Process Optimisation
Our expertise is built on a deep understanding of workflows in infrastructure, energy, and industrial plant construction. We analyze processes throughout the entire project lifecycle, identify bottlenecks, interface issues, and media disruptions, and prioritize improvements based on impact, cost, and quality. Drawing on proven best practices from large-scale industrial projects, we implement practical changes that work in everyday project operations.
Together with your team, we define clear roles, standards, and key performance indicators and anchor these improvements within operational processes and digital workflows. The result: lean, robust processes that reduce rework, increase transparency, and make projects more predictable and secure.
Our Services in Process Optimization
Analysis of Existing Processes & Identification of Bottlenecks
We examine your process landscape — from document management to change management — and identify weaknesses, friction losses, media breaks, and unclear responsibilities.
Development of Clear, Practice-Oriented Process Models
Together with you, we design project management processes that are structured, logically built, and easy to apply — whether in cost control, technical coordination, data management, or change order procedures.
Digitalization & Tool Integration
We support the implementation or optimization of digital systems such as RIB iTWO, ThinkProject, SAP, Primavera P6, or Power BI. Our goal is to reduce manual effort, establish a clean data foundation, and ensure a fully traceable flow of information.
Role & Interface Clarity
Through clearly defined responsibilities and structured handovers, we ensure smooth collaboration between planning, clients, site management, procurement, engineering, and service providers.
Process Documentation & Training
We develop clear guidelines, workflows, and templates and train your teams — ensuring that processes are not only understood but consistently applied.
With STARKPM, you maintain reliable control over quality, time, and costs.