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[image] Where Engineering Meets Intelligence ASMAR TECHNOLOGIES.

[image] Where Engineering Meets Intelligence ASMAR TECHNOLOGIES.

Our Services. Management & Project Consultancy: Strategic management consulting, project planning, feasibility studies, and full lifecycle project oversight Maritime & Shipyard Consultancy: Specialized expertise in shipyards, repair facilities, retrofits and maintenance management Establishment of Test Centres: Complete turnkey solution, from initial consultancy and design engineering to procurement, execution, and ongoing operational support Digital Transformation: Implement digital cores and data engineering to centralize sensor and business data into a secure analytics platform. Deploy predictive maintenance, dashboards, and automated workflows to boost uptime and lower lifecycle cost Programming & Support: End-to-end programming and technical support to automate processes and optimize workflows.

Our Solutions. Digital Twin & Simulation: End-to-end virtual modelling of ships and shipyard processes for design optimization and scenario testing AI/ML-Powered Maintenance: Machine-learning pipelines and Remaining Useful Life (RUL) models for condition-based maintenance and failure prediction Integrated Logistics & LCM: Full-scale ILS (Integrated Logistics Support) and life-cycle management planning using predictive analytics and automation to optimize support, spare parts, and maintenance strategies IoT & Data Analytics: Industrial IoT sensor networks and big-data analytics for real-time monitoring of equipment health, fuel/emissions performance, and process efficiency Testing & Diagnostics: We supply advanced simulation and testing tools for marine propulsion, power systems, and emissions Consulting & Training: Expert consulting and training services to guide customers through digital adoption, gap analysis, retrofit planning, and optimized workflows.

A group of people working in a factory.

Executive Summary. Objective Deliver smart solutions to modernize shipyard’s test, digital and operational capabilities.

Scheme of presentation. The UAE Vision 2031 Global Pain Points & Local Bottlenecks The Solution Implementation Strategy Conclusion & Way Forward.

The vision: UAE Maritime Leadership. National Alignment: Supports "We the UAE 2031" vision to double GDP Market Growth: Regional ship repair market projected to hit USD 54 billion by 2027 The "Maritime Bundle": A world-first digital infrastructure reducing administrative procedures by 99% UAE Hub Status: The UAE serves as a major logistics hub with large-scale smart port and terminal automation programs already in place.

The Labor Crisis: Shortages & Skills Gap. Core Challenge: Labor-Intensive, Hard-to-Automate Industry: Heavily reliant on specialized manual trades Aging Workforce & Insufficient Pipeline: Demographic shift with a lack of incoming skilled labor Critical Trade Shortages: Welders, pipefitters, electricians are in high demand and short supply Business Impact: Constrains yard throughput and capacity Drives up labor costs and overtime expenditures Increases project risk due to dependence on a limited pool of expertise.

Scheduling & Capacity Constraints. Core Challenge: Physical & Asset Limitations: Finite drydock berths, crane capacity, and specialized workshops Inefficient Planning: Manual, siloed scheduling leads to idle time, resource clashes, and poor visibility Disruption Prone: Emergency repairs (e.g., collision damage) force complex, reactive resequencing of planned work Business Impact: Lowers overall asset utilization (berths, cranes) Creates project delays and cascading schedule slippage Reduces revenue predictability and profitability per berth.

Supply Chain Delays & Disruptions. Core Challenge: Prolonged Lead Times: Critical components (engines, steel plates, proprietary electronics) can take months to source globally Poor Coordination: Parts arrive late or out of sequence with the project workflow Reactive Sourcing: Lack of real time visibility into global supplier inventory and fabrication status Business Impact: Major driver of project schedule extensions (critical path delays) Causes work stoppages and inefficient resource reallocation Increases inventory holding costs for "just-in-case" stockpiling.

Equipment Downtime & Reactive Maintenance. Core Challenge: "Run-to-Failure" Predominates: Maintenance is often performed only after equipment breaks Lack of Condition Monitoring: No predictive data on machinery health (e.g., compressors, pumps, staging) Failures During Repair: Equipment breakdowns within the yard cause costly rework and schedule slip Business Impact: Extends vessel time in yard, directly impacting revenue/capacity Causes unplanned work, increasing costs and compromising quality Erodes customer trust due to avoidable delays.

Data Silos & Manual Processes. Core Challenge: Fragmented Information Ecosystem: Reliance on paper, spreadsheets, and disconnected software systems Critical Data Silos: Drawings, logs, inspection reports, and work orders are not centrally accessible Ineffective Handoffs: Poor communication between planning, operations, procurement, and finance leads to errors and delays Business Impact: Miscommunication and rework due to outdated or incorrect information Inefficient decision-making without a single source of truth Inability to perform holistic performance analysis & forecasting.

Health, Safety & Environmental Risks. Core Challenge: Inherently High-Risk Industry: Ranked among the world's most hazardous work environments Pervasive Hazards: Welding fumes, legacy asbestos, falls from height, confined spaces, heavy lift operations Compliance Burden: Increasingly stringent regulatory requirements demand rigorous monitoring and documentation Business Impact: Direct risk of serious incidents, fatalities, and associated liabilities Potential for major project stoppages due to safety investigations Reputational damage and difficulty in attracting workforce.

Logistics & Material Handling Bottlenecks. Core Challenge: Inefficient Material Movement: Transporting large components is manual, slow, and cumbersome Suboptimal Yard Layout: Distances between storage, workshops, and drydocks are not optimized Tool & Inventory Mismanagement: Time wasted searching for misplaced tools or managing inaccurate inventory Business Impact: Significant non-value-added time spent moving materials/tools Reduced productive labor hours for core repair tasks Contributes to overall project duration extension.

Customer Service & Transparency. Core Challenge: Customer Demand for Transparency: Owners and operators require clear, real-time status updates Legacy Communication Channels: Reliance on phone/email leads to information lags and frustration Lack of Self-Service Portals: Customers cannot independently check progress, documentation, or approvals Business Impact: Poor customer experience and eroded trust Inefficient use of project management time for manual updates Competitive disadvantage against yards offering digital client interfaces.

The Solution: Digital Ecosystem. AI Vision for Safety & Efficiency Operational Excellence Shop Floor Management Maintenance Digitalization Warehouse & Supply Chain Visibility Life Cycle Management.

The Solution: Digital Ecosystem. zdigiis Enterprise Resource Planning LOCKKEYZ Smolt & Secure Authentication Identity Authentication, KYC & AML 0 NEURVu Customer Relationship Management NEIJ Warehouse & Operations Management VERSZYE Smart A1 Based Video Analytics & Surveillance Rebootz.al From Repetition to movaton Assets Lifecycle Management & Maintenance Journey TRACK Track & Trace e-comm Commerce Cloud Solution mexat Machine Integration & MES Solutions.

ISO 55000 & Safety Compliance Mapping. ISO 55001 Clause Mapping.

Safety Compliance. Together: Detection + Governance + Evidence.

Audit & Reporting Advantage. Automated safety dashboards Incident & near miss traceability Evidence-backed compliance reports Contractor accountability/ performance logs.

Synthesis & Path Forward. Interconnected Challenges: Labor gaps and safety risks are human-centric Scheduling, supply chain, downtime, data, and logistics are operational & planning-centric Customer service is the outcome of excelling in all areas Strategic Imperatives: Digital Integration: Unify data streams to create a "single source of truth" Predictive Analytics: Apply to maintenance (equipment) and supply chains (parts) Dynamic Resource Management: Implement AI-assisted scheduling for yards and labor Workforce Development & Safety Tech: Invest in training, AR/VR, and monitoring tools Client-Centric Platforms: Provide real-time project visibility portals.

Global Digital Shipyard Market. The Global Digital Shipyard Market Size Expected to Grow from USD 3.00 Billion in 2023 to USD 22.63 Billion by 2033, at a CAGR of 22.39% during the forecast period 2023—2033. Market Segn•ent By Solution • Hardware • Software • Services By Shipyard Type • Commercial • Military Market Players CAGR of 22.39% BAE SYSTEMS -AVE VA ccentur inmarsat SIEMENS HEXAGON.

The Financial Case: Proven Global Benchmarks. Metric Category Specific Metric Quantified Value Technology Implemented Shipyard/Source Cost Reduction Production Cost Savings Up to 15% Integrated Design/Digital Twin Hyundai Heavy Industries Annual Welding Savings USD 9.4 Million Robotic Process Automation Ulsan-based Shipyard Maintenance Cost Reduction Up to 20% AI-driven Predictive Maintenance Maersk Line Time Reduction Planning Cycle Reduction 10 weeks -> < 1 hour AI-Powered Capacity Planning Major US Shipbuilder Welding Time Reduction 50% Robotic Process Automation Ulsan-based Shipyard Man-Hour Reduction Man-Hour Savings (Program) 18% Digital Design / AR Newport News (USS JFK) Man-Hour Savings (Task) 35% (2.5 hrs/day) Augmented Reality (AR) Newport News (Pilot Project) Productivity/ Safety Production Automation Rate 68% Robotics Samsung Heavy Ind. (Geoje) Injury Incidence Reduction ~43% Digital Twin / Advanced Outfitting European Cruise Shipyard.

The Financial Case: Proven Global Benchmarks. Company/Source Hyundai Heavy Ind. Keppel Shipyard Maersk Line Major US Shipyard McKinsey (Analogy) BCG (Industry 4.0) Technology Integrated Smart Ship Solution 5G Digital Twin A1 Predictive Maintenance A1 Scheduling (BigBear.ai) 5-D BIM / Digitalization Digital Transformation Reported Benefit (Metric) 6% reduction in annual operating costs 50% reduction in inspection man-hours Up to 20% reduction in maintenance costs $975,000 saved in scheduling in Year 1 75% of adopters report positive ROI 10-40% efficiency gain.

Phased Implementation Roadmap. Phase Title Key Focus Phase 0 Readiness & Pilot Design Assessing current capabilities, setting objectives, and designing the initial test case (the pilot) Phase 1 The Pioneer Project & Foundation Launching the first major project to establish the technical and cultural "Digital Core" Phase 2 Expanding the Digital Core Facility Wide Scaling the proven model from the pioneer project across the entire organization or facility.

The ROI of Intelligence. From Reactive to Proactive Planning: Transitioning from a 10-week manual planning cycle to under 1 hour of AI assisted optimization allows for higher vessel turnover and maximized berth utilization Efficiency at Scale: Implementation of Augmented Reality (AR) and robotics delivers a 35% reduction in man hours per task, directly addressing the regional labor shortage and rising overtime costs Asset Protection: Moving to AI-driven predictive maintenance reduces total maintenance expenditures by up to 20%, ensuring equipment longevity and reducing unplanned rework Risk Mitigation: Advanced digital outfitting and Digital Twin monitoring correlate to a 43% reduction in injury related costs and associated legal liabilities.

The ROI of Intelligence. Metric Legacy Process Digital Shipyard Financial Impact Operational Costs High "Run-to-Failure" costs Predictive Maintenance 6% Annual Reduction Throughput 10-week planning lag <1 Hour AI Scheduling Increased Capacity Productivity Manual trade reliance AR & Automation 10-40% Efficiency Gain Customer LTV Low transparency Real-time Portals Higher Retention.

Conclusion. In summary, the challenges are deep and interconnected. Solving them isn't about a single software purchase. It requires a strategic commitment to digitizing the core workflow creating a digital thread from the initial quote, through planning, procurement, execution, and delivery. This enables predictive insights, dynamic resource management, and unparalleled transparency. The yards that undertake this transformation will secure their labor force, optimize their operations, ensure safety, and deliver a superior client experience, pulling ahead in an increasingly competitive market..