Fabric Maintenance Scheduler - Offshore & Onshore Planning

Bilfinger Berger SE; Aberdeen City; Hybrid; GBP 40,000 - 65,000; Full time

Job summary

Bilfinger UK is seeking a Scheduler to develop, maintain, and optimise Fabric Maintenance and Inspection schedules for offshore and onshore projects. You will ensure realistic durations, dependencies, and cross-discipline integration, coordinating with offshore teams and clients.

Key duties include tracking progress with KPI-driven reports, updating plans for progress and variations, and maintaining data accuracy across planning tools.

Qualifications

• Experience in planning or scheduling within oil & gas, energy, industrial services, or similar environments.
• Proficiency in scheduling software (P6, or equivalent).
• Strong communication and stakeholder management skills.
• High attention to detail and ability to work under time pressure.
• Understanding of offshore execution constraints (POB, SIMOPS, access).

Responsibilities

• Develop and maintain detailed schedules for Fabric maintenance and Inspection activities.
• Ensure schedules reflect realistic durations, constraints, and dependencies.
• Integrate multi discipline activities into a single coordinated plan.
• Update schedules based on progress, change, and approved variations.
• Support offshore execution teams by ensuring clarity of work scope, priorities, and sequencing.
• Produce daily, weekly, and monthly schedule reports for internal and client use.
• Maintain accurate records of completed work, remaining work, and forecasted durations.
• Capture and assess the schedule impact of variations, break ins, and growth scopes.

Job description

Bilfinger UK is seeking a Scheduler to develop, maintain, and optimise Fabric Maintenance and Inspection schedules for offshore and onshore projects. You will ensure realistic durations, dependencies, and cross-discipline integration, coordinating with offshore teams and clients.

Key duties include tracking progress with KPI-driven reports, updating plans for progress and variations, and maintaining data accuracy across planning tools.