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INTEGRATED BUILDING DESIGN

INTEGRATED BUILDING DESIGN. For: Andhra Pradesh Pollution Control Board A3, I.E. Sanath Nagar, Hyderabad Architect: Matrix Consultants 117, Annapurna Block, Aditya Enclave, Ameerpet, Hyderabad. PROPOSAL. General Requirements for office/Laboratory Building.

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INTEGRATED BUILDING DESIGN

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  1. INTEGRATED BUILDING DESIGN For: Andhra Pradesh Pollution Control Board A3, I.E. Sanath Nagar, Hyderabad Architect: Matrix Consultants 117, Annapurna Block, Aditya Enclave, Ameerpet, Hyderabad. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  2. PROPOSAL General Requirements for office/Laboratory Building. Chambers for Chairman, Member Secretary, Board Room and Mini Conference. Office spaces for different wings like Environment Engineering, Environment scientist, Administration, Accounts, Cess, Public Information etc. E-Library, Documentation Room, Auditorium, Applate Authority’s wing etc Common facilities like Guest House, Lunch,/Canteen, Recreation, Parking etc Wet Laboratory, Instrumentation Laboratory, Bio Laboratory, Air Laboratory etc. Services like central Airconditioning, UPS, Communication Networking, Elevators, Generator, Security Systems etc. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  3. CONCEPT Architecture: Less Ground Coverage – More Open Spaces for Landscaping. Central Landscaped Area for pleasant\, Visual and Environmental features. Visual Identity of APPCB office building. Open Planning System for Effective Spatial and Behavioral Advantages. Minimum Internal walls, doors. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  4. Contd… Environmental issues: Conservation of Energy/ Alternate Energy Sources Use of solar Energy for hot water generation. Use of Automated Switch ON /OFF systems Use of Energy Efficient Light Fixtures and Fittings. Reducing Usage of Artificial Lighting/Ventilation by adapting to Solar Passive Architectural Design Techniques Using Building Materials like Fly Ash Bricks, Gypsum Sheets etc Made out of Industrial Waste. Minimum Use of Natural Resources Use of Water Treatment/Recycling Plant. No Use of Wood as Building Material Rain Harvesting for Environmental Friendly Building Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  5. CONCEPT FOR INTERIORS Spatial Efficiency of space utilization Saving in Space – Cost Saving Optimum Exposure to Internal Green Areas Behavioral Inculcates Team Spirit Promotes Décor of Behavior Allows Transparency in dealings, increase in efficiency, trust and understanding Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  6. AREA STATEMENT Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  7. BUILDING SPECIFICATIONS Reinforced Cement Concrete structure Fly ash brick masonry construction Metal frames and flush shutters Aluminum windows/ventilators with tinted/reflected glass Ceramic/vitrified tiles flooring for officers and graphite flooring for labs Internal walls with plastic emulsion and oil bound distemper paints.External walls with combination of girths and textured finishes Electrical, sanitary items with ISI mark. Interior partitions with gypsum board/particle boards Lighting with energy efficient fittings Smoke/ Heat detectors in labs/ Cellar Appropriate Security devices Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  8. METHODOLOGY Proposed methodology fro the project thus defined is as under: Structural Analysis and Design Energy Audit of the structure and Recommendations Use of Active Controls for better Performance Integration of Non Conventional Energy sources for energy optimization. Lighting & Acoustic Simulation and Recommendations Detailed Planning, Scheduling and Costing of the project Presentation drawings, perspective views, walkthru for the building Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  9. ARUN CONTINUES…… Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  10. STRUCTURAL ANALYSIS AND DESIGN Analysis of the Building Frame as proposed. Detailed Load Calculations Footing Analysis as per the Calculated Loads and SBC Optimum Frame Analysis using latest Commercially Available Software/ and comparing the same with self made module. Submission of Detailed Computations. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  11. Contd.. Design of Footings, Columns, Beams,Slabs and Misc. structure like Sun Shades, Parapets, Stairs etc Optimum Section Designs as per the constraints given by the Architect Design based on modules developed in house with necessary Drawings. Submission of Detailed Report. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  12. ANKUR CONTINUES…… Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  13. ENERGY AUDIT Study of the proposed building with respect to the energy consumption Study of energy efficient building materials and documentation of the same Study of total energy load of the building Electrical load Cooling/heating load Solar energy load Detailed computation of the total energy consumption of the building Recommendations for optimizing the same: Architectural recommendations Material specification Submission of report Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  14. ACTIVE CONTROLS FOR BETTER PERFORMANCE Identification of problem areas in the building where active control systems could help improve the total performance of the building envelop Detailed study of commercially available controls and documentation of the same Recommendations for adapting active controls along with quantitative benefits Preparation of necessary drawings, as per the requirement Submission of report Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  15. INTEGRATION OF NON CONVENTIONAL ENERGY SOURCES Working along the concepts of the design and also the requirements of the client: Study of possible and relevant non conventional energy sources along with the implementation details and intricacies Recommendations for the same along with quantitative benefits Submission of report. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  16. LIGHTING/ACOUSTIC SIMULATION Identifying areas of importance for lighting/acoustic simulation within the building envelop Study of standards for optimum illumination/ /acoustic levels for identified areas Simulation of these areas using software tools Recommendations to achieve desired illumination /acoustic levels Submission of report Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  17. PROTIM CONTINUES…… Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  18. PROJECT MANAGEMENT Estimation: Earthwork Concrete Reinforcement Steel Shuttering Misc. Finishing Activities like Brickwork, Plastering, Sanitary Items etc. Requirement of Man Power, Materials and Machinery as per the above Estimate. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  19. Contd… Planning: Schedule of Work. Schedule of Man Power Schedule of Materials Schedule of Machinery Schedule of Cash Flow All the above includes Identification of Major and Minor Activities, Setting of Milestones, Determination of Critical Path and Resource Allocation. Preparation of Bar Charts supported with detailed quantitative analysis. Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

  20. Contd.. Costing: Optimization of Quantitative Parameters using standard linear optimization techniques Analysis of Qualitative Constraints and selection of the best alternative so as to minimize cost related to the concerned Activity. Summarization of Detailed Cost and Duration of the Project Project Team: Arun Vyas, Protim Banerjee, Sapan Agarwal, Ankur Thareja

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