Cost: 1599 AED

Duration: 24 Hours

Cost: 2199 AED

Duration: 30 Hours

Cost: 1899 AED

Duration: 28 Hours

• Growing Demand in the EV Industry: The electric vehicle sector is expanding rapidly, particularly in regions like UAE and Dubai, creating a strong demand for skilled professionals.
• Industry-Relevant Skills: This course equips you with the practical skills and knowledge needed to excel in EV engineering and system integration, ensuring you are well-prepared for the workforce.
• Real-World Application: The course offers hands-on experience with industry-standard tools like MATLAB, Simulink, Ansys, and Python, making you job-ready for advanced roles in the EV industry.
• Comprehensive Coverage: From EV architecture to powertrain systems, battery management, and thermal strategies, this course covers all crucial aspects of EV technology.
• Career-Ready Preparation: The course includes job roles and responsibilities specific to the EV industry, giving you a clear path to success in an expanding market.
• Sustainable Future: Gain insights into sustainability and innovations in EV manufacturing and circular economy, making you an asset to companies prioritizing green technologies.

• Industry-Focused Learning: Gain practical experience working with tools like MATLAB, Simulink, and Ansys, ensuring a deep understanding of EV systems and components.
• Hands-On Projects: Develop 5+ real-world industry use cases across diverse EV scenarios.
• Expert Instructors: Learn from industry experts with over a decade of experience in the EV and tech sectors.
• Job Market Preparedness: Familiarity with job roles and responsibilities in the EV industry, preparing you for immediate career opportunities.
• Lifetime Access: Enjoy lifetime access to course materials and future updates, ensuring your skills remain current.

• EV vs. Internal Combustion Engine (ICE) Overview
• EV Types: BEV, HEV, PHEV, FCEV – Pros & Cons
• Vehicle Development Process (Concept → Design → Testing → Deployment)
• Systems Integration Overview
• Case Study: Tesla vs. Traditional Automakers – EV Design Evolution

• Hybrid Components & Architectures
• Major Powertrain Components (Motors, Batteries, Power Electronics)
• Controls Integration & Component Sizing Trade-offs
• System Design Considerations (Energy, Efficiency, Torque, Thermal)
• Software Lab: MATLAB/Simulink – EV Powertrain Simulation

• Vehicle-Level Integration (Performance, Drivability, NVH)
• Chassis & Powertrain Interaction (Braking, Steering, Ride Handling)
• HV/LV Electrical Systems – Safety & Charging Architecture
• In-Vehicle Displays & Information Systems (User Experience & Efficiency Aids)
• Software Lab: CAN Communication & Embedded Control for EVs

• Testing & Validation Processes (Component, System, Fleet Testing)
• Regulatory Standards: SAE, UL, IEC, FMVSS
• Safety Testing & Certification (Short Circuit, Overcharge, Fire Exposure)
• Hands-on Demo: Battery Testing & EV Component Testing

• Maxwell’s Equations & Magnetic Circuits
• Motor Types: PM Motors, Induction Motors, Switched Reluctance Motors
• Torque Production, Non-linear Magnetic Behavior, Losses & Efficiency
• Hands-on Lab: Motor Control using MATLAB/Simulink

• Lithium-Ion Battery Chemistry, Design & Safety Considerations
• Battery Pack Design (Thermal, Electrical, Structural Considerations)
• Battery Management Systems (BMS) – Functions, Control, & Estimation
• Simulation Lab: Battery Pack Simulation using Simulink & Ansys

• Power Converters: Buck, Boost, Inverter Design & Efficiency
• Semiconductor Devices: IGBTs, MOSFETs, SiC/GaN Trends
• Charging Infrastructure & Standards: SAE J1772, Inductive & DC Fast Charging
• Lab: Converter & Inverter Control Design in MATLAB/Python

• Embedded Controllers & Communication (CAN, LIN, FlexRay)
• AI in EVs: Predictive Maintenance, Battery Health Monitoring
• Real-time BMS & Motor Control using AI/ML Models
• Hands-on: Implementing AI-Based Battery Management using Python

• Battery & Power Electronics Thermal Considerations
• Active vs. Passive Cooling – Air, Liquid, PCM, Heat Pipes
• Case Study: Tesla vs. Lucid vs. Rivian – Thermal Strategies
• Simulation Lab: Battery Thermal Management in ANSYS

• Manufacturing Processes: Cell-to-Pack & Cell-to-Chassis Innovations
• Sustainability & Second-Life Batteries (Reuse, Recycling, Disposal)
• Industry Panel: Experts on EV Manufacturing & Circular Economy

• Energy Management Strategies for Extended Range
• Vehicle-to-Grid (V2G) & Bi-directional Charging
• Hands-on: Developing Smart Charging Algorithms in Python

Cost: 3000 AED

Discount: 50% Off for Laimoon Users!

Duration: 3 Months

• Understand the importance of the polymers economics
• Learn to infer the properties of the polymeric materials from their chemical structure
• Learn the methodologies used to produce polymers from raw materials
• Learn the techniques used to produce reinforced resins
• Listen about the applications of the most common polymeric materials
• Learn the techniques used to form the finished products
• Apply the most important equations governing the chemical and mechanical behaviour of polymers

Cost: 5900 USD

Duration: 5 Days

• To understand extrusion fundamentals
• To learn about extrusion machinery and devices
• To understand the extrusion process and its sub processes
• To learn about extrusion process designoperation and control

Cost: 5900 USD

Duration: 5 Days

Duration: 5 Days

• Practices Maintenance activities related to safe and effective performance of maintenance activities.
  
• Predictive Maintenance Best practices in PM, condition monitoring, and lubrication with special focus condition monitoring technology capabilities.
  
• Analysis Best practices for performing troubleshooting activities related to breakdowns and continuing equipment issues.
  
• Maintenance Best practices for performing corrective maintenance activities.
  
• Equipment to full function with special emphasis on precision maintenance and installation practices.
  

Cost: 2590 USD

Duration: 5 Days

You will recognize and use probability distributions and analysis techniques, and be able to make better decisions during the complete product life cycle. You will be able to integrate world-best reliability engineering and management practices into your company.

Cost: 2790 USD

Duration: 5 Days

The main objective of this course is to explain the planning and scheduling functions and how they can be part of an overall Operational Excellence model and Asset Reliability systems. Planners and Schedulers will strengthen their understanding of their important functions beyond the routine CMMS Work Order daily transactions. This will be achieved by explaining a typical step-by-step work process of the Planning and Scheduling of Maintenance Work Orders. The course will outline an integrated end to end work process covering Planning, Scheduling, Execution as well as Asset Reliability functions.

Attendants will also take a closer look at the Maintenance Performance Metrics and how these metrics can gage the health of the Maintenance planning and execution functions which in turn will enable the Maintenance Organization for a continuous improvement cycle.

Cost: 1990 USD

Duration: 5 Days

The course uses a combination of individual and group exercises to heighten the learning experience. 

Attendees will complete and review daily homework exercises designed to enhance and reinforce daily training in order to give them their best chance of successfully completing the exam at the end of the course.

Cost: 2590 USD

Duration: 5 Days

• Understanding the service value system and its interconnected components.
• Applying ITIL guiding principles to optimize workflows and improve processes.
• Exploring the four dimensions of service management: people, technology, suppliers, and value streams.
• Learning the purpose and functions of essential ITIL practices, such as incident management, change control, and continual improvement.

• Identify, plan, and implement IT services that align with business goals.
• Solve problems, improve workflows, and ensure efficient service delivery.
• Gain a competitive edge in the global job market.

• Service
• Utility
• Warranty
• Customer
• User
• Service Management
• Sponsor

• Cost
• Value
• Organization
• Outcome
• Output
• Risk
• Utility and Warranty

• Focus on value
• Start where you are
• Progress iteratively with feedback
• Collaborate and promote visibility
• Think and work holistically
• Keep it simple and practical
• Optimize and automate

• Service offering, relationship management, provision, and consumption

• Organizations and people
• Information and technology
• Partners and suppliers
• Value streams and processes

• Explaining the ITIL service value system
• The activities of the service value chain and how they interconnect
• The interconnected nature of the service value chain and its support for value streams

• Planning, Improving, Engaging
• Designing and transitioning
• Obtaining and building
• Delivering and supporting

• Information security management
• Relationship, Supplier, and Availability management
• Capacity and Performance management
• IT asset management
• Service continuity management
• Monitoring and Event management
• Release management
• Service configuration management
• Deployment management
• Continual improvement
• Incident and Problem management
• Service request management
• Service Desk and Service Level management

• Availability
• IT asset
• Event
• Configuration item
• Change
• Incident and Problem
• Known error
• 7 ITIL practices

• The continual improvement models
• Change control
• Incident and Problem management
• Service request management
• Service Desk and Service Level management

Cost: 4000 AED

Discount: 55% Off for Laimoon Users!

Duration: 16 Hours

• The Business of Maintenance
• Asset Maintenance Strategy development
• Maintenance leadership
• Cost of failure
• Predicting failures
• Seven Major Predictive technologies training
• Proactive Maintenance 
• Proactive Maintenance Continuation
• Reliability Engineering concepts and calculations
• Six Sigma and Lean concepts

• Asset Managers
• Maintenance Managers and Supervisors
• Maintenance Engineers
• Reliability Managers
• Reliability Engineers
• Operations Managers
• Maintenance optimization Engineers
• Maintenance Planning Engineers
• Condition monitoring engineers

• Clearer direction for career development and education
• Improved visibility and recognition within your current organization
• Differentiated pay scales
• Portable job skills and knowledge between plants and companies
• Assists in job promotion
• Greater job effectiveness
• Fewer frustrations with gaps in knowledge
• Improved ability to differentiate between candidates in the hiring and promotion process

Cost: 5870 USD

Duration: 5 Days

• Perform preliminary risk analysis and document project risks.
• Assess the project environment for threats and opportunities.
• Establish a risk management strategy based on risk thresholds.
• Develop risk registers and identify risk triggers.
• Conduct both qualitative and quantitative risk analysis.
• Plan and implement risk responses.
• Monitor project risks and update risk management documents.
• Validate the project's risk management plan with stakeholders.

• Project Managers
• Senior Executives
• Engineers
• Project Sponsors
• Operations Managers
• Planning Engineers
• Project Coordinators
• Business Executives
• Construction Managers
• IT Project Managers
• Professionals across various industries, including Telecom, Oil & Gas, Power, Manufacturing, and Banking

• Gain a competitive edge in the job market with the PMI-RMP® credential.
• Enhance your ability to negotiate higher salaries.
• Improve project outcomes by effectively managing risks.
• Increase visibility and recognition as a specialized professional in risk management.

• Duration: 30 Hours
• Timing: 09:00 AM to 02:00 PM
• Frequency: Fridays Only
• Mode of Training: Classroom/Online

Cost: 480 BHD

Duration: Upto 30 Hours