The Container Cost Engineer serves as a Packaging and Containers Cost Specialist responsible for developing, analyzing, and validating cost estimates and cost targets for logistics packaging systems. This role supports a global logistics and packaging organization across returnable and expendable packaging, containers, engineered racks, dunnage, pallets, totes, and related material-handling solutions. You will create ground-up, fact-based cost estimates that consider materials, manufacturing processes, labor, overhead, logistics, tooling, capital investment, maintenance, repair, and other commercial assumptions. Working closely with engineering, logistics, manufacturing, purchasing, supply chain, finance, and vehicle program teams, you will translate technical packaging concepts and manufacturing processes into clear financial evaluations and actionable recommendations. This position offers a high level of autonomy and ownership over multiple estimates and cost-reduction initiatives, with the opportunity to influence next-generation vehicle programs and enterprise packaging strategies.
Develop detailed, bottom-up should-cost estimates and target costs for returnable and expendable packaging, containers, engineered racks, dunnage, pallets, totes, and related logistics equipment.
Analyze supplier quotations and commercial proposals, validate assumptions, identify cost gaps, and support fact-based negotiations with purchasing teams.
Evaluate packaging concepts for material selection, design complexity, manufacturing processes, labor content, overhead, tooling, capital, maintenance, repair, packaging density, transportation, and total landed cost.
Build cost models for common packaging processes, including steel fabrication, tube and wire forming, stamping, machining, welding, fastening, coatings, plastics conversion, corrugated and expendable packaging production, dunnage assembly, and final packaging-system integration.
Assess the financial impact of design changes, production volume, capacity, regional manufacturing differences, commodity pricing, freight, return loops, packaging utilization, and supplier footprint.
Partner with packaging and logistics engineers to identify cost-reduction opportunities while protecting part quality, ergonomics, safety, cube utilization, material flow, sustainability, and program timing.
Serve as an active partner to internal purchasing teams by providing fair, competitive, and transparent cost targets for packaging and container-related sourcing decisions.
Support sourcing activities, supplier selection, design reviews, launch readiness assessments, supplier performance discussions, and post-launch cost-improvement initiatives.
Analyze, organize, and interpret large volumes of technical, operational, and financial data, and condense findings into concise recommendations for cross-functional teams and leadership.
Develop, refine, and maintain cost-estimating tools, databases, benchmarks, and process assumptions to improve consistency, accuracy, and speed across cost estimates.
Communicate cost drivers, risks, opportunities, and recommendations to both technical and nontechnical stakeholders across regional and global teams.
Collaborate with global GPSC and logistics organizations to align cost targets and assumptions with broader business strategies and market conditions.
Travel occasionally to supplier facilities, manufacturing locations, and other relevant sites to support cost reviews, process validation, launch activities, and sourcing collaboration.
Exercise independent judgment, initiative, and creativity in managing multiple cost estimates and cost-reduction activities simultaneously.
Contribute to the development of next-generation packaging strategies that support evolving automotive industry trends, including sustainability and reusable packaging systems.
Experience evaluating the financial impact of technical concepts, with a comprehensive understanding of manufacturing and logistics processes.
Experience developing or validating cost estimates, supplier quotations, should-cost models, target costs, or business cases for industrial products, packaging, containers, logistics equipment, or automotive components.
Ability to manage multiple projects and assignments with a high degree of autonomy, organization, and accountability.
Ability to lead change, resolve conflicts, and influence decisions without direct authority.
Strong analytical and problem-solving skills, including the ability to address unique and complex cost or process challenges.
Ability to assimilate large amounts of cost and operational data and clearly communicate conclusions, assumptions, and next steps to broader cross-functional teams.
Effective communication and interpersonal skills to build productive relationships with global team members, cross-functional partners, and suppliers.
Demonstrated proficiency with Microsoft Office, including advanced Microsoft Excel capabilities.
Experience with Power BI or similar data-visualization tools.
Ability to use or learn CO$T and other cost-estimating systems and tools.
Willingness and ability to travel occasionally to support supplier and manufacturing-site activities.
At least five years of relevant experience in automotive cost estimating, packaging or container manufacturing, logistics engineering, industrial engineering, manufacturing, product design, purchasing, supplier development, or a related field.
Bachelor's degree in Engineering, Supply Chain, Logistics, Finance, Business, Operations, or a related field, or equivalent relevant experience.
Experience in estimation and cost estimating for packaging, containers, or automotive-related products.
Experience with program management in an industrial or automotive context.
Hands-on experience with packaging engineering, containerization, and manufacturing processes related to packaging and containers.
Strong skills in cost analysis and cost estimate development, including cost model building for packaging and container systems.
Proficiency with MS Office tools, particularly Excel, for data analysis and modeling.
Experience with returnable container systems and associated cost and lifecycle considerations.
Experience with Siemens TCPCM software or similar cost estimating tools.
Experience developing supplier quotations or cost breakdowns for an automotive OEM, Tier 1 supplier, Tier 2 supplier, packaging provider, or logistics service provider.
Experience with packaging-system design, containerization, material flow, launch activities, plant operations, or supplier implementation in automotive or industrial environments.
Experience with returnable packaging, expendable packaging, engineered racks, dunnage, pallets, totes, bulk containers, and packaging repair or lifecycle management.
Knowledge of manufacturing and assembly processes used in packaging and containers, including metal forming, tube and wire forming, stamping, welding, cutting, machining, fastening, plastics conversion, corrugated production, coatings, painting, and dunnage fabrication or assembly.
Understanding of technical cost factors such as material, labor, burden, capacity utilization, scrap, yield, tooling, capital recovery, maintenance, repair, packaging lifecycle, freight, logistics, SG&A, profit, and other commercial considerations.
Knowledge of regional differences in manufacturing processes, labor, material, logistics, commercial assumptions, and supplier operating models.
Experience with data analytics, dashboard development, cost databases, Power BI, SQL, or other analytical tools.
Familiarity with automotive industry trends, including electrification, autonomous driving, advanced materials, additive manufacturing, auto
