abhishek jadhav mep

CURRICULUM VITAE

Abhishek S Jadhav

REVIT MEP Engineer [email protected]

Mobile no: 9741465447

Carrier objective

I like to work in an organisation which is competitive and challenging and enjoy career. I want

to use my education to carry out my task with efficiency, professionalism and cost effectiveness.

Educational qualification

Qualification University Year of passing Score (%)

BE(Mechanical) Visvesvaraya Technological

University, Belgaum 2016 66

PUC(Science) Pre University Board, Bangalore 2012 74

SSLC Karnataka Secondary Education

Examination Board ,Bangalore 2010 68

Academic project

Experimental investigation of velocity distribution over the curved surface due to jet

impingement.

It is observed that velocity at the surface is zero due to the viscous force of the air

molecules towards the surface, which gradually increases along radial distance and

gradual decrease of velocity for further radial distance. this is because; as the wall jet

comes in contact with atmospheric air loses its momentum with the atmospheric air. It is

found that velocity is maximum at the point of impingement and decrease gradually

along the circumferential locations.

About internship

Undergone the field work in carriage repair workshop, south western raliway, hubli

Undergone the industrial training in SPARKLINE EQUIPMENT PVT LTD, PUNE.

Achievement

Represented KLS’s VDRIT, HALIYAL and secured the distinction as third place in

VTU NETBALL (M) INTER COLLEGIATE INTER ZONE TOURNAMENT.

mailto:[email protected]

ABHISHEK JADHAV MECHANICAL ENGINEERING [email protected] 9741465447

Professional experience

BIM MEP Design intern at Desapex Engineering Consultants LLP.

Software skills

AUTODESK REVIT - 14, MS office – 10

Key professional skills

Linking the CAD FILE to REVIT

Creating space and Space schedules

Creating ZONES and updating the cooling outdoor air information as per ASHARE 62.1

Performing HEAT LOAD REPORT

Designing HVAC SYSTEM

Duct design as per guideline of ASHRAE

Performing the PRESSURE DRO

Selecting the air conditioning apparatus(AHU, FCU)

Selecting the chillers and cooling tower

Designing TOILET VENTILATION

Selecting the exhaust fan

Designing the plumbing system water supply and drainage system as per NBC part 9

Designing the FIRE FIGHTING SYSTEM as per NBC part 4

Running INTERFERENCE CHECK and exporting the interference report

Preparing the BILL OF QUANTITIES(BOQ)

Exporting the REVIT FILE to CAD

Personal detail

Name Abhishek Jadhav

Gender Male

Father name Sambhajirao Jadhav

Date of birth 26 – 12 – 1994

Nationality Indian

Language known English,kannada,hindi and Marathi

Declaration

I hereby declare that the details given above are true as per my knowledge and belief.

YOUR FAITHFUL

Abhishek Jadhav

PROJECT PORTFOLIO REVIT MEP DESIGN

BY ABHISHEK JADHAV

BE(MECHANICAL ENGINEERING)


4 REVIT MEP AND HVAC DESIGN

Project Details

Building type : IT Office space

Location : Bengaluru, India

No. of floor : Ground floor + 12 floors

Area of building : 3,77,060 SF

Occupancies : 6,840

HVAC Summary

Total cooling load : 680 TR

Air Quantity : 2,41,553 CFM

Air distribution system : VAV single duct system

Chilled water system : Central chilled water system

Pumping method :Primary variable system



Heating And Cooling Load

Estimation

Details of the building such as

Building type

Location

Ground plane

Project phase

Building service, etc are updated

Heat Load Report

Calculated results for each floor

Peak cooling total load (tons) = 52

Peak sensible load (tons) =37

Peak latent load (tons) =15

Peak cooling air flow (cfm) =18,581



Air Distribution System

Air Terminal

Ceiling mounted diffusers were

selected for supply air terminals

Grills were selected for return

air terminals.

Duct design

Duct sizing done based on equal

friction method

Volume control damper were

introduced at each branch for

balancing air

Fire dampers were placed at wall opening

Critical Path of Pressure Drop

Pressure drop report exported in HTML format

From critical path, static pressure and flow rate were

found.

This static pressure is used in selecting fan for AHUs.



Air Handing Unit

AHU Type: Draw through

Cooling apparatus: Chilled water coil.

Circulating fan were selected for static pressure and air flow found

from critical path

Chiller

Water Cooled Screw Chiller

Type of condenser : Water cooled type.

Type of compressor : screw type.

Inlet water temperature : 59 0F.

Outlet water temperature : 47 0F.

No. Of chillier : 2

Capacity : 300(ton)each

Cooling tower

Mechanical induced draft cooling tower - Counter flow type

ABHISHEK JADHAV MECHANICAL ENGINEER [email protected] 9741465447


Toilet Ventilation

FLOOR WISE EXHAUST TERRACE EXHAUST

From each floor 2082 CFM of air quantity was exhausted

980 CFM from one toilet is exhausted floor wise and 1100CFM from another toilet is exhausted through terrace

For floor wise exhaust centrifugal inline fan were used

For terrace exhaust SISW fan were used



Plumbing

Plumbing pipe sizing done as per NBC PART – 9 Plumbing

services

For office water requirement – 45 litters per head per day.

For visitors water requirement – 15 litters per head per day

Domestic cold water supply

Water supply system: Domestic cold water.

Water closet - 2.20 FU

Lavatory - 0.50FU

Urinals - 10 FU

Over head tank distribution

Drainage system

DRANIAGE SYSTEM: Two pipe system

Floor drain and lavatory were connected to grey

water pipe

Water closet and urinals were connected to black

water pipe

Water closet - 4 FU

Lavatory - 1 FU



Urinals - 4 FU

Floor drain – 1 FU

Slope maintained - 1:100

Fire Fighting System

As per National Building Code, for the type of

building and floor space the requirement type of fire

protection was taken into consideration.

Fire sprinkler and alarm was located to cover all

area to respond for fire hazard.

Building design as per NBC PART 4

Sprinkler used: Pendent Type (15 mm).

Coverage : 3000 mm

Pipe sizing done according to NFPA 13 (National Fire

Protection Authority)



Electrical

Lighting fixture, conduit and cable trays were placed

For workstation Pendant lighting fixture were placed

For cabin and discussion room ceiling light flat round

were placed

And for toilets round down light were placed

Clash Detection

Interference check made between current project –

current project and current project - linked project.

Interference report were generated to resolve the

clashes between system



Clashes between different systems were inspected

and resolved by co- ordination by either rerouting or

changing its offset

Zero clash model is achieved

BILL OF QUANTITIES (BOQ) are generated

Air terminal

Duct

Pipe

Sprinkler

Duct accessory

Pipe accessory

Duct fitting

Pipe fitting



DRAWING SHEET



THANK YOU

abhishek jadhav mep

Documents