Industrial Engineer

** The Scharine Group Inc is a leading manufacturer of custom material handling equipment located in Whitewater, Wisconsin. We are seeking a highly motivated and skilled Industrial Engineer to join our team.
** Role Summary The Industrial Engineer will analyze, design, and optimize operational systems to improve productivity, reduce waste, and enhance quality across the organization. This role blends data analysis, process engineering, and cross‑functional collaboration to drive measurable improvements in efficiency, cost, and performance.

Key Responsibilities Evaluate current processes using time studies, workflow analysis, and data modeling to identify improvement opportunities

Design and implement optimized processes, layouts, and systems that enhance throughput and reduce operational costs

Lead Lean and continuous improvement initiatives across manufacturing

Develop and maintain standard operating procedures (SOPs), work instructions, and process documentation

Use simulation, forecasting, and capacity modeling to support strategic planning and resource allocation

Analyze operational data to identify trends, root causes, and performance gaps Partner with production, quality, and engineering teams to implement sustainable improvements

Support automation, digital transformation, and technology integration projects

Become the resident expert on material moving equipment such as tuggers, automated guided vehicles (AGV) and autonomous mobile robots (AMR)
Improve ergonomics, safety, and workflow efficiency through human‑factors engineering

Track KPIs and report on project outcomes, cost savings, and productivity gains

Required Qualifications Bachelor’s degree in Industrial Engineering or related field

Strong analytical and problem‑solving skills

Experience with Lean, or continuous improvement methodologies

Ability to interpret data, build models, and present insights to stakeholders

Excellent communication and project management skills

Preferred Qualifications Lean Six Sigma Green Belt or higher

Familiarity with CAD tools for layout design

Background in manufacturing, logistics, healthcare, or operations environments

Success Indicators Measurable reductions in cost, waste, and cycle time Improved throughput, quality, and operational stability

Strong cross‑functional relationships and influence

Effective documentation and standardization of processes

Ability to lead improvement projects from concept to implementation

You should be proficient in:

Data Analysis and Manipulation Continuous Improvement5 Why (Root Cause Analysis Method)
Standard Operating Procedures (SOPs)
Process Engineering Production Optimization Lean Manufacturing Principles Process Development
#J-18808-Ljbffr