Logistics Engineer

Caterpillar•Victoria, TX

5d•Onsite

About The Position

Caterpillar’s Product Support and Logistics Division (PSLD) is responsible for worldwide distribution of Cat aftermarket parts, integrated logistics, and global service supporting its dealer network and customers. The Logistics Engineer leads the design, implementation, and continuous improvement of logistics processes across manufacturing and distribution operations, applying engineering principles, Lean methodologies, and data-driven decision-making to improve safety, efficiency, quality, and operational performance. The role optimizes material flow, warehouse operations, inventory movement, and logistics systems, working with engineering, manufacturing, operations, and supply chain teams to improve productivity, increase capacity, and enable scalable growth through process optimization and automation. The position is based onsite five days a week in Victoria, Texas, with up to 10% domestic travel. Domestic relocation assistance is offered; visa sponsorship is not available. The position’s listed salary range is $97,530 to $146,290. Caterpillar describes itself as a global manufacturer of construction and mining equipment, engines, turbines, and locomotives, with a commitment to contributing to a reduced-carbon future.

Requirements

Bachelor’s degree in Industrial Engineering, Logistics Engineering, Supply Chain Management, or equivalent experience in engineering, operations, supply chain, or a related field.
Knowledge of analytical techniques and tools; ability to identify root causes and develop alternative solutions.
Knowledge of decision-making processes and techniques; ability to analyze situations and make informed decisions.
Ability to adapt to change and changing environments.
Ability to plan and organize tasks and resources systematically.
Knowledge of problem-solving approaches and tools; ability to apply them across diverse situations.
Knowledge of business process improvement tools and techniques; ability to understand, monitor, update, control, or improve processes.
Knowledge of supply chain management functions, principles, and techniques; ability to develop and use strategies, practices, and tools for managing logistics processes.

Nice To Haves

Experience leading logistics engineering initiatives focused on safety, operational efficiency, capacity expansion, material flow optimization, and continuous improvement in manufacturing, warehousing, or distribution environments.
Success managing capital projects and implementing automation, such as automated material handling systems, autonomous mobile robots (AMRs), automated storage and retrieval systems (ASRS), warehouse management technologies, and other Industry 4.0 initiatives.
Strong knowledge of warehouse and distribution operations, including facility layout design, material flow analysis, inventory storage strategies, process controls, capacity planning, and transportation optimization.
Experience applying Lean Manufacturing, Six Sigma, or other continuous improvement methodologies to reduce waste, streamline processes, and deliver measurable improvements.
Ability to use data analytics and performance metrics to evaluate logistics processes, perform root cause analysis, and develop sustainable corrective actions and process enhancements.
Ability to collaborate across engineering, manufacturing, operations, supply chain, and safety teams to implement scalable logistics solutions.
Experience developing and maintaining engineering standards, process documentation, standard work, and best practices.

Responsibilities

Lead logistics engineering projects to improve workplace safety, operational capacity, productivity, and warehouse automation.
Design, analyze, and optimize material flow, storage strategies, warehouse layouts, and logistics processes.
Apply Lean Manufacturing and continuous improvement methodologies to identify opportunities, eliminate inefficiencies, and implement sustainable solutions.
Collaborate with engineering, manufacturing, operations, and supply chain stakeholders to define process requirements, establish performance metrics, and develop improvement plans.
Develop and implement process controls, standard work, and operational best practices.
Maintain and enhance logistics engineering standards, tools, methodologies, and knowledge-sharing practices for existing and new operations.
Evaluate logistics processes, workflows, and system performance using data-driven analysis.
Conduct root cause analyses, develop corrective and preventive actions, and lead their implementation.
Support evaluation, selection, and implementation of automation, material-handling, and warehouse technologies.
Partner with cross-functional teams to identify, prioritize, and execute logistics optimization initiatives.
Perform other duties and responsibilities as assigned by Caterpillar management.