Electrical Design | Industrial Automation - Last Date to Apply for Training Courses – 30th May 2025.
MEP Design Courses in Dubai
WHY LEARN MEP Course?
Learning an MEP course is essential for anyone looking to enter the construction, engineering, or building design industries. MEP—Mechanical, Electrical, and Plumbing—systems are the core components that make modern buildings functional and safe. By enrolling in a professional MEP design training in Dubai, students gain in-depth knowledge of HVAC systems, electrical layouts, plumbing design, and fire safety solutions. This skill set is in high demand, especially in the UAE’s fast-growing construction sector.
Choosing the best MEP design & drafting training institute in Dubai can open the door to lucrative job opportunities both locally and internationally. A reputable MEP training institute in Dubai not only teaches technical theory but also provides hands-on experience with the latest industry tools and software. Whether you're a fresh graduate or a working professional, MEP training offers a solid pathway to career advancement in one of the most critical fields of modern infrastructure.
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HVAC Design Course in Dubai
Join our 8-week hands-on HVAC training program tailored for mechanical engineers to gain expertise in HVAC system design, maintenance, and troubleshooting.
Electrical Design Course in Dubai
Enroll in our 5-week course crafted for professional electrical engineers to master the design, implementation, and construction of efficient electrical systems for commercial buildings.
Plumbing Design Course in Dubai
Join our plumbing design and drafting course – perfect for students and professionals who want to build skills in water supply, drainage systems, and more to boost their career.
Fire Fighting Training in Dubai
The Fire Fighting Design Course is ideal for electrical and mechanical engineers who want to learn about fire alarm systems, fire protection, stairwell pressurization, and more.
Best MEP Design Training in Dubai
What is MEP training Course?
MEP Design refers to the detailed planning and integration of Mechanical, Electrical, and Plumbing systems within buildings. These systems are essential for ensuring comfort, safety, and functionality in residential, commercial, and industrial spaces. MEP engineering plays a crucial role in modern construction, contributing to energy efficiency, sustainability, and the overall performance of building projects.
For those aiming to build a successful career in this field, enrolling in the Best MEP design & drafting training institute in Dubai is the first step. Professional MEP design training in Dubai equips students with practical skills and technical knowledge required by the industry. Among the top choices, Solve Tech stands out as a trusted MEP training institute in Dubai, helping learners gain real-world expertise and excel in the competitive job market.
Solve Tech Training Institute is recognized as a leading MEP Design training institute in Dubai, offering expert-led courses that prepare students for real-world projects and high-paying roles in the MEP industry.
We are awarded the Best MEP Estimation Course on Coursetakers.aeWhy Choose MEP Design Course?
- Growing demand for MEP professionals in the construction industry.
- Essential for those seeking a career in HVAC, electrical systems, or plumbing design.
- Provides hands-on knowledge with industry-standard software and real-world applications.
- Prepares you for job roles in building services engineering, facility management, and consultancy.
- Helps bridge the gap between academic theory and practical on-site application.
Who Should Take the MEP Design Course?
- Mechanical, Electrical, or Civil Engineering graduates and diploma holders.
- Architects and CAD professionals looking to specialize in building services.
- Working professionals in construction or facility management seeking to upskill.
- Students pursuing a career in the construction or infrastructure sector.
Course Outline
1. Introduction to MEP Design
- Importance in building design
- Industry overview and applications
2. Mechanical Systems (HVAC)
- Basics of heating, ventilation, and air conditioning
- Load calculations, duct design, and selection of HVAC equipment
3. Electrical Systems
- Electrical load calculation
- Lighting design, wiring, circuiting
- Power distribution and protection
4. Plumbing Systems
- Water supply and drainage systems
- Pipe sizing, water demand calculations
- Pumps and fixture selection
5. Fire Fighting Systems
- Fire safety standards and codes
- Design and layout of sprinkler and hydrant systems
6. Software Tools
- AutoCAD for drafting
- Revit MEP/BIM fundamentals
- Carrier HAP/Ductulator, Dialux, ETAP, etc
7. Codes and Standards
- National and international codes (ASHRAE, NFPA, NBC, etc.)
8. Project Work
- Real-time MEP design projects
- Site layout, drafting, and documentation
Course Contents:
- Fundamentals of HVAC, Electrical, and Plumbing
- Load calculations and equipment selection
- System layout and coordination
- MEP Drafting & Documentation
- Hands-on training in AutoCAD & Revit MEP
- Introduction to BIM concepts
- Site visits / Virtual tours (if applicable)
HVAC Designing Course Modules
Module 1: Introduction to HVAC
- Overview of HVAC Systems
- Types of HVAC systems and their applications
- Basic components of HVAC systems (e.g., compressors, condensers, evaporators)
- Psychrometrics and its relevance in HVAC design
- Air-conditioning Equipment
- Classification of air-conditioning systems (window, split, package, VRF, central, DX)
- Types of HVAC systems: All-Air, All-Water, Air-Water, Direct Refrigerant Systems
Module 2: HVAC Design Fundamentals
- Heat Load Calculations
- Techniques for determining heat loads, airflow, and system sizing
- Manual and software-based heat load estimates (e.g., E20, HAP)
- Estimating tonnage and airflow
- Machine and Equipment Selection
- Choosing HVAC equipment based on heat load calculations and project specifications
- Air Distribution and Ducting Systems
- Duct sizing, routing, and selection of diffusers and grilles
Module 3: Advanced HVAC Design Systems
- Fresh Air and Ventilation Systems
- Designing for optimal air quality and energy efficiency
- Fresh air handling units and fan selection
- Chilled Water and Hydronic Systems
- Design concepts for chilled water systems and pump selection
- Variable Refrigerant Flow (VRF) Systems
- Overview of VRF systems for both residential and commercial applications
Module 4: Exhaust Air Systems
- Kitchen and Parking Exhaust Systems
- Design principles, equipment selection, and duct routing
- Specialized exhaust fan calculations for kitchen and parking applications
- Staircase Pressurization Systems
- Design concepts, fan selection, and system functionality
Module 5: HVAC Software Tools
- Software for HVAC Design & Analysis
- Carrier E-20, HAP, BETA Software, McQuay Duct Sizer, and more
- Practical use of MS Excel and AutoCAD for HVAC design
Module 6: HVAC Drafting and AutoCAD
- Drafting HVAC System Layouts
- Single and double-line drawings
- Preparing shop drawings and as-built drawings using AutoCAD
Module 7: Installation and Commissioning
- Site Installation
- Material, machinery, and manpower management
- Installation procedures for air and water-side components
- Safety protocols and project handover procedures
Module 8: Quality Assurance and Control (QA/QC)
- Inspection & Testing
- Pre-inspection checks, vibration testing, and system performance testing