Browsing by Author "Gawade, Prathamesh P."

Now showing 1 - 8 of 8
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    Advanced construction equipements
    (AIKTC, 2019) Gawade, Prathamesh P.
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    Application of building information modeling (BIM) to civil engineering projects
    (International Journal of Engineering Research, 2016-01-09) Gawade, Prathamesh P.; Pakhmore, Mudassir Zahid; Mansoori, Raiyan
    Abstract : There are various draw backs in conventional method used for planning, scheduling & monitoring projects in Architecture, Engineering, and Construction (AEC)industry which fails to provide a clear view of the on-going actual work at the project site. Building Information Modeling (BIM) is Single file concept collaborating various database of the project at one platform. It is a data repository for building design, construction & maintenance information combined in one convenient model to share with all the stakeholders. 3D visualizations allow customers to see historic preservation & site context with respect to the new project. This paper focuses the perspective of a planning engineer with respect to Conventional method & B I M and gives a methodology to prepare a 4D simulated model of a Gr. (Stilt) + 16th Floor residential building taking 4th dimension as time.
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    building information modeling (BIM) application in Architecture, Engineering and Construction (AEC) Industry
    (International Journal of Recent Advances in Engineering & Technology, 2016) Pakhmore, Mudassir Zahid; Mansoori, Raiyan; Gawade, Prathamesh P.
    Abstract— The Architecture, Engineering & Construction (AEC) industry has a long chase to overcome the barriers of conventional method come from project cost overrun, poor productivity, quality, and extended time. Building Information Modeling (BIM) offers the traditional approach to overcome these drawbacks in a highly integrated fashion with efficient and effective collaboration between all stakeholders. As a result, it has been acknowledged as one of the rising trends in the contemporary construction industry. However the use of BIM has not been limited only in the building construction industry, also rapidly growing for almost all type, scale and size of built environment projects. It has now exhibits promising trends to all other construction works such as bridge, roads, power plants, industry facility and so on. BIM is Single file concept ollaborating various database of the project at one platform. It is a data repository for building design, construction & maintenance information combined in one convenient model to share with all the stakeholders. 3D visualizations allow customers to see historic preservation & site context with respect to the new project. This paper highlights perspective of a planning engineer with respect to Conventional method & BIM and gives a methodology to prepare a 4D simulated model of a Gr. (Stilt) + 16th Floor residential building taking 4th dimension as time. Furthermore it includes case study references to exploit the rational findings of BIM.
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    DISASTER MANAGEMENT USING GIS TOOL FOR PANVEL MUNICIPAL CORPORATION
    (AIKTC, 2018-05) Gawade, Prathamesh P.; Jilani, Naeem H.(13CES34); Pathak, Suraj R.(13CES36); Shaikh, Saeed Mohd.(13CES55); Shaikh, Jawaad R.(14DCES71)
    Disaster preparedness and pre and post disaster management has always been a major concern for the urban area authorities worldwide. It involves collection, storage and efficient retrieval of a huge database integrated with maps for graphical visualisation. Doing this manually is time consuming & cumbersome as the size of the urban areas today has increased manifold. Disasters of varying types and combinations are being presented in front of us either by Mother Nature or by our ownself. Geographic Information System (GIS) is a very effective tool for integrating & managing various types of information required for efficient disaster management. This piece of work is an attempt to understand how GIS can be applied for making disaster management easier It also aims at developing a system which can help decisionmakers to make a proper and timely decision in case of an emergency. Keywords— Disaster, database, GIS, decision makers, emergency.
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    Disaster management using GIS tool for Panvel municipal corporation
    (AIKTC, 2018-05) Gawade, Prathamesh P.; Jilani, Naeem H (13CES34); Pathak, Suraj R (13CES36); Shaikh, Saeed Mohd (13CES55); Shaikh, Jawaad R (14DCES71)
    Disaster preparedness and pre and post disaster management has always been a major concern for the urban area authorities worldwide. It involves collection, storage and efficient retrieval of a huge database integrated with maps for graphical visualisation. Doing this manually is time consuming & cumbersome as the size of the urban areas today has increased manifold. Disasters of varying types and combinations are being presented in front of us either by Mother Nature or by our ownself. Geographic Information System (GIS) is a very effective tool for integrating & managing various types of information required for efficient disaster management. This piece of work is an attempt to understand how GIS can be applied for making disaster management easier It also aims at developing a system which can help decisionmakers to make a proper and timely decision in case of an emergency. Keywords— Disaster, database, GIS, decisionmakers, emergency.
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    Planning, designing, estimation and scheduling of AIKTC hostel building
    (AIKTC, 2018-05) Gawade, Prathamesh P.; Shaikh, Saquib I (14DCES73); Baqi, Tabish U (13CES60); Shaikh, Abdul Ahad (15DCES82); Sayed, Fahad(13CES45)
    The following project deals with the planning, analysis, designing, quantity and cost estimation and scheduling of a 4-storey Hostel building using advance Civil Engineering softwares like AutoCAD, ETABS, Primavera P17 and Microsoft Excel Spreadsheet. Project starts with planning of the building using AutoCAD. Then analysis of building is carried out using ETABS and Microsoft Excel Spreadsheet. Also detailing of reinforcement is done in ETABS. Then for quantity and cost estimation Microsoft Excel Spreadsheet. Further scheduling and monitoring was done on the software Primavera P17.
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    Primavera Plus GIS is equal to effective project management
    (International Journal of Recent Advances in Engineering & Technology, 2016) Mansoori, Raiyan; Pakhmore, Mudassir Zahid; Gawade, Prathamesh P.
    Abstract—Good planning ,adequate organizational machinery and sufficient flow of resources are the prerequisites of an efficient project but not without a warning mechanism which will alert the organization about its SWOT (strength weaknesses opportunities and Threats). Project monitoring is the process of doing the same. . The time available for this process is shrinking day by day as the customers need the finished project at the earliest. Effective project management can help to solve this problem. This paper focuses in the perspective of a planning engineer with respect to conventional method demonstrate the benefits of using GIS with construction project management. In this integration of GIS and Project Management is developed using ArcGIS, Primavera, AutoCAD, and Visual Studio to assist construction managers in controlling and monitoring construction progress. Successful project control is a challenging responsibility for all construction managers but when it is complimented with visualization of information, the job becomes easier. Keywords: Planning, Project Management, Primavera
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    Scheduling and monitoring of multistoried building using project management software
    (AIKTC, 2017-04) Gawade, Prathamesh P.; Shete, Akshay (13CES56); Tiwari, Rahulkumar (13CES41); Pandey, Vishwas (13CES35)
    A Project is a temporary endeavour designed to produce a unique product, service or result with a defined beginning and end (usually time-constrained and often constrained by funding ) undertaken to meet unique goals and objectives, typically to bring about beneficial change or added value. Project management is the discipline of carefully projecting or planning, organizing, motivating and controlling resources to achieve specific goals and meet specific success criteria. Project management includes developing a project plan which includes defining and confirming the project goals and objectives, identifying tasks and how goals will be achieved, quantifying the resources needed and determining budgets and timelines for completion