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  • 7/27/2019 SATRAJIT

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    SATRAJIT DASStructural Design

    Engineer

    e-mail:[email protected]

    contact phone no :- 9911071265

    PROFESSIONAL

    QUALIFICATIONS

    B. Tech. in Civil engineering,

    (69.15%)

    National Institute of Technology,

    Silchar, 2002

    PROFESSIONALEXPERIENCE

    11th Feb 2013till date

    Structural Engineer (Civil &

    Structural)Pratap Parikh Associates,

    New Delhi

    2nd May 201114th Dec.2012

    Structural Engineer (Civil &

    Structural)

    Meinhardt India Pvt. Ltd.

    15th June 201031st Mar. 2011

    Structural Design EngineerVintech Consultants, New Delhi.

    9th June 200912th June, 2010

    Structural Design EngineerRDA Civil Engineering SystemPvt. Ltd., New Delhi

    11th Dec. 2006 31st Dec. 2008

    Structural Design Engineer

    Vintech Consultants, New Delhi.

    16th June 200530th Nov. 2006

    Structural Design Engineer

    Technical Projects Consultants,New Delhi

    3rd Aug. 200431st Jan, 2005

    Structural Design Engineer

    Charu Engineering Consultant ,New Delhi

    13th Aug. 200331st May, 2004

    (STAAD Pro. & AUTOCAD)

    trainer Cad Academy, Noida

    PROFILE

    {Satrajit Das has 8 years experiencewith consulting engineering firms in

    [the design of {(R.C.C multistoried

    framed structures), (R.C.C SewageTreatment Plant units), (R.C.C Water

    treatment plant units) and (R.C.C

    Power Plant Building units)}]. (Alsoanalysis of Textile Industrial Spinning

    Units)}[With application of STAAD

    Pro.)

    KEY PROJECTS

    R.C.C. Water treatment Plant unitsDG Water Storage tank, UF Product

    Water Storage tank and Overhead

    WaterStorage tank forAngul (Trivani)(Structural Design Engineer)

    [{(Backwash Water Storage Tank),

    (Filter Water Storage Tank) and(Sludge Thickener)} for (Trident

    Corporation Ltd.) atBudhani](Structural Design Engineer)

    R.C.C. Sewage treatment Plant

    units

    {[Effluent Treatment Plant consisting

    of {(Equalization Tank), (Buffer Tankwith Sludge Holding Tank), (UASBR

    Tank), (Aeration Tank), (Secondary

    Lamella Clarifier with Ter. FlashMixer & Ter. Lamella Clarifier),

    (Filter Feed Tank with Treated Water

    Tank) and (Sludge Thickener withSludge Holding Tank)}] for [(Chenab

    Textile Mills) at Kathua(Jammu &

    Kashmir)]} (Structural DesignEngineer)

    [{(Terry Towel Unit), (Sludge

    Neutralisation Tank) and (SludgeThickener)} for (Trident Corporation

    Ltd.) at Budhani](Structural Design

    Engineer)[{(Secondary Clarifier),

    (SecondarySludge

    Sump), (Collection Box) and (PumpHouse)} For (Bhubaneswar Sewerage

    system)](Structural Design Engineer)

    Commercial Buildings

    Uppal Corporate Park at Manesar

    [(3 Basement + Ground + 6 Typicalfloors) With (Post Tension Concept

    for secondary beams in global Z

    direction in typical floors) and{[Isolated ,{Combined(area & Strip)}]

    Footing} as (foundation system)].(Structural Design Engineer)

    Advant IT Park at Noida

    [(2 Basement + Ground + 14 TypicalFloors) with (Flat slab system in tower

    Area in typical floors) and {(Grillage

    Raft for Tower area) & (Raft withPedestals for Columns in Extended

    Basement area)} as (foundation

    system)].(Structural Design Engineer)

    Group Housings

    Exotica-Group Housing atGhaziabad :-{(1 Basement + Ground

    + 11 Typical floors) and [(Raft with

    Pedestals for columns in Tower area)& {[Isolated, {Combined(area and

    Strip)} Footing] in (ExtendedBasement area)}] as (foundation

    system)}.(Structural Design Engineer)

    Technical Contents

    Slab :- Beam slab (One way slab and Two way slab)(as per IS:456-2000) and

    Flat slab (as per IS:456-2000) and corresponding

    reinforcement detailing .

    Design of Column :- (For axial load , uniaxial and

    biaxial bending with Slenderness Effect) (usingIS:456-2000,SP:16) .

    Design of Shear Wall :- For rectangular Shear Wall :-[{In plane action (i, e, Axial Force and Bending

    Moment) (due to unbalanced Membrane Stresses at the

    outer edges of the Shear Wall modeled with FiniteElement)} and {Out of plane action (i,e, due to

    Slenderness Effect) (using SP:16)}] [Also with

    application of Shear Wall modeled with SurfaceElement]

    Design of beams at bottom of tank and top of top oftank in Working Stress concept For water retaining

    conditions {as per IS:3370(Part-II)} with check foruncracked Section. [for Water Treatment Plant units]

    Design of slabs at bottom of tank and top of tank inWorking Stress concept for water

    Retaining conditions {as per IS:3370(Part-II)} with

    check for uncracked Section. [for Water TreatmentPlant units]

    Design of R.C.C. walls for earth and water retainingconditions {as per IS:3370(Part-II)} with check for

    uncracked Section.

    Check for crack width of R.C.C. wall (as per IS:456-

    2000) .

    Check for Circular Hoop Tension in Cylindrical Tank

    for earth and water retaining conditions {as per

    IS:3370(Part-II)} with check for uncracked Section.

    Design of Foundation :-

    Isolated Footing :-(with check for one way shear andtwo way punching shear) (as per IS:456-2000) .

    Combined Strip Footing :- (with check for one way

    shear for the Extended Cantiliver Slab) and the FootingBeam (as per IS:456-2000) .

    Combined Area Footing :- (with check for Eccentricity

    of C.G. of Area of Combined Footing and C.G. ofLoad system)

    Raft Foundation :-Design of Pedestal :- (For single columns with check

    for two way punching shear) (using IS:456-2000)

    Design of Raft Slab :- For multiple no. of (columnsand shear walls) (using STAAD Pro.)

    (with Finite Element method concept) .Grillage Raft (the inverted Beam Slab system) andAnnular Raft (the inverted T-Beam

    System) :- (using STAAD Pro.)

    Pile Foundation :-

    Design of Single Under reamed Piles for net uplift

    In Base Raft of underground water tanks.[Design of Single Under reamed Piles for {Max.

    (Compressive load & Uplift)} at Pile Cap Top {(below

    base plate) of 2D frame modeled for Pre EngineeredStructure} and (corresponding design of Pile Cap) {as

    per IS:2911(Part-III) 1980}]

    Design of Staircase :- As per IS:456-2000,SP:16

    Structural Details prepared :- Ramp details , Sump

    detail , Pump room and Underground

    Water tank details , Mumty and Machine room detailsD.G. set foundation system , S.T.P. details.

    mailto:[email protected]:[email protected]:[email protected]:[email protected]
  • 7/27/2019 SATRAJIT

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    Wave Estate at Mohali(GH-2):-

    {(1 Basement + Ground +19 Typicalfloors) and [(Raft with Pedestals for

    columns in Tower area) & {[Isolated

    ,{Combined(area and Strip)} Footing]

    in (Extended Basement area)}] as

    (foundationsystem)}.(Structural

    Design Engineer)

    R.C.C. Power Plant Building units

    Lab DM-AC Plant building forHarduaganj Thermal power project.

    (Structural Design Engineer)

    Personal Details :-

    Date of Birth:- 13-02-1981

    Fathers name: Mr. Radha Pada DasPermanent Address : 5th floor , Block

    No. - A, Madan Mohan Apartment ,

    Jail Road, P.O. Silchar :- 788004,

    Address for Correspondence :-

    Satrajit DasFlat no.:264DTerracefloor,Pocket -C

    Mayur Vihar (Phase-II)

    New Delhi : - 110091

    Current Salary :- Rs. 720000/- per annum.

    Salary Expected :- Rs. 900000/- per annum.

    Declaration :- I hereby declare that the informations

    stated above are true to the best of my knowledge