1. The major challenges of the aerospace industry and the role of scheduling software

a) Reducing production lead times: a strategic challenge

Reducing production lead times represents a major competitive advantage in the aerospace industry. 

Faced with the production ramp-up announced by the major prime contractors, the pressure on lead times becomes critical for the entire supply chain. As the recent L'Usine Nouvelle newsletter points out, "Dassault Aviation is preparing to move to four or even five monthly deliveries" of the Rafale, which implies a similar acceleration across all suppliers.

A scheduling software specialized for aerospace makes it possible to:

• Identify and eliminate bottlenecks in the production process

• Optimize manufacturing sequences to minimize waiting times

• Reduce changeover times between different references

• Synchronize production flows across the entire value chain

The resulting reduction in lead time makes it possible not only to deliver faster, but also to free up additional production capacity with no equipment investment, a precious asset in the current context.

b) Increasing production rates: the ramp-up challenge

Increasing production rates is today the major challenge of the aerospace industry. The main manufacturers plan to increase their production by at least 40% over the next five years. This ramp-up requires suppliers to quickly adapt their production capacities.

To reach these ambitious goals, the players in the industry must optimize the use of their existing resources before considering costly investments. This is precisely the role of an integrated scheduling software specialized for the aerospace sector, which makes it possible to:

• Maximize the utilization rate of critical resources (machines, equipment, specialized workstations)

• Intelligently allocate the workload according to the available skills

• Anticipate capacity needs to adjust resources proactively

• Simulate different production scenarios to identify improvement levers

The productivity gains thus obtained could reach up to 20% according to certain sources close to the aerospace industry, offering precious room to absorb the rise in volumes without any performance degradation.

c) Resilience and adaptability: coping with disruptions

The COVID-19 pandemic brutally highlighted the importance of resilience in the aerospace supply chain. Today, as the sector rebounds vigorously, new disruptions are appearing: component shortages, recruitment difficulties, geopolitical tensions.

In this volatile context, the ability to adapt becomes a decisive competitive advantage. A scheduling software for aerospace directly contributes to this resilience by making it possible to:

• React quickly to disruptions (breakdowns, absences, supply delays)

• Dynamically reschedule production according to updated priorities

• Assess the impact of disruptions on delivery commitments

• Propose alternative scenarios to minimize the consequences of disruptions

As the discussions we have had with industry leaders highlight, "the digitalization of scheduling processes represents a major lever of resilience for the entire French aerospace industry." This vision explains the importance the group places on innovative technological solutions in this area.

2. The essential features of a scheduling software for aerospace

Faced with the specific challenges of the aerospace sector, the scheduling software recommended by GIFAS stands out through several essential features, perfectly adapted to the constraints of this demanding industry.

Communicating priorities to operators

In a complex production environment like aerospace, clarity of priorities is fundamental. Operators must know precisely which tasks to focus on to optimize the overall production flow.

A high-performing aerospace scheduling software must offer:

• Intuitive visual interfaces accessible directly at the workstations

• A clear prioritization, updated in real time

• Visual alerts on critical or late operations

• Full traceability of priority changes

According to a study conducted by GIFAS among its members, improving the communication of priorities can reduce waiting times between operations by up to 30%, a considerable gain in a sector where the value of work-in-progress is particularly high. (source)

Optimizing resource allocation

The complexity of aerospace manufacturing processes, combined with the high added value of specific skills, makes optimal resource allocation particularly critical. An aerospace scheduling software must make it possible to:

• Automatically assign tasks to the most appropriate resources

• Account for the qualification and certification constraints specific to the sector

• Balance the load across the different available resources

• Anticipate the needs for specific skills

In a context of pressure on recruitment, optimizing existing resources becomes a major strategic lever, as the "Industrie du Futur" program led by GIFAS highlights. (source)

Anticipating and predicting deviations

The ability to anticipate problems before they occur is a major asset in the aerospace industry, where the consequences of a delay can cascade across the entire value chain.

A high-performing aerospace scheduling software incorporates advanced prediction features that make it possible to:

• Detect, at an early stage, the risks of drift relative to the schedule

• Analyze trends and identify the recurring causes of disruption

• Simulate the impact of scheduling decisions on future lead times

• Propose preventive actions to avoid deviations

This predictive dimension, made possible by artificial-intelligence and data-analysis technologies, represents a major evolution compared to traditional scheduling approaches.

Communicating reliable lead times

In an ecosystem as integrated as aerospace, the reliability of delivery commitments conditions the performance of the entire chain. An aerospace scheduling software must therefore make it possible to:

• Calculate realistic delivery dates based on real capacity

• Automatically update forecasts according to progress

• Communicate transparently with internal and external customers

• Trace the causes of drift for continuous improvement

3. GIFAS's involvement in the digital transformation of the aerospace supply chain

Aware of the strategic issues linked to scheduling and planning, GIFAS has actively committed to promoting innovative digital solutions for the French aerospace industry.

The Aéro-Excellence approach: a structuring framework

The "Aéro-Excellence" program launched by GIFAS constitutes a reference framework for the digital transformation of the industry. This program notably aims to:

• Identify and promote best practices in planning and scheduling

• Support SMEs in their digital transition

• Facilitate interoperability between the systems of the different players in the value chain

• Strengthen the overall competitiveness of the French aerospace industry

In this context, GIFAS has established a set of requirements for aerospace scheduling software, guaranteeing their fit with the specific needs of the sector.

The labeling of technological solutions

For software vendors, the process of joining GIFAS is a form of recognition of the relevance of their solutions for the aerospace industry. This implicit labeling rests on a rigorous evaluation of the features and the ability to meet the sector's specific challenges.

It is within this framework that Oplit was accepted as a member of GIFAS, thereby recognizing the fit of its scheduling solution with the needs of the aerospace industry. This membership allows the vendor to actively participate in discussions on the future of the extended supply chain and to contribute to building a more resilient industrial ecosystem.

The StartAIR initiative: fostering innovation

The StartAIR program, launched by GIFAS, aims to foster collaboration between the major aerospace groups and innovative startups, notably in the field of planning and scheduling. This initiative makes it possible to:

• Accelerate the adoption of the most advanced technologies

• Facilitate SMEs' access to innovative solutions

• Create a dynamic ecosystem favorable to innovation

• Adapt the solutions to the specific needs of the sector

The scheduling solutions selected in this framework benefit from increased visibility and deployment opportunities within GIFAS member companies, thereby accelerating the digital transformation of the entire industry.

Conclusion

Faced with the unprecedented challenges the aerospace industry is encountering - production ramp-up, lead-time reduction, the demand for resilience - scheduling software dedicated to the aerospace sector is establishing itself as an essential strategic tool. By making it possible to optimize resource allocation, to communicate priorities effectively, to anticipate deviations, and to make delivery commitments reliable, these solutions directly contribute to the competitiveness of the entire industry.

By integrating these technologies into its strategic vision and fostering their adoption through its various initiatives, GIFAS plays an essential catalyzing role in the digital transformation of the French aerospace industry. The software vendors that are members of the group, like Oplit, actively participate in this collective momentum by offering solutions perfectly adapted to the sector's specific constraints.

In a context where pressure on lead times and rates keeps intensifying, adopting a high-performing aerospace ERP scheduling software is no longer an option, but a strategic necessity for all the players in the value chain. The companies that know how to leverage these technologies will hold a decisive competitive advantage in a market undergoing profound transformation.

To stay competitive in the face of current and future challenges, the French aerospace industry must continue its digital transformation, relying in particular on innovative scheduling solutions perfectly adapted to its specific needs. This is the vision championed by GIFAS and the software vendors that support it in this strategic mission.