Modern factory planning: The key trends for the coming years
A data-based analysis of over 2,000 scientific publications reveals what will be important in the future.
Find out which topics are setting the agenda, what this means for your company, and how we can support you.
Table of Contents
Author: Timo Miebach | Last updated: 26.05.2026
Why “business as usual” is not an option: Pressure on factory planning is growing!
Today, manufacturing companies operate in a constant state of tension. Economic goals must be reconciled with ever-faster changing requirements from the market, society, and technology. Factory planning is the key lever for ensuring competitiveness, but the complexity of the tasks involved is increasing rapidly. What worked yesterday will no longer be enough tomorrow. Global crises, disruptive technologies, and volatile markets have changed the rules of the game. Companies that fail to plan their factories strategically and with foresight will fall behind. Research clearly shows that standing still means falling behind.
The drivers of change
Market pressure & volatility
The days of stable markets are over. Companies are struggling with enormous market dynamics and increasing cost pressure.
| Uncertain demand | Volatile orders make long-term planning difficult. Customers expect shorter delivery times and greater customization. |
| Speed | Product and technology cycles are becoming significantly shorter. What is innovative today may be obsolete tomorrow. |
| Consequence | Planning is becoming increasingly complex . Rigid factory concepts are becoming a competitive disadvantage. |
Global megatrends & crises
External shocks and long-term developments necessitate strategic action.
| Digitalization & Sustainability | No more trends, but tough requirements. Economic, ecological, and social. Regulatory requirements are becoming stricter worldwide. |
| Disruption | Events such as the COVID-19 pandemic, disruptions to international supply chains as a result of geopolitical tensions, and logistical bottlenecks have exposed the vulnerability of global value chains. |
| Demographics | The shortage of skilled workers limits available capacity and increases the pressure to automate and streamline processes. |
Internal resource conflicts
The hurdles are also rising within the factory gates. The challenge is to design efficient processes despite limited resources.
| Variety | The individualization of products is driving complexity in manufacturing. Batch size 1 in series production is becoming a reality. |
| Time-to-Market | New products must be launched at ever shorter intervals. The start-up phase is becoming a critical success factor. |
| Efficiency pressure | Reliable processes must be implemented cost-effectively, while at the same time increasing quality and flexibility. |
Factory planning as a strategic anchor
In this volatile environment, factory planning plays a key role. It is no longer a one-off construction project, but rather a continuous process that implements the corporate strategy at the operational level and lays the foundation for all future production activities.
The goal is clear:
Designing factories that are not only efficient today, but can also cope economically with future changes in the market environment. The goals of factory planning have changed fundamentally: in addition to efficiency and cost-effectiveness, adaptability and resilience are now at the forefront. Structures and systems must be continuously adapted to the changing business environment. Adaptability is becoming a core competency.
Modern planning approaches as a response:
The complexity requires new approaches. Modular factory planning enables flexible adjustments through standardized, reconfigurable building blocks. Digital factory planning uses virtual models, simulations, and digital twins to validate planning decisions and minimize risks. At the same time, established approaches such as the factory planning phase model are gaining importance in order to move from concept to implementation in a structured and systematic manner, supplemented by agile elements for faster iterations.
The challenge:
Companies with limited resources in particular are faced with the task of designing efficient, reliable, and cost-effective processes while coping with increasing product diversity, shorter product launch cycles, and volatile demand structures.
Conclusion: The complexity of planning tasks is growing significantly. Fragmented individual considerations are no longer sufficient. What is needed are holistic, scientifically sound concepts, tools, and frameworks that intelligently combine classic and modern planning methods.
The response from research: 4 areas of action
To overcome these challenges, scientific analysis identifies four dominant areas in which companies must invest NOW:
✓ digitalization – AI, digital twins, and data-driven methods as basic requirements
✓ sustainability – Ecological and social responsibility as a competitive factor
✓ Traditional factory planning – Systematically optimize layout, logistics, and material flow
✓ adaptability – Flexibility, adaptability, and resilience as success factors
Close cooperation between science and industry is crucial in developing practical solutions that help companies make efficient use of their limited resources. The factory planning competence team will be happy to help you make your factory future-proof!
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Your advantages with the IFA
✓ solid methodological expertise and modern planning tools,
✓ innovative and practical solutions,
✓ professional communication and structured project processes,
✓ many years of experience in research, teaching, and industrial projects.
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Our experts are always happy to assist you with project inquiries, collaborations, or further information.
FAQ
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What is the difference between modular and digital factory planning?
Modular factory planning uses standardized, reconfigurable building blocks that can be flexibly combined. Digital factory planning utilizes virtual models, simulations, and digital twins to support decision-making. These two approaches complement each other and together form the foundation for future-proof production.
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What distinguishes the factory of the future from Industry 4.0?
Modular factory planning uses standardized, reconfigurable building blocks that can be flexibly combined. Digital factory planning utilizes virtual models, simulations, and digital twins to support decision-making. These two approaches complement each other and together form the foundation for future-proof production.
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How can small and medium-sized businesses implement the factory of the future?
SMEs should start with prioritized steps rather than trying to change everything at once. A pragmatic approach involves establishing a robust data foundation, launching select pilot projects in digital transformation, and conducting an assessment of their adaptability. This ensures that limited resources are used strategically and that initial successes become apparent quickly. We’d be happy to help you with this!
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When should companies begin their transformation?
Now! Product cycles are getting shorter, regulations are becoming stricter, and competitors are already investing in digital, sustainable, and adaptable structures. Those who wait too long will accumulate technical debt and lose the flexibility to make strategic decisions.
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How does the IFA support companies in building the factory of the future?
The Institute of Production Systems and Logistics at Leibniz University Hanover combines in-depth methodological expertise with modern planning tools and many years of experience in research, teaching, and industrial projects. The Factory Planning Expert Team supports companies from strategy through implementation, with clear communication and structured project workflows.
Source
Demir, Mehmet; Jahangirkhani, Tanya; Philipp, Luca und Schmidt, Matthias. (2025): Forschungsaktivitäten im Gebiet der Fabrikplanung, Zeitschrift für wirtschaftlichen Fabrikbetrieb, vol. 120, no. 9, 2025 DOI: https://doi.org/10.1515/zwf-2025-1096
