Duration: Upto 3 Years

Cost: 800 AED

Duration: Upto 1 Month

Course Content:

1. Introduction to Motors and Drives

   • Types of Electric Motors: AC Induction, Synchronous, DC Motors
   • Basics of Motor Operation and Applications in Industrial Settings

2. Fundamentals of Variable Frequency Drives (VFDs)

   • Definition and Purpose of VFDs in Motor Control
   • Advantages of VFDs in Energy Efficiency and Process Control

3. Electrical Theory and Principles

   • Understanding Voltage, Current, Frequency, and Their Relationship in AC Circuits
   • Power Factor Correction and Harmonic Mitigation with VFDs

4. VFD Components and Configuration

   • Detailed Study of VFD Components: Rectifiers, DC Bus, Inverters, Filters
   • Programming Interfaces and Parameter Settings for Various Applications

5. Motor Control Methods

   • Open-Loop vs. Closed-Loop Control Systems
   • PID Control and Speed Regulation Techniques with VFDs

6. Installation and Wiring Practices

   • Safety Protocols During VFD Installation and Commissioning
   • Proper Grounding, Cable Sizing, and Protection Against Electromagnetic Interference (EMI)

7. Commissioning and Troubleshooting

   • Steps for VFD Startup, Initial Setup, and Calibration
   • Common VFD Faults, Troubleshooting Techniques, and Diagnostic Tools

8. Maintenance and Reliability

   • Preventive Maintenance Practices for VFDs and Motors
   • Importance of Regular Inspections, Lubrication, and Temperature Monitoring

9. Application Specifics

   • VFD Applications in HVAC, Pumps, Fans, Conveyors, and Other Industrial Machinery
   • Case Studies and Practical Examples of Successful VFD Installations

10. Energy Efficiency and Cost Savings

    • Techniques for Optimizing Energy Consumption Using VFDs
    • Return on Investment (ROI) Calculations and Financial Benefits of VFD Installations

11. Regulatory Compliance and Standards

    • Understanding Industry Standards (IEEE, IEC) for VFDs and Motor Installations
    • Compliance with Safety Regulations and Local Codes

Cost: 1500 AED

Duration: Upto 20 Hours

Course Content:

1. Introduction to Control Panels

   • Definition and Importance in Industrial Processes
   • Types of Control Panels (PLC-Based, Relay-Based, etc.)

2. Components and Their Functions

   • Detailed Study of Components: Relays, Contactors, Timers, PLCs, Indicators, etc.
   • Understanding the Role and Selection Criteria for Each Component

3. Circuit Diagrams and Schematics

   • Interpretation of Electrical Drawings and Symbols
   • Practice in Creating and Modifying Circuit Diagrams

4. Assembly and Wiring Techniques

   • Hands-On Assembly of Control Panels Using Actual Components
   • Techniques for Neat and Efficient Wiring, Including Cable Management

5. Panel Layout and Design

   • Factors Influencing Panel Layout: Ergonomics, Accessibility, Safety
   • Using CAD Software for Designing and Documenting Panel Layouts

6. Testing and Commissioning

   • Procedures for Functional Testing of Control Panels
   • Simulation of Typical Industrial Scenarios to Validate Panel Functionality

7. Troubleshooting and Maintenance

   • Identifying Common Faults and Troubleshooting Techniques
   • Importance of Preventive Maintenance and Regular Inspections

8. Safety Practices and Regulations

   • Overview of Safety Standards (NFPA 79, IEC 60204)
   • Implementing Safety Protocols During Panel Assembly and Testing

9. Integration and Interface

   • Integration of Control Panels with Other Systems (SCADA, HMI)
   • Interface Design Considerations for Operator Interaction

10. Documentation and Compliance

    • Documentation Requirements: Drawings, Manuals, Test Reports
    • Compliance with Industry Standards and Regulatory Requirements

11. Case Studies and Practical Projects

    • Real-World Applications and Case Studies of Control Panel Design
    • Completion of Practical Projects to Reinforce Learning Outcomes

12. Professional Development

    • Career Pathways and Further Education Opportunities in Control Panel Design
    • Networking and Industry Engagement for Ongoing Learning and Skill Development

Cost: 1500 AED

Duration: Upto 20 Hours

Course Content:

1. Introduction to Human Machine Interface (HMI)

   • Understanding the Role of HMIs in Industrial Automation and Control Systems
   • Exploring the Benefits of Intuitive and User-Friendly HMI Design
   • Analyzing Real-World Applications of HMIs in Various Industries

2. HMI Software and Design Tools

   • Familiarizing with Popular HMI Software Platforms and Their Features
   • Creating Dynamic and Interactive HMI Screens for Process Visualization
   • Implementing Graphical Elements, Animations, and Data Displays

3. HMI Configuration and Communication

   • Configuring Communication Protocols for Seamless Interaction with PLCs and Other Control Devices
   • Establishing Data Exchange Between the HMI and Industrial Equipment
   • Troubleshooting Communication Issues and Ensuring Reliable Data Transfer

4. Navigation and User Experience

   • Designing Intuitive Navigation Flows
   • Enhancing User Experience through Effective HMI Design
   • Conducting Usability Testing and Feedback Integration

5. HMI Security and Best Practices

   • Implementing Security Measures to Protect HMI Systems
   • Best Practices for Securing HMI Interfaces and Data
   • Addressing Common Security Vulnerabilities

6. HMI Project Development and Case Studies

   • Managing HMI Project Lifecycle from Concept to Deployment
   • Analyzing Case Studies of Successful HMI Implementations
   • Learning from Real-World Challenges and Solutions

Cost: 1500 AED

Duration: Upto 20 Hours

• Importance of electrical safety in the workplace.
• Overview of relevant regulations, standards, and best practices.

• Understanding voltage, current, and resistance.
• Overview of electrical circuits and components.

• Identification of common electrical hazards (, shock, arc flash, burns).
• Factors contributing to electrical accidents.

• Safe work practices when working with or near electrical equipment.
• Procedures for lockout/tagout (LOTO) and energy isolation.

• Selection, use, and maintenance of PPE for electrical work.
• Types of PPE, including gloves, safety glasses, and arc flash clothing.

• Procedures for inspecting electrical equipment for signs of damage or wear.
• Importance of regular maintenance and testing of electrical systems.

• Explanation of grounding and bonding principles.
• Importance of proper grounding to prevent electrical shocks and fires.

• Overview of protective devices such as circuit breakers, fuses, and ground fault circuit interrupters (GFCIs).
• Explanation of how these devices protect against electrical hazards.

• Guidelines for tasks such as installing, repairing, and maintaining electrical systems.
• Proper procedures for working on energized and de-energized electrical equipment.

• Protocols for responding to electrical incidents, including shock and arc flash.
• First aid procedures for electrical injuries.

• Basic electrical safety principles for employees who work near electrical equipment but are not electricians.
• Procedures for reporting electrical hazards and emergencies.

• Overview of relevant electrical safety regulations, standards, and codes.
• Consequences of non-compliance with electrical safety requirements.

• Analysis of real-life electrical accidents and incidents.
• Hands-on exercises to reinforce safety procedures and practices.

• Encouraging a culture of continuous improvement in electrical safety.
• Best practices for creating a safe work environment and preventing electrical accidents.

Cost: 350 AED

Duration: Upto 4 Hours

Course Objectives:

Upon successful completion of this course, participants will:

• Understand the importance of power system modeling.
• Comprehend the need for calculating short circuit currents.
• Perform manual short circuit calculations using methods like MVA method and system studies.
• Analyze balanced and unbalanced power flow.
• Determine voltage drops and perform cable sizing calculations.
• Size transformers for MVA requirements.
• Analyze motor starting and acceleration dynamics, both static and dynamic.
• Evaluate switchgear ratings for breaking and making capacities.
• Recognize the importance of arc flashing and relay coordination for operational safety.
• Design substation grid earthing systems using ETAP.
• Conduct test case simulations using ETAP software.
• Explore the advanced capabilities of ETAP Power Station from OTI.

Course Details:

Electrical System Design

Module 1: System Planning

• Basic design considerations.
• Planning guide for supply and distribution systems.
• Modernization and evaluation studies of power systems.
• Voltage control and selection in electric power systems.
• Considerations for voltage drops in locating low and high voltage areas.

Module 2: Cost Estimation of Industrial Power Systems

• Preparation of cost estimates.
• Evaluation of equipment and material costs.
• Installation costs and other related expenses.

Module 3: Lighting Design

• Types of illuminating systems and sources (e.g., daylight, incandescent, fluorescent).
• Illumination laws and photometry.
• Interior and exterior lighting design considerations for various applications.

Module 4: Cable Sizing and Selection

• Calculation of load details.
• Selection of cable types based on construction features.
• Factors influencing cable selection such as current ratings and installation conditions.
• Voltage drop calculations and impedance considerations.
• Maximum permissible voltage drop according to ANSI and IEC standards.

Module 5: Earthing Design and Calculation of Power Plants

• Factors influencing the choice of earthed and unearthed systems.
• Design and calculation of system and equipment earthing.
• Calculation of step and touch voltages.
• Compliance with standards (IS, IEC, IEEE, BS).

Module 6: Design and Engineering of Transmission Lines

• Transmission planning considerations.
• Compliance with Indian Electricity Rules and state regulations.
• Selection of conductors for overhead transmission lines.
• Calculation of SAG (sagging) and tension.
• Overhead transmission line clearance considerations.

Module 7: Design and Engineering of Switchyards

• Classification and selection of projects.
• Electrical clearance and insulation coordination.
• Layout design of outdoor substations and control rooms.
• Selection and sizing of main substation equipment (transformers, CBs, isolators, etc.).
• Design of bus bar schemes.
• Sizing of voltage and current transformers, HT/LT CBs, control panels, isolators, lightning protection, insulators, batteries, UPS systems, and capacitors.
• Techniques for power factor improvement.

Drawings:

• Preparation of electrical layouts and symbols.
• Creation of single-line and three-line diagrams.
• Layout design for earthing systems and substations.

Case Study (Using ETAP Software):

• Preparation of single-line diagrams.
• Load flow analysis.
• Short circuit analysis.
• Harmonics analysis.
• Stability analysis, and more.

This course provides comprehensive training in ETAP software and electrical system design, equipping participants with practical skills and knowledge essential for careers in power engineering and related fields.

Cost: 2500 AED

Duration: 24 Hours

• Introduction to Autodesk Revit MEP
• Basic Creation Tools
• Basic Editing Tools
• Starting a MEP Project
• Views
• Component Families
• Spaces and Zones
• Building Performance Analysis
• Systems
• HVAC
• Hydraulic Piping Systems
• Plumbing Systems
• Fire Protection Systems
• Electrical Systems
• Scheduling
• Detailing
• Documentation
• Work sharing
• Presentations
• Conclusion

Cost: 2500 AED

Duration: 40 To 45 Hours

Cost: 2500 AED

Duration: 45 Hours

Materials are included. This online certificate program is offered in partnership with major colleges, universities, and other accredited education providers.

Cost: 795 USD

Duration: 3 Months