Develop a Maintenance Strategy

Transforming Maintenance from a Cost Center to a Measurable Value Contributor

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Services in the area of Operational Excellence

The strategic direction of maintenance aims to position the maintenance organization in such a way that it makes a measurable contribution to the company’s success. This involves, in particular, transforming maintenance from a reactive repair organization into a proactive, forward-looking, and economically controllable value-driving function.

From Reactive to Proactive Maintenance

Why is the strategic direction of maintenance critical to success?

Because modern production systems face intense pressure to change: Rising technological complexity, increasing digitalization, shorter product life cycles, and a volatile market environment require a maintenance organization that actively shapes the future rather than merely reacting to it.

Bei ifp consulting verstehen wir die Instandhaltung als einen strategischen Werttreiber, der auf mehreren Ebenen im Unternehmen entscheidenden Einfluss nimmt und die Unternehmensentwicklung aktiv mitgestaltet.

What is an effective maintenance strategy?

An effective maintenance strategy consistently aligns maintenance with the company’s goals and creates the conditions for a measurable contribution to the company’s success. It strikes a balance between performance, risks, and costs and is based on a comprehensive understanding of the asset management system, responsibilities, and decision-making processes. ISO 55000 Asset Management Standard

5 Leverage Points for an Effective Maintenance Strategy

Clear Objectives and Value Proposition
Clear Process and Organizational Logic
Smart Use of Technology
Robust Governance and Key Performance Indicators
Integration into the overall value chain

From Cost Factor to Value Contribution

When does your company need a maintenance strategy?

Without clear objectives, a well-defined process and organizational structure, or robust key performance indicators, the contribution of maintenance to the company’s success remains invisible, and decisions regarding capacity and investments are made without a reliable basis.

The following examples illustrate typical challenges and objectives across various areas of responsibility—from the COO to the VP of the Business Unit, the CTO, and the Head of Engineering—and how a strategic approach to maintenance addresses them.

COO / CTO / Head of Operations

Problems

Reactive Repair Management Instead of Proactive Management
Fluctuating plant performance and unstable throughput
Unclear Value Contribution of Maintenance
Volatile markets and increasing cost pressures

Objective

Consistent Performance
Consistent System Architecture

Solution through strategic repositioning of maintenance:

Based on the corporate and production strategy, as well as S&OP (Sales & Operations Planning), a strategic framework is established with clear objectives, governance, and key performance indicators. It enables throughput, quality, and costs to be proactively managed rather than reacted to. In this approach, technologies follow the processes, not the other way around.

Vice President, Business Unit / Director

Problems

Inconsistent processes and standards across plants
Results from different locations are not comparable
Make-or-buy decisions vary by location
Improvements cannot be applied to other works

Objective

Standardized Composite Structure
Economies of scale

Solution through strategic repositioning of maintenance:

Governance mechanisms and standards ensure consistency across the network of plants. The Maintenance Framework consolidates processes, organizational structure, and key performance indicators into a consistent model that can be efficiently scaled across multiple locations, including benchmarking and prioritization logic.

Technical Management / Maintenance Management

Problems

High Proportion of Unplanned Deployments
Lack of transparency regarding vulnerabilities and risks
Unclear roles and interfaces with production, purchasing, and logistics
Systems and data provide only limited support for decision-making

Objective

Precise Prioritization
Risk Management

Solution through strategic repositioning of maintenance:

Criticality Analysis, FMEA (Failure Mode and Effects Analysis), and RCA (Root Cause Analysis) provide transparency regarding risks. A clear process architecture unambiguously defines roles and responsibilities. CMMS (Computerized Maintenance Management System), ERP, and IoT integrations align with the processes to ensure greater stability, lower risks, and improved predictability.

Across all areas of responsibility, the strategic direction transforms maintenance from a reactive repair organization into a proactive, forward-looking, and economically manageable value-driving function.

A customized maintenance framework is the key to high-performance maintenance

The customized Maintenance Framework developed by ifp consulting brings together all the elements of high-performance maintenance into a consistent model. It forms the foundation for operational excellence and can be efficiently scaled across multiple locations. It includes:

Processes & Organization

Defined core and ancillary processes, as well as a structured organizational framework

Asset & Service Management

Modern spare parts, MRO, and third-party service management to ensure availability and cost-effectiveness

Governance & Performance

KPIs, benchmarking, prioritization strategies, and compliance standards for sustainable development

Resources & Capacities

Integrated Budget, Resource, and Capacity Model for Robust Maintenance Management

Technology & Systems

Technological systems and integrations support processes and provide a reliable basis for decision-making.

Sustainability & Continuity

Implementing a system that minimizes waste and aligns with the company’s strategy promotes sustainability and energy savings.

The framework ensures that maintenance is aligned with technical, operational, and organizational objectives and can be flexibly adapted to new requirements.

Our Approach: A Structured Path from a Maturity Assessment to a Sustainable Maintenance Strategy

Instead of isolated, short-term measures, we work with you to develop a holistic maintenance strategy that consistently integrates technical, organizational, and economic dimensions. We begin with a structured maturity assessment of your maintenance organization, from which we derive a customized maintenance framework with clear objectives, robust governance, and scalable processes. This transforms a reactive repair organization into an actively managed value driver that makes a measurable contribution to the company’s success.

5 Steps to Implementation

How is the operational maintenance model developed?

The operational maintenance model, as a customized maintenance framework, translates the strategic direction into day-to-day operations. It defines how maintenance functions from a technical, organizational, and managerial perspective, and ensures that goals are not only set but actually achieved in day-to-day operations.

1. Define the Capital and Resource Framework

Based on the strategic objectives and Sales and Operations Planning (S&OP), the capital and resource constraints for the asset portfolio are first defined.

2. Clarify process architecture, roles, and interfaces

Building on this, a clear process architecture is established that structures all maintenance processes. Roles and responsibilities are clearly defined so that interfaces with production, engineering, purchasing, and logistics function smoothly.

3. Value Proposition and the Make-or-Buy Decision

A key component is the maintenance value proposition: Which services should be intentionally kept in-house, and which should be outsourced? A well-founded make-or-buy analysis provides the basis for decision-making in this area. The service portfolio of the central and decentralized units within the group is structured accordingly.

4. Implement technological systems throughout the processes

Technological systems such as CMMS, ERP, IoT integrations, and API-based applications support implementation and ensure that data flows smoothly and that decisions are made on a reliable basis. The systems follow the processes—not the other way around.

5. Integrate Maintenance into the Supply Chain

Finally, maintenance is consistently integrated into the entire supply chain. Close integration with materials management, procurement, and production planning creates synergies that increase material availability, shorten response times, optimize inventory levels, and strengthen the operational stability of the production system.

“At ifp consulting, we view maintenance as a strategic competitive advantage that arises when the entire asset management system is aligned with specific goals—technically, operationally, and in terms of management. A clear system architecture boosts EBIT, increases resilience, supports sustainability, and can be scaled across plants. This is precisely where the strength of modern, professionally managed asset management lies.”

Georgios-Max Kostopoulos
Head of Maintenance
ifp consulting

Technical and Economic Excellence

What role do reliability, risk, and lifecycle management play?

Reliability and risk management are central components of a modern, strategic approach to maintenance. Methods such as criticality analysis, FMEA (Failure Mode and Effects Analysis), and RCA (Root Cause Analysis) provide transparency regarding vulnerabilities and risks. Modern technologies—ranging from condition monitoring and IoT to AI-powered forecasts—provide a data-driven foundation for well-informed, cost-effective decisions. Lifecycle and Capex management make it possible to prioritize investment needs and strategically manage the development of the asset portfolio.

We provide transparency regarding vulnerabilities, risks of failure, and the strategic actions needed for your asset portfolio:

Criticality assessment of facilities based on failure risk, production relevance, and economic impact

Use of condition monitoring, IoT, and AI-powered predictions as the basis for data-driven decisions

Systematic Cause Analysis Using Criticality Analysis, FMEA, and Root Cause Analysis

Analysis of asset condition, remaining useful life, and future investment needs

Evaluation of existing maintenance strategies as well as preventive and condition-based measures

Prioritizing Capex Initiatives Based on Technical Risks and Economic Objectives

The result: A transparent risk profile of the asset portfolio and a reliable basis for decision-making regarding maintenance measures, resources, and investments.

Business Impact

How does a strategically planned maintenance program benefit your company?

The greatest benefits are achieved when strategy, processes, organization, reliability management, and technology are improved in tandem. Companies reap immediate benefits from a strategically aligned maintenance program:

Higher EBIT contribution

Lower costs and higher usable capacity have a direct impact on earnings. Maintenance makes a measurable contribution to the company’s success.

Increased Resilience

Transparency regarding vulnerabilities and risks makes the production system more resilient to disruptions and market fluctuations.

Improved System Performance

Predictive maintenance, rather than reactive maintenance, stabilizes availability, throughput, and quality across the entire fleet of equipment.

Long-Term Sustainability

Longer equipment lifecycles, reduced resource consumption, and mandatory compliance standards.

Clearly Prioritized Investment Decisions

Lifecycle and Capex management provide clarity on which investment needs will yield the greatest benefits and when.

Greater Professionalism in the Organization

Clear responsibilities, reliable metrics, and defined decision-making processes enhance the maturity level of maintenance.

Economies of scale through standardized processes

Consistent processes, roles, and standards can be rolled out across plants, making results comparable.

Maintenance as a Key Pillar

Taken together, these effects make maintenance a central pillar of a company’s operational and strategic development.

A clearly defined maintenance strategy provides guidance, sets specific priorities for investments, and makes it possible to establish operational excellence in a sustainable and scalable manner across the entire corporate group.

Where should companies start?

Start with a structured maturity assessment

The ifp consulting Maturity Assessment for your maintenance organization provides, within a few weeks, a solid foundation that allows you to assess the strategic needs of your maintenance operations.

Schedule an initial consultation

Structured Maturity Transparency
A Clear Picture of Strategy and Organization

Identified Areas for Action
Quick-to-implement measures with immediate results

Reliable roadmap
Roadmap for developing the maintenance strategy

Key takeaways

Maintenance Strategy

We examine the technical, organizational, and economic aspects of maintenance and highlight the actual value it adds to the company’s success.

Value Drivers Instead of a Repair Organization

Instead of reacting to problems on a case-by-case basis, we consistently align maintenance with your business goals and make the value we deliver transparent—with clear priorities, reliable metrics, and a management approach that combines short-term repairs with long-term value creation.

A Structured Maturity Assessment as a Starting Point

ifp consulting’s compact maturity assessment provides clarity on the strategy, processes, organization, and level of digitalization of your maintenance operations, thereby offering a solid foundation for decision-making.

Clear Governance Instead of Implied Responsibility

A well-defined system of objectives, clearly defined roles, and reliable metrics provide a strategic management framework that allows for the targeted prioritization of capacities and investments.

Maintenance Framework as an Enabler

A customized, consistent maintenance framework brings together processes, organizational structure, and key performance indicators, thereby laying the foundation for maintenance that is technically, operationally, and strategically aligned.

Would you like to find out more?

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Would you like to find out more?

Contact