Welcome to our in-depth and thoroughly comprehensive training course that has been meticulously crafted to focus specifically on the estimation of firefighting systems that are essential for high-rise buildings. Throughout this engaging and informative course, you will be provided with the opportunity to acquire a vast array of valuable insights pertaining to the various fundamental components and operational intricacies of a wide range of firefighting systems. This will include, but not be limited to, hydrants, sprinklers, and sophisticated fire suppression technologies that play a crucial role in ensuring safety in tall structures. We will the paramount importance of not only understanding these systems but also adhering to the stringent national and international fire safety standards that govern their use. This will ensure that you are thoroughly equipped with the comprehensive knowledge necessary to navigate compliance regulations confidently and effectively. In addition to these essential topics, you will also develop a deep and robust understanding of key concepts that include labor costing, the processes involved in material procurement, and the effective strategies needed for successful project planning. Moreover, to enrich your learning experience and provide practical context, we will delve into the analysis of real-world case studies. This will enable you to apply the knowledge you gain throughout the course and enhance your practical skills within the field. We invite you to join us on this informative and transformative journey to build a solid and comprehensive foundation in the vital area of fire safety engineering, with a particular focus on the unique challenges and requirements associated with high-rise buildings.

This course presents an extensive and detailed training program that is specifically designed to focus on Billing Engineering within the realm of Mechanical, Electrical, and PlumbingMEP) projects. Billing in MEP projects is an essential aspect that requires a thorough and precise understanding of various technical and financial elements. This understanding is crucial to ensure that every task is completed within the predetermined budget and that all payments are calculated accurately and efficiently. Throughout this course, participants will embark on a journey that covers fundamental concepts, beginning with the basics of M systems. As they progress, they will delve into more complex and advanced topics such as rate analysis, which involves understanding how to evaluate costs effectively, as well as progress billing techniques, which help in tracking payments throughout the project lifecycle. Additionally, the course will cover claims management strategies, which are vital for addressing any disputes or issues that may arise during the project, and the effective use of various billing software tools that streamline the billing process. By the time participants complete this comprehensive program, they will have acquired the essential skills and knowledge necessary to manage billing processes with a high level of efficiency. This will not only help in reducing errors but also ensure the smooth execution of projects from beginning to end, thereby enhancing their overall effectiveness in the field of MEP engineering.

Are you a construction professional who is enthusiastic about enhancing your expertise in HVAC systems specifically designed for high-rise buildings? We thrilled to present our comprehensive online course titled "HVACimation and Costing for G+45 High-Rise Projects." This course has been meticulously crafted with the intention of providing you with an in-depth understanding of the technical knowledge and practical skills that are essential for excelling in this intricate and specialized field. As skyscrapers continue to rise and redefine urban landscapes, the necessity for precision and accuracy in the design, estimation, and budgeting of HVAC systems has become increasingly paramount. HVAC systems serve as the lifeblood of any high-rise project, ensuring the comfort of occupants, promoting energy efficiency, and ensuring compliance with the rigorous standards that the industry demands. Throughout course, you will have the opportunity to explore in great detail every aspect of HVAC systems, ranging from fundamental principles to advanced costing strategies, all specifically tailored to meet the unique challenges of G+45 high-rise building projects. **What You Will Learn:** - **Module 1:** Introduction to HVAC Systems and High-Rise Building Requirements - In this module, you will build solid foundation by gaining a thorough understanding of the critical components involved in HVAC systems tailored for high-rise buildings. This foundational knowledge is not only essential but also instrumental in navigating the complexities associated with HVAC design and implementation in these towering structures, equipping you with the tools needed to succeed in your projects.

​​HVAC DESIGN AND DRAFTING COURSE  FOR ALL

​1.Prelude to HVAC

a. Fundamentals
b. Modes of Heat Transfer
c. Sensible Heat and Latent Heat
d. Codes and Standards

2.Basic Components of Air-Conditioning and Refrigeration machines

a. Basic Refrigeration System or Vapor Compression Cycle
b. Pressure – Enthalpy Chart
c. Function & Types of Compressor
d. Function & Types of Condenser
e. Function & Types of Expansion Valve
f. Function & Types of Evaporator
g. Accessories used in the System
h. Refrigerant and Brines

3. Classification of Air-Conditioning System 
  a. Window A/C
     i.Working of Window A/C with Line Diagrams
 b. Split A/C
     i.Types of Split A/C
     ii.Working of Split A/C with Line Diagrams
  c. Ductable Split A/C
     i.Working of Ductable Split A/C with Line Diagrams
d. Variable Refrigerant Volume (VRV)/Variable Refrigerant Flow (VRF)
e. Ductable Package A/C
     i.Working of Ductable Package A/C with Line Diagrams
     ii.Package Roof Top Units
f. Central Plant Chill Water System

4. Categories of Air Conditioning 
a. All air system 
b. All water system 
c. Air - water system
d. Direct Refrigerant system
5. Study of Psychometric Charts
a. Dry Bulb Temperature
b. Wet Bulb Temperature
c. Dew Point Temperature
d. Relative Humidity
e. Humidity Ratio
f. Processes
  i.Heating
  ii.Cooling
  iii.Cooling and Dehumidification
  iv.Heating and Humidification
  v.Finding Values Using the Chart

6. Load Calculation.
a. Survey of Building
b. Cooling Load Steps
c. Finding Temperature difference(?T) (Wall, Glass, Roof , Partition)
d. Finding ‘U’ Factor (Wall, Glass, Roof, Partition)
e. Finding Ventilation requirement for IAQ
f. Load Calculations (Manually using E-20 form)
g. ESHF, ADP & Air Flow Rate(CFM) Calculation

7. Air Distribution System
a. Duct-Definition & Terminology 
b. Duct Design consideration
c. Duct sizing methods 
d. Duct sizing as per Aspect Ratio
e. Finding Duct size using Ductlator
f. Selection of Diffusers and Grilles
g. Gauge selection for Sheet Metal
h. BOQ Preparation for Duct System.
i. Legends and Symbols used in the HVAC Industry
j. Duct Materials and Insulation materials used in HVAC Industry
k. Concept of CAV & VAV

8. Static Pressure Calculation
a. Selection of Motor HP
b. Selection Fan/Blower RPM
c. Selection Air Handling Units.

9. Hydronic System
a. Classification of Water Piping 
b. Pipe sizing for chill water system
c. Fittings used in the HVAC Piping System
d. Valves used in the HVAC Piping System
e. Function of Valves
f. Pump Head Calculation
g. Selection of Pumps

10. VRF/VRV System
a. Selection of VRF/VRV Equipments
b. Indoor unit grouping
c. Copper Pipe Sizing
d. Refnet Pipe Selection

11. Air Conditioning Concepts
a. District Cooling System
b. Green Building
c. Clean Rooms

12. Ventilation systems
a. Kitchen ventilation system
b. Car parking ventilation system
c. Toilet Exhaust Ventilation System

13. Fire Protection (Awareness) 

14. HVAC software’s 
a. XL sheet for Load Calculation
b. Carrier Block Load for Load Calculation (HAP)
c. Duct sizer for Duct sizing
d. TroxCADBase for Diffuser & Grilles
e. Pipe sizer for Pipe sizing
f. Psychrometric Software

15. Improving Employability Skills 
a. Resume Writing Skills
b. Interview Skills Empowering
c. Empowering of Interpersonal Relationships
d. Stress Management
e. Positive Attitude Development
f. Self-Motivation
g. Sentence formation
h. Presentation skills
i. Roles & Responsibilities of Design Engineers
Project Work:
• Two projects have to be completed before getting the Certificate and Placement Assistance.

HVAC Course Duration : 45 days

Eligibility
Any Graduation, Diploma

​Electrical Design and Drafting for Electrical Engineers and Construction professionals

​1. General
2. Codes & Standards to be followed 
• Indian electricity rules
• National electrical code of India (NEC)
• National building code of India (NBC)
• Applicable standards issued by Bureau of Indian standards (BIS)
• Institute of Electrical & Electronics Engineers (IEEE)
• Regulations of local fire authorities
• Requirements stipulated by Pollution control Board for Noise & Air 
3. Electrical equipment’s and its application used in the installation
• Control devices
• Measuring devices
• Circuit protection devices
• Transformers
• Diesel generators
• Capacitors
• Bus ducts, Bus-bars, Cables (HT/LT) & wires
• Motors & Pumps
• Luminaries – General & Emergency
• Isolators & socket outlets
• UPS/Inverter & Battery banks
• Earthing or Grounding
• Lightning arrestor
4. Means of electrical distribution for installation
• Panels (LT)/Switch Board/Motor control centers (MCC’s)/Final Distribution boards (DB’s)
• Cable trays, trunking or raceways, conduits & underground Pipes (Concrete/PVC)
5. Major electrical loads used in the installation
• Lighting load – Internal & external
• Utility power load
• HVAC loads like FCU’s, Fans etc
• PHE & FF loads like Water transfer pumps, Booster pumps, Fire Fighting pumps, Jockey pumps etc
• Lifts (Elevator) load
• Computer & data centre (Server) loads for office building
6. Electrical design calculations
• Load & maximum demand calculation
• Transformer sizing calculation
• DG sizing calculation
• Short circuit calculation
• Voltage drop calculation
• Capacitor sizing calculation
• Cable sizing calculation
• Earthing calculation
• Lightning calculation
• UPS/Inverter sizing calculation
• Battery sizing calculation 
7. Various design stages & Sequence of electrical design procedure 
Concept design stage
• Understanding the building plans, elevations & sections
• Gathering specific data from the utilities(Electricity board)
• Understanding clients specific requirements
• Preparation of basis of design which should include the cost estimate.
Schematic design stage
• Preparation of Load calculation to arrive maximum peak demand
• Sizing of all Equipments, cables, cable trays
• Electrical design calculations
• Preparation of single line schematic of electrical distribution system with metering options
• Preparation of lighting, small power, earthing & miscellaneous layouts
• Preparation of technical specification
Detailed design stage
• Preparation of detail layouts including sectional details wherever required
• Coordination with other services like HVAC,PHE & FF layouts
• Preparation of bill of quantities(BOQ)
• Preparation of shop drawings based on the tender drawings issued by 
Electrical consultants for installation.
• As built drawings shall be prepared and handed over to client’s representative

Eligibility
Any Graduation, Diploma

​​​​​BHADANI’S PLUMBING DESIGN AND DETAILING COURSE FOR ALL ENGINEERS

Plumbing Designing  Duration 45 Days (30 Days + 15 Days Project)​

​

​1. Plumbing Systems
a. Fundamentals of Plumbing System
b. Introduction, Definitions & Concepts
c. List of codes & Standards
d. Fixtures, Faucets and Fixture fittings
i. Washbasin
ii. Water Closet
iii. Bidet 
iv. Bathtub 
v. Shower 
vi. Urinals
vii. Kitchen sink
viii. Floor Drain

2. Design of Domestic Water Supply and Distribution System
a. Requirements of Water Supply system
b. Water Demand Calculations Water
c. StorageCalculationsUndergroundSump(UGS)sizing
ElevatedstorageReservoir(ESR)sizingInternalWater
Supply System
d. Direct Pumping System
e. Hydro-pneumatic system
f. Over Head tank distribution system
g. Design Procedure for Internal Water Supply System
h. Flow rate (q) & Loading Unit (z)-From probability equation
i. Hazen Williams Formula for Head loss Calculation 
InternalWater Supply Pipe sizing calculations
Pumping Calculations- HP/Watts
j. Number of tapping to be connected Heavier Size Pipes.
k. Material used in internal water supply system
l. . External. Water Supply System
m. Number of Population served
n. Number of Fixtures served by Each Pipe
o. Design Procedure for External Water supply System External 
Water Supply Pipe Sizing Calculations Material used
in External water supply system 
p. Water Supply Schematic Layout

3. Design of Sanitary Drainage System
a. Requirements of Sanitary Drainage System
b. Types of Sanitary Drainage Systems
c. Single stack system
d. Single stack (partially ventilated ) system
e. One Pipe System
f. Two Pipe System
g. System requirement for Internal Sanitary Drainage System
h. Internal Sanitary Drainage Pipe Sizing Calculations
i. Design Procedure for External Sanitary Drainage System
j. External Sanitary Drainage Pipe Sizing Calculations
k. Calculation of Slope by Manning’s formula
l. Calculating Depth of Inspection Chamber/Manholes
m. Sanitary Drainage Schematic Layout 
n. Design of Storm Water Drainage System
o. Design of Basement Drainage System
p. Using Manning’s Formula and Rational formula
q. Storm Water Drainage Pipe Sizing Calculations
r. Material used in Sanitary Drainage system

4. Drawings – Plumbing Layouts
a. Legends used in Plumbing 
b. Legends used in Plumbing 
c. Typical Floor Plan-Plumbing Layout
d. Enlarged Kitchen & Utility-Plumbing Layout
e. Riser Diagram for multi storied buildings.

5. The Other aspects
a. Life Cycle of the Project
b. Different stages in Design and Drafting
c. Communication between the different teams,
d. Mode of communication using standard formats
and templates
e. Project Management Tools
f. Maintaining Safe and healthy working environment

6. Employability Skills Improving
a. Resume Writing Skills Improving 
b. Interview Skills En powering
c. En Powering of Interpersonal Relationships.
d. Stress Management.
e. Positive Attitude Development.
f. Self-Motivation.