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Fixing Planning and Scheduling Gaps Across Global Manufacturing Operations
About the Client Colourcon is a global pharmaceutical technology provider specialising in specialty chemicals, excipients, and film coating systems, operating a complex make-to-order model across a distributed network of manufacturing sites. Pre-manufacturing activitiesl ike planning, scheduling, and resource allocation play a critical role in determining capacity utilisation, batch execution, and overall production efficiency. Business Challenges Pre-manufacturing processes were manual and fragmented, leading to inconsistent planning and scheduling outcomes High dependence on manual workflows increased operational effort and limited scalability Resource allocation across equipment and workforce lacked optimisation, impacting capacity utilisation Planning did not fully account for constraints such as shift patterns, downtime, and batch sequencing Limited visibility into pre-manufacturing activities reduced coordination across sites Growing need to prepare for ERP modernisation and cloud adoption without disrupting operations What We Did Pre-manufacturing planning and scheduling were brought into a more structured and system-driven model, enabled by Oracle Fusion Cloud Planning. Consolidated demand inputs from sales orders into a unified planning view Established constraint-based production scheduling, incorporating shift timings, capacity, downtime, and batch sequencing Introduced automated resource allocation across equipment and workforce to reduce manual intervention Developed targeted extensions to assign optimal equipment based on capacity constraints Integrated planning and scheduling workflows with upstream and downstream systems using Oracle Integration Cloud Created a scalable foundation to support future ERP modernisation and cloud transformation Value Delivered Reduced manual effort across pre-manufacturing planning and scheduling Improved capacity utilisation across equipment and production resources More consistent and reliable production schedules across sites Increased visibility into planning and scheduling decisions Reduced operational inefficiencies and associated costs Established a scalable, system-driven foundation for future transformation Improved alignment between demand, planning, and execution
Cutting Downtime by Fixing Maintenance Execution Across Offshore Rigs
About the Client Action energy is a leading oil and gas operator managing multiple offshore rigs, where uptime, safety, and asset reliability are critical to continuous production. Operations span remote locations with complex coordination across maintenance, engineering, and supply teams. Business Challenges Maintenance execution varied across rigs, leading to inconsistent reliability and downtime exposure Limited visibility into asset condition across offshore locations, delaying issue identification Work orders, materials, and workforce planning operated independently, creating execution gaps Preventive maintenance schedules were frequently overridden by reactive priorities Spare parts availability and logistics added delays in remote offshore environments Fragmented maintenance records limited traceability for audits and regulatory compliance What We Did Standardised maintenance processes across offshore rigs to ensure consistent execution Implemented a unified system for managing work orders, inspections, and asset history Integrated asset data, workforce scheduling, and materials planning into a single workflow Enabled preventive maintenance based on asset condition, usage cycles, and risk profiles Improved spare parts planning and alignment with maintenance schedules for offshore logistics Established real-time visibility into maintenance activity, backlog, and asset performance Value Delivered 20% reduction in unplanned downtime, improving production continuity 10% reduction in maintenance costs through better planning and reduced rework More consistent maintenance execution across offshore operations Reduced delays caused by misalignment between work orders, materials, and workforce Improved workforce productivity with less manual coordination in remote environments Stronger audit readiness with complete, traceable maintenance records Increased visibility into asset health, enabling earlier intervention and risk reduction