We Create Top MEP Professionals
Ace India offers career based professional training for fresher as well as experienced mechanical, electrical and construction professionals. The training will be as per the most updated international and Indian standards.
"Providing Technicians to Engineers and Professionals with Practical Exposure to Industrial Environments.
Overall, Ace India Training and Services Pvt Ltd is a Comprehensive Organization Offering a Range of Services to cater to the Diverse Needs of the construction and BIM/MEP industry, with Focus on Training, Recruitment and Consultancy."
Syed Nazif
Founder ACE India, MEP/BIM Trainer.
Course Offered Under MEP Training
Ace India Training and Services Pvt Ltd is an establishment that provides world class services in MEP Training and MEP project management field. The Organisation is established in the year 2007 by a group of working professionals, having hands on experience in MEPand Construction Industry. Team Ace India comprises of high tech professionals with relevant experience in various domains like design, projects,service, sales, marketing and planning. They have in depth knowledge in their respective profiles, handling both international and Indian standards. Engineering team of ACE INDIA consists of professionals with more than 15 years of experience in training, recruitment services and project management.Directors of the Organisation are resolutely determined in improving the operations,there by meeting the ever evolving needs of the construction industry.
Download Brochure- HVAC
- Fire Fighting and Plumbing
- Electrical Design and Drafting
- BIM (Building information Modelling)
HVAC (Heating, Ventilation and Air Conditioning)
+Introduction to HVACR
- Heating
- Ventilation
- Air Conditioning
- Refrigeration
- Fundamentals
- Types of heat transfer
- Refrigeration Cycle
- Types of Condenser
- Types of compressor
- Types of Expansion Valves
- Types of Evaporators
+Psychrometric Chart Analysis
+Refrigerants and Brines
+Classification of Air Conditioning Systems
- Window A/C
- Split A/C
- Ductable Split Air Conditioners
- Ductable Packaged Air Conditioners
- Packaged Roof Top Units
- Chilled Water Systems
- Variable Refrigerant Volume Systems
+Heat Load Calculations
- Building Survey
- Orientation of Buildings
- Use of Space
- Dimensions of the Space to Air Conditioned
- Size of beams and columns
- Construction material (U factors)
- Occupancy
- Equipment
- Lighting
- Ventilation
- Indoor Air Quality
- Heat Load Calculations Using E 20 Form
- Tonnage Calculations
- Dehumidified Air Flow rate
+Equipment Selection
+Air Distribution System
- Different Types of Ducting
- Design parameters for Ducting
- Duct Routing and Sizing
- Constant Friction Method
- Velocity Reduction Method
- Supply and Return Air Openings
- Different Types of accessories
- Different Types of Insulation
- Constant and Variable Air Volume systems
+Ventilation & Exhaust Systems
- Normal Ventilation Systems
- Treated Fresh Air Ventilation System
- Toilet Exhaust Systems
- Kitchen Exhaust Systems
+Piping
- Classification
- Pipe sizing
- Accessories Used in Piping
+Static Pressure Calculations
+Pump Selection
+Air Conditioning Concepts
- District Cooling
- Building Management System
- Variable Frequency Drive
- Stratification
- Stairwell Pressurization
- Clean Rooms
+Installation and Field Practices
+HVAC Design Softwares
+Service Practices
- TAB — Testing, Adjusting and Balancing
+Case Studies
+Product Interface
+Different HVAC Job Profiles
+Live Projects
+Site Visits
+Interpersonal skills
ELECTRICAL DESIGN & DRAFTING
- 1. Introduction to Electrical Design
- 2. Basics of Electrical Engineering
- 3. Electrical Codes, Standards and Regulations
- 4. Concept of Generation, Transmission and Distribution systems
- 5. Introduction to Electric Motors, Drives and Starters
- 6. Types and Selection of Wiring Systems
- 7. Applications and Selection of Switches and Sockets
- 8. Applications and Selection of Wires and Cables
- 9. Basics of Electrical CAD
- 10. Electrical Legends and Symbols
- 11. Lighting and Power Circuit Wiring Diagrams
- 12. Conduit and Control Layout Design
- 13. Total Connected Load and Maximum Demand Calculation
- 14. Load Distribution Schedule and Load Balancing Calculation
- 15. Panel Board Types and Physical Layout
- 16. Calculating the Total Power Requirements
- 17. Switch Gear Types and Selection
- 18. Cable Selection, Sizing and Calculation
- 19. Determining Cable Trays and Trenches
- 20. Busbar Selection and Sizing
- 21. Earthing Types, Cable Selection and Sizing
- 22. Transformer Types, Protection and Sizing Calculation
- 23. Diesel Generator Sizing Calculation
- 24. Selection of Automatic Main Failure Panel
- 25. Basics of Power Factor Correction and APFC Panel
- 26. Capacitor Bank Selection
- 27. UPS & Inverter Sizing Calculation
- 28. Battery Bank Selection
- 29. Voltage Drop Calculation
- 30. Fault Level Calculation
- 31. Different Entities of illuminating System
- 32. Prepare Layout of Different Types of Lights and Lux Level Calculation.
- 33. Preparation of Single Line Diagram
- 34. Lightning Arrestor Sizing
- 35. Bill of Quantity Preparation
- 36. Fire Detection and Alarm System
- 37. CCTV System
- 38. Public Addressing System
- 39. Basics of Building Management System
- 40. Dialux
- 41. Practical Site Visit
Fire Fighting and Plumbing
+Piping systems
+Piping fittings
+Pipe Joining methods
+Types of valves
- Window A/C
- Split A/C
- Ductable Split Air Conditioners
- Ductable Packaged Air Conditioners
- Packaged Roof Top Units
- Chilled Water Systems
- Variable Refrigerant Volume Systems
+Location of valves
+Valve operation methods
+Plumbing system
+Plumbing code details
+Water cycle
+Properties of water
+Water Purification
+Treatment methods
+Plumbing Fixtures
+Fixture Materials
+Lavatory
+Bath Tub
+Kitchen sink
+Water Closet
+Bidet
+Floor drain
+Fixture Clearances
+Water Supply system
+Classifications
+Water Distribution inside the building
+Hot Water Supply system
+Classification of water Heaters
+Hot water distribution inside the building
+Estimation of water demand using hunter curves
+Pipe sizing methods
+Velocity Limitation method
+Pressure drop and velocity limitation method
+Sizing of water supply for high rise buildings
+Sanitary Drainage System
+Storm water management
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