong desire to continuously learn and improve

Experience in leading manufacturing-related projects

Experience in operations improvement including ergonomic & human factor, operations plans, recovery planning, capacity planning, and capital planning

Experience in production support such as scheduling, theory of constraint, budget & forecast, crew empowerment, defect analysis, core competency definition, make/buy evaluation, and benchmarking analysis

Experience in identifying and prioritizing process improvement projects using lean manufacturing, engineering economic analysis, process mapping, root cause analysis, statistical methods, six sigma, and time studies

Experience in facilitating system integration including Value Stream Analysis, Facility Layouts, Production Systems Design, Manufacturing Process Design, Systems Thinking, Facilities Planning, and Requirements