Cloud based M&E (Maintenance & Engineering) systems bring more flexibility and scalability to MRO operations and gives you easier access to real-time data across sites. Deploying one, however, is a major undertaking. Yet it’s extremely worthwhile for companies that want to reduce aircraft downtime, and become more efficient and profitable. This article will walk you through the deployment lifecycle of cloud based M&E systems, from planning to going live and beyond.
Step-by-Step Guide to Implementing Your Maintenance and Engineering System
1. Strategic Planning and Stakeholder Alignment
Transformation Objectives
The first step when implementing such a system is strategic alignment, which begins with agreeing on objectives i.e., improving data accuracy, streamlining processes, greater aircraft availability, enabling predictive maintenance, less downtime, etc. From there, you can define specific KPIs to measure once the new system is live.
Cross-Functional Alignment
Stakeholders from line maintenance, heavy maintenance, IT, supply chain, quality management and finance should be involved in early planning discussions. This will ensure that everyone understands how the organisation will function once the new system is in place and what changes to expect in daily processes. To this end, you may benefit from establishing a cross-functional steering committee.
Process Mapping
Map current processes and identify what will change. After all, the implementation of a new system is an opportunity to improve workflows and not just digitise existing (potentially outdated) ones.
Project Planning
Finally, create a project plan that includes milestones and responsibilities across all phases: configuration, migration, integration, testing, training, launch and post-launch monitoring. Ensure appropriate resource allocation so that operational roles have adequate cover and key individuals can participate fully in the project. In the following sections, we’ll consider the most important areas to address in your plans.
2. Assess Cloud Readiness
Moving from legacy to cloud based M&E software can introduce challenges if the foundational IT environment is not ready. Thus, if you’re not yet using a cloud solution, it’s important to assess your current infrastructure, network, and security posture for compatibility. Here are a few considerations.
Connectivity
Make sure all maintenance locations have stable internet connections and sufficient bandwidth to support a cloud platform. If certain sites have limited connectivity, you might need to upgrade or plan for offline capabilities to sync data when a connection is available.
Dependencies
Check for application and data dependencies and any related constraints. Dependencies include any internal or external tools, frameworks and libraries that an application relies on. They should all be secure and updated before starting the implementation.
Dependencies can also affect an application’s performance if they aren’t explicitly designed for use with cloud based platforms. Verify that they can function in a cloud environment and monitor performance so that any issues can be dealt with sooner rather than later.
Security
Review IT security policies and confirm that the chosen cloud M&E solution meets internal and regulatory requirements for data protection, encryption and access control.
3. Integration Planning
A cloud M&E system should integrate with the broader IT ecosystem and, thankfully, cloud hosted aviation MRO software makes this easier due to its use of APIs.
Early in the project, map out all external systems that will remain in use and require interfacing. Engage the owners of those systems (such as the finance department for your ERP system) so that requirements are clear. Determine data ownership, transfer frequency (real-time vs. batch), and error handling procedures.
Pay special attention to legacy systems that need to interface with your new cloud software. Things may not always be as straightforward as you’d hope, and additional workarounds might be necessary.
Integration testing should confirm that data flows accurately in both directions.
4. Regulatory Considerations
Regulators mandate standards for data management, record-keeping, security, traceability and retention. Your maintenance and engineering system must therefore:
- Provide comprehensive audit trails
- Ensure maintenance data is retrievable for the full retention period
- Comply with data protection laws
In the UK, for example, the Civil Aviation Authority requires (as per Annex II, part 145) that:
- Organisations must retain a copy of all detailed maintenance records (plus any associated maintenance data) for three years from the date the aircraft/component the work relates to was issued with a certificate of release to service.
- Organisations must retain a copy of all records related to airworthiness review certificates for three years from the date of issue and must provide a copy of them to the owner of the aircraft.
The CAA also requires that airworthiness records be stored in a way that ensures protection from damage, alteration and theft. All computer hardware used for backups has to be stored in a different location from where the working data is stored, in an environment that ensure they stay in good condition. (Another benefit of cloud based aviation MRO software – your data isn’t stored on a server at your site.)
Also, if an organisation stops operating, airworthiness records have to be distributed to the last owner or customer of the respective aircraft or component – or stored in another way the CAA approves of.
Work with your compliance team to document how the new system meets such requirements. If necessary, engage with your aviation authority for further clarity.
5. Data Migration
Start by identifying what data to migrate; this includes active data such as current aircraft status, open work orders and parts inventories, as well as historical maintenance and compliance records.
Before migration, conduct a thorough data cleansing process to prevent disruptions when using the new system. Correct inconsistencies, remove duplicates, and standardise fields. Make sure this is done in good time, as migration may take longer than expected, especially where large and complex datasets are involved – which is usually the case with aviation operations.
Conduct a thorough security assessment to uncover any vulnerabilities that need addressing before migration and make sure data is encrypted before the process starts. This is crucial because if data is exposed during transfer, there’s greater risk of cyberattacks.
Plan several trial migrations to a test environment, validating that records are accurate, complete and usable each time. Finalise the migration only once the data passes rigorous validation.
Also plan for legacy data access. If you don’t migrate all historical records, establish an archive or read-only access to the legacy system for regulatory purposes.
6. Training and Change Management
The best system in the world will fail if the workforce doesn’t know how to use it to its full potential – or is not motivated to use it/management doesn’t advocate for it. There’s always the risk that undertrained users will then try to revert to manual workarounds.
Conduct a training needs assessment based on user roles and start by providing training for common use cases. Also, supplement structured training with quick-reference guides and identify users that will actively support their peers during and after going live.
Overcoming Resistance to Change
There are many reasons employees resist change (to new technology and otherwise). Research by Prosci shows that this resistance is most common amongst mid-level managers, followed by front-line employees.
According to their research, the top five reasons managers resist change are:
- Problems with organisational culture
- Lack of awareness/knowledge about the change
- Lack of support and commitment for change management
- Misalignment between personal incentives and project goals
- A lack of confidence in their ability to manage change
The top five reasons other employees resist change are:
- A lack of understanding as to why the change is taking place.
- The fact the change might affect their role (in ways they might not like – or at least perceive to be negative).
- Fear of the unknown
- A lack of support from or trust in leaders
- Exclusion from change-related decisions
How do you overcome this? By communicating what’s in it for everyone involved. Consider such questions:
- How will it help employees save time and reduce repetitive actions?
- How will engineering activities become more efficient? How relieved will technicians be when they have mobile access to inspection logs and don’t have to go back and forth between stations to check every detail?
- How will management feel when they don’t have to handle so much chaos or fear that some compliance-related information has gone astray?
If staff truly understand the benefits of the new system, they won’t need much more persuasion to adopt it properly. And make sure staff from different positions are involved in key decisions – and that they know their feedback is genuinely considered. Finally, remember that visible leadership support and peer advocacy are vital.
7. Testing, Launch, Monitoring and Evaluation
Comprehensive testing ensures the system performs as expected before going live. Plan for:
- System testing, to check configurations and basic functionality.
- Integration testing, to make sure data is exchanged between systems correctly.
- User Acceptance Testing (UAT), so that actual users complete realistic tasks in the system and confirm it supports business needs.
During UAT, simulate typical maintenance scenarios and validate that reports and dashboards reflect accurate real-time data.
When going live, choose a low-activity period to reduce operational risk, if possible.
Post-launch, ensure project staff and vendor support are on standby to resolve issues. Establish a monitoring and evaluation system for reviewing system performance, collecting data on user feedback, and addressing any post-migration concerns. Perform frequent reviews to track adoption and fine-tune processes, and keep track of lessons learned for future reference.
Summary
Here’s a brief recap of the steps we outlined above:
- Strategic planning: Define transformation objectives and KPIs from the very start. Involve different units in decision making to align goals and secure the necessary resources.
- Cloud readiness: Assess infrastructure and connectivity across sites to ensure the system can support real-time data collection, secure access, and effective monitoring.
- Integration planning: Map out internal and external system dependencies to ensure seamless data flow.
- Regulatory compliance: Make sure the system provides secure, long-term access to maintenance engineering records, in line with local and international data retention standards.
- Data migration: Identify all active and historical data to be migrated. Cleanse datasets and make sure all data is secure before migration.
- Training and change management: Make sure staff have the skills required to confidently use the new system, and engage them throughout to reduce resistance and encourage adoption.
- Testing, launch and beyond: Simulate real-world maintenance workflows during testing to evaluate system performance. Post-launch, monitor effectiveness continuously and refine processes using real-time feedback.