Consultant, Supply Chain Design & Modeling

Miebach; Fishers (IN); Hybrid; USD 110,000 - 150,000; Full time

Benefits offered by this job

Flexible hybrid work model

Comprehensive medical/dental/vision

401(k)

Job summary

Join Miebach Consulting as a Consultant in Supply Chain Design & Modeling. This hands-on role targets professionals with approximately 5-8 years of experience in supply chain analytics, network design, optimization, or consulting.

You will translate data into clear insights and practical recommendations for clients, collaborating with project managers and senior consultants across projects like network strategy, facility location, and cost optimization.

Qualifications

• Bachelor’s or Master’s degree in Industrial Engineering, Supply Chain Management, Operations Research, Applied Mathematics, Data Analytics, or related field.
• ,

Responsibilities

• Build, develop, and maintain supply chain models to evaluate current and future-state scenarios.
• Analyze distribution networks, transportation flows, inventory, capacity, facility locations, and operating costs.
• Structure, cleanse, validate, and interpret large data sets used in supply chain models.
• Conduct scenario analysis, sensitivity analysis, and cost-benefit assessments.
• Identify opportunities to improve service, cost, resilience, and operational performance.

Skills

Analytical thinking

Communication

Problem solving

Independent work

Education

Bachelor’s or Master’s in Industrial Engineering/Supply Chain/Operations Research

Tools

Coupa SCD/LLamasoft

AIMMS

Optilogic

SQL

Python

R

Power BI/Tableau

Job description

Join Miebach Consulting as a Consultant in Supply Chain Design & Modeling. This hands-on role targets professionals with approximately 5-8 years of experience in supply chain analytics, network design, optimization, or consulting.

You will translate data into clear insights and practical recommendations for clients, collaborating with project managers and senior consultants across projects like network strategy, facility location, and cost optimization.