Paulina Marciniuk is an SAP Production Planning consultant whose expertise is rooted in real manufacturing experience. Working on SAP S/4HANA projects, she brings a practitioner's understanding of production processes to her functional consulting work, bridging the gap between shop-floor realities and enterprise system design.
Her SAP consulting work spans the full project lifecycle. She has conducted client workshops during explore phases, delivered fit-gap analyses, business process documents, and workshop materials, and handled detailed configuration covering order types, MRP, master data, batch management, and confirmation processes. Her project experience includes template roll-outs across multiple factories in Europe, along with test script preparation and support for quality assurance and development teams.
What distinguishes her profile is the depth of her manufacturing background. Before moving into SAP consulting, she spent years as a process and project engineer in the automotive and electronics industries, leading Lean Six Sigma implementations, optimizing production lines, reducing changeover times, and driving measurable efficiency and cost improvements. This hands-on experience gives her a grounded appreciation for the processes that production planning systems are designed to support.
Her international exposure further enriches her perspective. Having worked extensively in German-language environments and on projects for major automotive clients, she is comfortable navigating cross-cultural, multi-site manufacturing contexts.
Her credentials combine SAP certification in positioning supply chain management solutions with academic qualifications in production management, machine construction, and business intelligence, alongside quality management auditing training. Drawing on this blend of engineering experience and functional SAP expertise, Paulina Marciniuk writes to help readers understand how SAP Production Planning works in practice, how manufacturing processes translate into system configuration, and how continuous improvement thinking strengthens the way factories plan and produce.
