Register to view this On-Demand Webinar (recorded 28th May) to see how Artificial Intelligence has evolved from experimentation to real-world impact in Aviation MRO/M&E. As operators and MROs face increasing pressure to improve turnaround times, optimize manpower, manage parts availability, and reduce operational disruptions, you will see how AI-powered systems are emerging as a key enabler of smarter and more connected maintenance operations. During the Webinar Ramco Aviation will highlight and demo how their next-gen AI-driven technology enhances productivity, streamline workflows, and supports faster, more accurate maintenance execution. Real-world examples you will see include how AI-driven planning tools dynamically adjust maintenance schedules and resource assignments in real-time as workscopes evolve or new findings emerge, automatically matching the right job to the right technician, without manual re-planning; how agentic AI monitors SB/AD directives continuously, extracting applicability, compliance scheduling, and task data with an average extraction time of just 8 mins; how discrepancy analysis dashboards surface failure patterns, recurring defects, and reliability trends across the fleet using cluster, list, and graph views enabling engineering teams to identify and act on emerging issues before they escalate; and smart prediction capabilities including scrap rate forecasting, parts failure prediction, workscope forecasting, and profitability projections.

During the Webinar, Ramco Aviation will be joined by new Ramco customer, US-based Engine MRO Powerhouse Engines who will discuss specific trends and challenges with engine MRO, and how AI can help to solve those challenges. You will see how how measurable outcomes are expected post implementation with workscope processing time at Gate 0 reduced by 60%, material costs at Gate 2 reduced by 20% through forecasting and decision-assist capabilities, and invoice processing time cuts from weeks to days through automated and progressive invoicing.

Key Discussion Topics

• The evolving role of AI in Aviation MRO
• How agentic automation is enabling autonomous decision support
• AI-powered planning and execution for line maintenance operations
• Improving productivity through smarter workforce and parts management
• Building connected, data-driven MRO ecosystems
• Real-world operational challenges and opportunities for AI adoption

Whether you are an airline, MRO provider, or aviation technology leader, this session will provide valuable insights into how intelligent systems are reshaping maintenance performance and operational efficiency in the aviation industry.

The Webinar is divided into the following key sections:

1. The Evolving Role of AI in Aviation MRO — Platform Overview and Agentic Capability
In this section, you will see how AI is rapidly moving from experimentation to real-world operational impact across the aviation MRO industry. As operators and MRO organisations face increasing pressure to improve turnaround times, optimise manpower, manage parts availability, and reduce operational disruptions, this section sets out exactly how Ramco’s integrated AI-driven technology is enabling the shift from reactive to predictive, autonomous, and data-driven operations. Experts will discuss and demo the following:

• AI-Powered Planning and Scheduling — how AI-driven algorithms forecast maintenance needs, schedule tasks to minimise aircraft downtime and maximise fleet availability and dynamically adjust production plans and resource assignments in real time as workscopes evolve or new findings are uncovered on the shop floor — without manual re-planning.
• Agentic SB/AD Monitoring and Extraction — how Ramco’s Agentic AI SB/AD Monitoring and Extraction Dashboard tracks active and completed extractions for fleet applicability in real- time; how multiple service bulletins can be monitored and interpreted in a single day; how average extraction time of just 8 minutes is achieved through autonomous applicability, compliance scheduling, and task extraction; and how engineers can ask questions about any SB or AD directly through a conversational AI interface, receiving instant answers on supersession, compliance scheduling, zones, failure modes, and applicability without searching through documents manually.

2. AI-Powered Maintenance Execution – The Engineer, Planner and Line Maintenance Experience
In this section, experts will walk through the AI-driven technology from the perspective of the engineers, planners, and line maintenance teams who use it every day, demonstrating how they support the complete maintenance workflow, from planning and workscoping through to execution, inspection, and return-to-service while ensuring accurate, real-time data capture and smarter workforce and parts management across global operations. Key features you will see include:

• Discrepancy Analysis and Reliability Intelligence – how Ramco’s Discrepancy Analysis Dashboard surfaces failure patterns, recurring defects, and fleet-wide reliability trends using cluster, list, and graph views across any analysis group, aircraft type, or time period; how engineering teams can drill into specific discrepancies – seeing time since last occurrence, average time between occurrences, and total occurrence history and take immediate action including creating tasks, authoring engineering documents, adding repair notes, identifying standard cart actions, and flagging items to watchlist or restriction lists, all from within a single connected environment.
• Smarter Workforce and Parts Management – how AI-powered resource optimisation matches the right technician to the right job at the right time; how inventory management capabilities optimise spare parts procurement, storage, and distribution to ensure parts are available when needed; and how kitting and marshalling hubs give planners real-time visibility over target configurations, delay risks, and mitigation actions before they disrupt the shop floor.
• Conversational AI for Engineers – how engineers can query manuals, work packages, live dashboards, and discrepancy histories in plain language with what-if scenarios, troubleshooting guidance, and proactive next-step recommendations generated instantly from operational data reducing the time spent searching for technical data and enabling faster, more confident decisions at every level of the operation.

3. Smart Predictions, Outcomes and Business Case
In this section, you will see how smart prediction capabilities and AI-driven analytics put full operational and financial intelligence in the hands of MRO leadership, from profitability projection and failure prediction through to measurable, evidence-based outcomes that define the business case for making the shift. Key features you will see include:

• Smart Predictions — how Ramco’s AI and machine learning models deliver four interconnected prediction capabilities: Scrap Rate Prediction, which leverages AI/ML models to forecast potential scrap rates and enables proactive procurement planning; Failure Prediction, which uses historical data and intelligent algorithms to anticipate unscheduled maintenance tasks and minimise operational disruptions; Workscope Forecasting, which forecasts the workscope for core components removed based on historical data; and Profitability Projection, which applies advanced analytics to estimate profitability across processes and helps decision-makers optimise strategies for higher margins.

4. Agentic Automation — Building Connected, Data-Driven MRO Ecosystems
In this section, you will see how Ramco’s agentic AI is already reshaping what is possible inside a connected MRO environment, moving beyond conventional automation to a world where workflows think, decide, and act autonomously. Key capabilities you will see include:

• Digital OCR and Robotic Process Automation – how data inputs are automated at source through digital OCR, eliminating manual data entry and the errors that accompany it, while robotic process automation replaces repetitive manual tasks across the workflow, freeing your most experienced people to focus on decisions that require human judgement.
• Agentic AI in Practice – how agentic AI goes beyond prediction to execution, making decisions and acting on them autonomously within defined parameters from optimising task sequencing within work orders and autonomous supplier selection within approved lists, to real-time anomaly detection for spurious parts, automated SB/AD extraction and engineering order generation, and conversational chatbots that give engineers instant, intelligent answers anywhere in the operation.
• The Connected MRO Ecosystem – how all of these capabilities come together inside a single integrated platform that connects every function, from maintenance execution and supply chain to finance, compliance, and customer contracts, creating a continuous, accurate data pipeline that supports faster, more reliable decision-making across the entire operation, and unlocking new revenue-generating opportunities through data-driven insights that turn MRO from a reactive cost function into a proactive, intelligent profit centre.

5. Powerhouse Engines Real-World Case Study – Outcomes and the Business Case
Finally, new Ramco customer, US-based Engine MRO Powerhouse Engines who will discuss specific trends and challenges with engine MRO, and how AI can help to solve those challenges. You’ll also hear about expected outcomes once the solutions are live, including:

• Expected Measurable Outcomes – workscope processing time at Gate 0 reducible by 60%; material costs at Gate 2 reducible by 20% through forecasting and decision-assist capabilities; 30% improvement in service level enhancements through customer portal engagement; and significant reductions in revenue leakage, carrying costs, and data corruption across the operation. Independent Deloitte benchmarking further validates the financial case with maintenance planning cost reductions of 5–20%, inventory management savings of 5–8%, overhead cost reductions of 7–10%, outside services savings of 8–17%, and total MRO cost savings of 8–15% identified as achievable through integrated MRO IT transformation.
• The Powerhouse Engines Business Case – a first-hand account of what the shift to Ramco Aviation Software 6.0 means in practice: the operational challenges it is addressing, the productivity and visibility improvements already visible, and what integrated AI-driven MRO management means for an organisation navigating rising demand, workforce pressures, and the pressure to grow without compromising quality or compliance.

About the Aircraft IT Webinar Series:

Every 2 weeks the Aircraft IT website hosts a different live Webinar, each Webinar hosted by a different IT Vendor. These sessions represent the perfect opportunity to learn about a software solution in a more informal manner and to quickly gain an in-depth knowledge of all the major systems on the market, all from the comfort of your own office or home with no sales pressure.

The IT vendor provides a live software demonstration/masterclass of their solution and explains how it can benefit airlines, MROs, Operators, OEMs, Leasing Companies. Once logged on, online delegates can ask questions via the interactive sections of the Webinar or simply sit back and watch and listen to the demonstration. There are two sessions during the day, each differently times to accommodate all time zones.

Each Webinar session is recorded, and an On-Demand version is then posted back to the Aircraft IT website a few days after the live session to allow you to view the content again with your colleagues. The library of On-Demand Webinar recordings provides an invaluable reference source of Flight Operations software demonstrations from the World’s leading Flight Operations IT Vendors.

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