The document outlines the stages to complete a good structural design of a project: DD stage (data collection), design stage (modelling and drawings), and delivery stage (issuing drawings and inspections). The DD stage involves mobilizing decision makers like architects, MEP, clients. The design stage includes modelling, sizing elements, producing 100% drawings in packages (S0 to S3). The delivery stage covers issuing the final package, preparing estimates, and periodic site inspections.
How to begin and complete a good structural design of a ProjectAjit Sabnis
The document outlines the stages to complete a good structural design of a project: DD stage (data collection), design stage (modelling and drawings), and delivery stage (issuing drawings and inspections). The DD stage involves mobilizing decision makers like architects, MEP, clients. The design stage includes modelling, sizing elements, producing 100% drawings in packages (S0 to S3). The delivery stage consists of issuing the structural GFC package, producing BoQ and estimates, and conducting periodic inspections.
STRUCTURE ENGINEER
BEng Civil Engineering; 2 years and 6 months work experience.
Specialized in RC frame structure design.
Structural analysis with software (SAFE, ETABS, PROKON & AUTODESK ROBOT) - 2D & 3D drawing with AutoCAD & REVIT.
Good knowledge of QUICKBOOK, MS OFFICE & MS PROJECT.
Able to design base isolated structures.
Designed 36 projects included commercial, residential & private villas.
City of orlando db colonial ped overpass technicalBrendan O'Connor
The proposal provides an alternative alignment for the pedestrian overpass that would span a pond with a prefabricated steel box-truss, eliminating construction within the pond. Foundations for piers supporting the trusses would be outside the pond. The alignment is slightly longer but maintains flow. The proposal recommends using precast concrete piles with pile caps for deep foundations, prefabricated steel trusses spanning 220 feet, and precast concrete beams or cast-in-place slabs for approach ramps. Retained earth walls are proposed for ease and safety. Stormwater management complies with regulations.
This document provides details on Southland Construction's technical proposal for the design build services for the Colonial Pedestrian Overpass project. The proposal includes plans, technical specifications, and a project approach section outlining the following key points: the bridge design concept drawing inspiration from Orlando's history and civic aspirations; structural design details for the truss, pylons, and approach ramps; considerations for safety, trail design, and wayfinding; and enhancements such as a streetscaped plaza area and direct stair connection from the bridge to the south side of Colonial Drive.
Alternative Structural System - Session 10Ajit Sabnis
The document discusses structural engineering consultancy services for residential and commercial buildings. It describes various structural systems used in residential projects including load bearing masonry, column-beam framed structures, and structures with shear walls. It also discusses structural wall systems where all walls are designed as structural elements and analyzed as part of the structural system. The document provides examples of structural plans and sections for different systems.
Best practices by for Flexible Pavement Structure Widening Projects. Prepared by Maria Burton and Manuel Trevino. Please remember to cite this research if the information you find here is used.
Elvin Ortiz has over 30 years of experience as a structural designer using CAD software such as SmartPlant 3D, AutoCAD, and MicroStation. He has worked on numerous industrial projects in Canada and internationally, serving as the lead designer for steel and concrete structures. Ortiz also has experience training other designers.
Philip Keeley is an experienced structural and civil engineer with over 30 years of experience working on oil and gas projects around the world. His resume details his work as a senior designer, checker, and coordinator on large projects in Canada, Korea, Kuwait, Philippines, Australia, and elsewhere. He has extensive experience using CAD and BIM software like Microstation, AutoCAD, and Intergraph PDS.
How to begin and complete a good structural design of a ProjectAjit Sabnis
The document outlines the stages to complete a good structural design of a project: DD stage (data collection), design stage (modelling and drawings), and delivery stage (issuing drawings and inspections). The DD stage involves mobilizing decision makers like architects, MEP, clients. The design stage includes modelling, sizing elements, producing 100% drawings in packages (S0 to S3). The delivery stage consists of issuing the structural GFC package, producing BoQ and estimates, and conducting periodic inspections.
STRUCTURE ENGINEER
BEng Civil Engineering; 2 years and 6 months work experience.
Specialized in RC frame structure design.
Structural analysis with software (SAFE, ETABS, PROKON & AUTODESK ROBOT) - 2D & 3D drawing with AutoCAD & REVIT.
Good knowledge of QUICKBOOK, MS OFFICE & MS PROJECT.
Able to design base isolated structures.
Designed 36 projects included commercial, residential & private villas.
City of orlando db colonial ped overpass technicalBrendan O'Connor
The proposal provides an alternative alignment for the pedestrian overpass that would span a pond with a prefabricated steel box-truss, eliminating construction within the pond. Foundations for piers supporting the trusses would be outside the pond. The alignment is slightly longer but maintains flow. The proposal recommends using precast concrete piles with pile caps for deep foundations, prefabricated steel trusses spanning 220 feet, and precast concrete beams or cast-in-place slabs for approach ramps. Retained earth walls are proposed for ease and safety. Stormwater management complies with regulations.
This document provides details on Southland Construction's technical proposal for the design build services for the Colonial Pedestrian Overpass project. The proposal includes plans, technical specifications, and a project approach section outlining the following key points: the bridge design concept drawing inspiration from Orlando's history and civic aspirations; structural design details for the truss, pylons, and approach ramps; considerations for safety, trail design, and wayfinding; and enhancements such as a streetscaped plaza area and direct stair connection from the bridge to the south side of Colonial Drive.
Alternative Structural System - Session 10Ajit Sabnis
The document discusses structural engineering consultancy services for residential and commercial buildings. It describes various structural systems used in residential projects including load bearing masonry, column-beam framed structures, and structures with shear walls. It also discusses structural wall systems where all walls are designed as structural elements and analyzed as part of the structural system. The document provides examples of structural plans and sections for different systems.
Best practices by for Flexible Pavement Structure Widening Projects. Prepared by Maria Burton and Manuel Trevino. Please remember to cite this research if the information you find here is used.
Elvin Ortiz has over 30 years of experience as a structural designer using CAD software such as SmartPlant 3D, AutoCAD, and MicroStation. He has worked on numerous industrial projects in Canada and internationally, serving as the lead designer for steel and concrete structures. Ortiz also has experience training other designers.
Philip Keeley is an experienced structural and civil engineer with over 30 years of experience working on oil and gas projects around the world. His resume details his work as a senior designer, checker, and coordinator on large projects in Canada, Korea, Kuwait, Philippines, Australia, and elsewhere. He has extensive experience using CAD and BIM software like Microstation, AutoCAD, and Intergraph PDS.
This document is a resume for Adlai Ali Evans, who is seeking a position as a construction engineer in southern California. Evans has over 18 years of experience in engineering, including structural design of concrete buildings, design and construction management of various infrastructure projects like retaining walls, bridges, and utilities. Evans has a Master's degree in Civil Engineering (Construction) and is a licensed Professional Engineer in California. Recent work experience includes serving as a construction engineer performing structural representative work and resident engineering on infrastructure projects for Caltrans and various municipalities.
DESIGN OF RCC ELEMENTS SESSION 5 PROF. YADUNANDANAjit Sabnis
This document provides an overview of the design of reinforced concrete (RCC) elements such as slabs, beams, columns, footings, staircases, and water tanks. It begins with introducing the concept of design in RCC, which has evolved from a deterministic to a probabilistic approach based on limit states. The general design procedure is then outlined, involving modeling the structure, specifying loads and load combinations, analyzing to obtain member forces, and designing individual elements. Guidelines for preliminary sizing of slab thickness, beam depth, and column dimensions are provided. Finally, the document discusses the different types of slabs and provides equations for calculating design moments in one-way and two-way slabs.
The Good, The Bad & The UGLY - A Construction Defect Case Studysmsanders85
The document describes various construction defects that were discovered during litigation regarding a large public building project. The contractor drove over survey stakes and failed to resurvey before drilling piles, resulting in piles being in the wrong locations. Other issues included slabs poured out of specification, welding defects, concealed voids in walls, and poor concrete consolidation. During repairs, ground penetrating radar and coring were used to locate hidden voids, and forensic mockups tested repair methods. The repairs included shotcrete, selective demolition, engineered sack and patch repairs, and total demolition and re-pour of some sections. After five years of litigation, the project eventually reached a settlement.
This curriculum vitae summarizes the experience of Mai L. Gabica, an architect with 17 years of experience in relevant fields. The CV lists strengths such as competent design skills, proficiency with BIM software and building codes, and experience managing architectural teams. Recent roles include BIM Manager for a large water treatment project in the Philippines and drafting team manager for an outsourcing company in the US. Previous positions include architectural inspector and designer for projects in Saudi Arabia.
Richa Bansal is an experienced architect seeking a new position. She has over 30 years of experience in residential and commercial design, project management, and architectural review. She is LEED-AP certified and passed the NC exam. Bansal has worked on projects ranging from single family homes to hospitals and schools with budgets up to $25 million. She is proficient in CAD and other design software.
The document describes a design competition organized by the Scottsdale Museum of Contemporary Art called "Flip a Strip" that asked participants to redesign small-scale strip shopping centers. 95 teams from 46 cities and 6 countries submitted proposals. 25 finalist projects will be exhibited at the museum from October 4, 2008 to January 18, 2009. The finalists were selected through a two-stage jury process. The exhibition will feature the finalist projects through large-scale computer projections.
Maneesh Kumar Dwivedi is a piping design and project management professional seeking opportunities in oil & gas, power, or FMCG industries. He has over 6 years of experience in piping design engineering and 1.5 years in project management. He is proficient in piping layout, support design, line sizing, and using software like AutoCAD, MS Project, and Navisworks. He has worked on projects in power and oil & gas for companies like L&T, Reliance Industries, Development Engineers, and Thermofab Engineers.
Chandrasekar has over 12 years of experience as a structural designer for oil, gas, and power projects. He has worked on projects in Oman, India, and the Philippines. His responsibilities have included modeling, drafting construction drawings, preparing bar bending schedules, and ensuring timely delivery of drawings and materials take-off. He has expertise in AutoCAD, PDMS, and other design software.
Abhishek Kumar has over 3 years of experience as a Mechanical Engineer managing construction projects in India. He has managed teams of up to 50 people on infrastructure, oil and gas, and government projects. Currently, he works as the Mechanical Engineer in charge of an IOCL pumping station project in Gujarat, where he is responsible for planning, coordination, and project controls. Previously, he managed projects for GAIL, HPCL, and OIL India, where his responsibilities included preparing budgets, schedules, and engineering drawings, as well as supervising mechanical and piping installation work. He has skills in construction management, site safety, quality control, cost control, and subcontractor supervision.
Lawrance is a senior survey engineer with over 12 years of experience in surveying projects across several countries. He is currently working for CGC Converse Technologies in their 3D laser scanning division. Some of his responsibilities include establishing horizontal and vertical controls, conducting topographic surveys, marking layouts, and generating 3D models using laser scanning. He is proficient in various surveying software and instruments such as AutoCAD, total stations, and 3D laser scanners. Lawrance holds relevant qualifications in surveying and seeks a position that allows him to further develop his skills and experience.
This document is a curriculum vitae for Manikandan Muthukumar, an Indian national currently residing in Singapore. He has over 9 years of experience as a site engineer, including his current role with Hyundai Engineering & Construction Co Ltd in Singapore since 2013. He is involved in the North-South Transmission Cable Tunnel project with responsibilities including supervising shaft construction, tunneling works using drill/blast and TBM methods, ground treatment, and ensuring work is done according to specifications. His past experience includes similar site engineering roles in Singapore and India. He holds a diploma in civil engineering and relevant software and language skills.
Shilpesh Sitakant Adbal is a civil and structural designer with over 9 years of experience in process plants including oil and gas. He has expertise in software such as SP3D, PDMS, Tekla, and AutoCAD. He holds a diploma in civil engineering and has worked on numerous projects for companies such as Linde Engineering India, WorleyParsons, United Phosphorus Limited, and BASF India. His experience includes 3D modeling, preparing civil and structural drawings, designing steel and concrete structures, and coordinating with other teams.
Sukdeb Samanta is an experienced surveyor seeking a position utilizing his technical and analytical skills. He has over 5 years of experience in surveying, project management, and construction projects including bridges, roads, buildings and fabrication work. His skills include operating surveying instruments, mapping terrain, establishing boundaries and coordinates, verifying measurements, and using software like AutoCAD. He holds an ITI survey certification and has worked on projects for various companies managing surveying tasks.
• B.Tech (Electronics & Instrumentation Engineering) with more than +5 years of experience in Design Engineering and Project Execution.
• Adept in Project co-ordination & documentation of all related drawing, data sheets, QAP’s, Field reports, JHA’s, Hook-up diagrams, BOM etc.
• Fair understanding of the aspects of Design & Development Processes, Drafting and Customer Relationship Management
• Adept in handling commissioning activities involving resource planning and co-ordination with internal / external departments/ clients/ vendors.
• Understanding in executing cost saving techniques/measures and modifications to achieve substantial reduction in O&M expenditures and work within the budget
• An effective communicator, hard worker with good interpersonal, problem solving and presentation skills
This document is a curriculum vitae for Sheng Hua Kao that includes his contact information, education history, professional experience, and qualifications. It summarizes over 26 years of experience in construction planning, site supervision, and quality control/assurance for various infrastructure projects including tunnels, bridges, railways, and buildings. His most recent roles included serving as the General Supervision Engineer for a high-speed rail project in China and as the QA/QC Manager for a metro rail project in Taiwan.
This document is a curriculum vitae for Sheng Hua Kao that includes his contact information, education history, professional experience, and qualifications. It summarizes over 26 years of experience in construction planning, site supervision, and quality control/assurance for various infrastructure projects including tunnels, bridges, railways, and buildings. His most recent roles included serving as the General Supervision Engineer for a high-speed rail project in China and as the QA/QC Manager for a metro rail project in Taiwan.
Ravi Kumar Terlapu is a senior engineer with over 6 years of experience in project management, structural design, and construction management. He has worked on various projects including bridges, highways, tunnels, and hydro power plants. Currently, he is an associate with L&T ECC in Rajasthan managing structural works, site execution, and billing. Previously, he has worked with Navayuga Engineering and IDDC Consultancy on tunneling, canal, and distribution projects.
Destech Structural Consultants provides structural engineering consulting services including design, analysis, proof checking, and sustainability solutions. They have expertise in designing various structures like high-rise buildings, industrial buildings, commercial complexes, and steel structures. The company is managed by Bhauso Desai, the founder, along with Jitendra Naregalkar and advisor Abhay Bambole. They have experience working on projects across India as well as internationally in Dubai and Oman.
This curriculum vitae summarizes Anshul Mittal's professional experience and qualifications. He has over 5 years of experience working as an MEP Engineer on high-rise projects in India. His responsibilities included executing MEP activities, preparing bills of quantities, reviewing drawings, supervising sites, and coordinating with contractors. He also has experience designing modular furniture as a Project Engineer. Anshul holds a Bachelor of Engineering degree in Mechanical Engineering and is proficient in AutoCAD, CATIA, ABAQUS and other computer skills. He is seeking a full-time position utilizing his product development, analytical and research abilities.
Shiraz Nawaz is a civil engineer with over 8 years of experience working on infrastructure projects in India and Saudi Arabia. He is currently working as an Underground Station Engineer for FCC in Riyadh, Saudi Arabia, overseeing the construction of two underground metro stations. Prior projects include serving as a Civil Site Inspector for the Majestic Underground Interchange Station in Bangalore, India and working as a Civil Engineer for the viaduct casting of the Bangalore Metro. He holds a Bachelor's Degree in Civil Engineering.
Ranendranath Chaudhuri has over 30 years of experience in project planning, scheduling, monitoring, and cost/budget control for industrial and infrastructure projects. He has expertise in strategic planning, detailed planning and scheduling, project management, site management, contract management, and people management. Some of the key projects he has worked on include steel plants, power plants, industrial plants, buildings, and infrastructure projects. He is proficient in project management software and has strong leadership, communication, and problem-solving skills.
Praveena E is seeking a position as a structural engineer. She has over 2 years of experience in structural design and as a site engineer. Her skills include modeling in ETABS, SAFE, STAADPRO, AutoCAD, and preparing structural designs, drawings, and bills of quantities. She has worked on projects such as residential apartments, hospitals, and commercial buildings.
This document is a resume for Adlai Ali Evans, who is seeking a position as a construction engineer in southern California. Evans has over 18 years of experience in engineering, including structural design of concrete buildings, design and construction management of various infrastructure projects like retaining walls, bridges, and utilities. Evans has a Master's degree in Civil Engineering (Construction) and is a licensed Professional Engineer in California. Recent work experience includes serving as a construction engineer performing structural representative work and resident engineering on infrastructure projects for Caltrans and various municipalities.
DESIGN OF RCC ELEMENTS SESSION 5 PROF. YADUNANDANAjit Sabnis
This document provides an overview of the design of reinforced concrete (RCC) elements such as slabs, beams, columns, footings, staircases, and water tanks. It begins with introducing the concept of design in RCC, which has evolved from a deterministic to a probabilistic approach based on limit states. The general design procedure is then outlined, involving modeling the structure, specifying loads and load combinations, analyzing to obtain member forces, and designing individual elements. Guidelines for preliminary sizing of slab thickness, beam depth, and column dimensions are provided. Finally, the document discusses the different types of slabs and provides equations for calculating design moments in one-way and two-way slabs.
The Good, The Bad & The UGLY - A Construction Defect Case Studysmsanders85
The document describes various construction defects that were discovered during litigation regarding a large public building project. The contractor drove over survey stakes and failed to resurvey before drilling piles, resulting in piles being in the wrong locations. Other issues included slabs poured out of specification, welding defects, concealed voids in walls, and poor concrete consolidation. During repairs, ground penetrating radar and coring were used to locate hidden voids, and forensic mockups tested repair methods. The repairs included shotcrete, selective demolition, engineered sack and patch repairs, and total demolition and re-pour of some sections. After five years of litigation, the project eventually reached a settlement.
This curriculum vitae summarizes the experience of Mai L. Gabica, an architect with 17 years of experience in relevant fields. The CV lists strengths such as competent design skills, proficiency with BIM software and building codes, and experience managing architectural teams. Recent roles include BIM Manager for a large water treatment project in the Philippines and drafting team manager for an outsourcing company in the US. Previous positions include architectural inspector and designer for projects in Saudi Arabia.
Richa Bansal is an experienced architect seeking a new position. She has over 30 years of experience in residential and commercial design, project management, and architectural review. She is LEED-AP certified and passed the NC exam. Bansal has worked on projects ranging from single family homes to hospitals and schools with budgets up to $25 million. She is proficient in CAD and other design software.
The document describes a design competition organized by the Scottsdale Museum of Contemporary Art called "Flip a Strip" that asked participants to redesign small-scale strip shopping centers. 95 teams from 46 cities and 6 countries submitted proposals. 25 finalist projects will be exhibited at the museum from October 4, 2008 to January 18, 2009. The finalists were selected through a two-stage jury process. The exhibition will feature the finalist projects through large-scale computer projections.
Maneesh Kumar Dwivedi is a piping design and project management professional seeking opportunities in oil & gas, power, or FMCG industries. He has over 6 years of experience in piping design engineering and 1.5 years in project management. He is proficient in piping layout, support design, line sizing, and using software like AutoCAD, MS Project, and Navisworks. He has worked on projects in power and oil & gas for companies like L&T, Reliance Industries, Development Engineers, and Thermofab Engineers.
Chandrasekar has over 12 years of experience as a structural designer for oil, gas, and power projects. He has worked on projects in Oman, India, and the Philippines. His responsibilities have included modeling, drafting construction drawings, preparing bar bending schedules, and ensuring timely delivery of drawings and materials take-off. He has expertise in AutoCAD, PDMS, and other design software.
Abhishek Kumar has over 3 years of experience as a Mechanical Engineer managing construction projects in India. He has managed teams of up to 50 people on infrastructure, oil and gas, and government projects. Currently, he works as the Mechanical Engineer in charge of an IOCL pumping station project in Gujarat, where he is responsible for planning, coordination, and project controls. Previously, he managed projects for GAIL, HPCL, and OIL India, where his responsibilities included preparing budgets, schedules, and engineering drawings, as well as supervising mechanical and piping installation work. He has skills in construction management, site safety, quality control, cost control, and subcontractor supervision.
Lawrance is a senior survey engineer with over 12 years of experience in surveying projects across several countries. He is currently working for CGC Converse Technologies in their 3D laser scanning division. Some of his responsibilities include establishing horizontal and vertical controls, conducting topographic surveys, marking layouts, and generating 3D models using laser scanning. He is proficient in various surveying software and instruments such as AutoCAD, total stations, and 3D laser scanners. Lawrance holds relevant qualifications in surveying and seeks a position that allows him to further develop his skills and experience.
This document is a curriculum vitae for Manikandan Muthukumar, an Indian national currently residing in Singapore. He has over 9 years of experience as a site engineer, including his current role with Hyundai Engineering & Construction Co Ltd in Singapore since 2013. He is involved in the North-South Transmission Cable Tunnel project with responsibilities including supervising shaft construction, tunneling works using drill/blast and TBM methods, ground treatment, and ensuring work is done according to specifications. His past experience includes similar site engineering roles in Singapore and India. He holds a diploma in civil engineering and relevant software and language skills.
Shilpesh Sitakant Adbal is a civil and structural designer with over 9 years of experience in process plants including oil and gas. He has expertise in software such as SP3D, PDMS, Tekla, and AutoCAD. He holds a diploma in civil engineering and has worked on numerous projects for companies such as Linde Engineering India, WorleyParsons, United Phosphorus Limited, and BASF India. His experience includes 3D modeling, preparing civil and structural drawings, designing steel and concrete structures, and coordinating with other teams.
Sukdeb Samanta is an experienced surveyor seeking a position utilizing his technical and analytical skills. He has over 5 years of experience in surveying, project management, and construction projects including bridges, roads, buildings and fabrication work. His skills include operating surveying instruments, mapping terrain, establishing boundaries and coordinates, verifying measurements, and using software like AutoCAD. He holds an ITI survey certification and has worked on projects for various companies managing surveying tasks.
• B.Tech (Electronics & Instrumentation Engineering) with more than +5 years of experience in Design Engineering and Project Execution.
• Adept in Project co-ordination & documentation of all related drawing, data sheets, QAP’s, Field reports, JHA’s, Hook-up diagrams, BOM etc.
• Fair understanding of the aspects of Design & Development Processes, Drafting and Customer Relationship Management
• Adept in handling commissioning activities involving resource planning and co-ordination with internal / external departments/ clients/ vendors.
• Understanding in executing cost saving techniques/measures and modifications to achieve substantial reduction in O&M expenditures and work within the budget
• An effective communicator, hard worker with good interpersonal, problem solving and presentation skills
This document is a curriculum vitae for Sheng Hua Kao that includes his contact information, education history, professional experience, and qualifications. It summarizes over 26 years of experience in construction planning, site supervision, and quality control/assurance for various infrastructure projects including tunnels, bridges, railways, and buildings. His most recent roles included serving as the General Supervision Engineer for a high-speed rail project in China and as the QA/QC Manager for a metro rail project in Taiwan.
This document is a curriculum vitae for Sheng Hua Kao that includes his contact information, education history, professional experience, and qualifications. It summarizes over 26 years of experience in construction planning, site supervision, and quality control/assurance for various infrastructure projects including tunnels, bridges, railways, and buildings. His most recent roles included serving as the General Supervision Engineer for a high-speed rail project in China and as the QA/QC Manager for a metro rail project in Taiwan.
Ravi Kumar Terlapu is a senior engineer with over 6 years of experience in project management, structural design, and construction management. He has worked on various projects including bridges, highways, tunnels, and hydro power plants. Currently, he is an associate with L&T ECC in Rajasthan managing structural works, site execution, and billing. Previously, he has worked with Navayuga Engineering and IDDC Consultancy on tunneling, canal, and distribution projects.
Destech Structural Consultants provides structural engineering consulting services including design, analysis, proof checking, and sustainability solutions. They have expertise in designing various structures like high-rise buildings, industrial buildings, commercial complexes, and steel structures. The company is managed by Bhauso Desai, the founder, along with Jitendra Naregalkar and advisor Abhay Bambole. They have experience working on projects across India as well as internationally in Dubai and Oman.
This curriculum vitae summarizes Anshul Mittal's professional experience and qualifications. He has over 5 years of experience working as an MEP Engineer on high-rise projects in India. His responsibilities included executing MEP activities, preparing bills of quantities, reviewing drawings, supervising sites, and coordinating with contractors. He also has experience designing modular furniture as a Project Engineer. Anshul holds a Bachelor of Engineering degree in Mechanical Engineering and is proficient in AutoCAD, CATIA, ABAQUS and other computer skills. He is seeking a full-time position utilizing his product development, analytical and research abilities.
Shiraz Nawaz is a civil engineer with over 8 years of experience working on infrastructure projects in India and Saudi Arabia. He is currently working as an Underground Station Engineer for FCC in Riyadh, Saudi Arabia, overseeing the construction of two underground metro stations. Prior projects include serving as a Civil Site Inspector for the Majestic Underground Interchange Station in Bangalore, India and working as a Civil Engineer for the viaduct casting of the Bangalore Metro. He holds a Bachelor's Degree in Civil Engineering.
Ranendranath Chaudhuri has over 30 years of experience in project planning, scheduling, monitoring, and cost/budget control for industrial and infrastructure projects. He has expertise in strategic planning, detailed planning and scheduling, project management, site management, contract management, and people management. Some of the key projects he has worked on include steel plants, power plants, industrial plants, buildings, and infrastructure projects. He is proficient in project management software and has strong leadership, communication, and problem-solving skills.
Praveena E is seeking a position as a structural engineer. She has over 2 years of experience in structural design and as a site engineer. Her skills include modeling in ETABS, SAFE, STAADPRO, AutoCAD, and preparing structural designs, drawings, and bills of quantities. She has worked on projects such as residential apartments, hospitals, and commercial buildings.
Joshi Sahdev V has over 5 years of experience as a Site Engineer for construction companies in India. He has experience managing projects such as road construction, check dams, toll plazas, and administrative buildings. Currently, he works for Patel Infrastructure Private Limited managing the construction of a new toll plaza on NH-27 with a project cost of 7.5 crore rupees. He received a B.E. in Civil Engineering with a 6.89 CGPA and has skills in areas like AutoCAD, STAAD.pro, RCC design, and construction site management.
Saeed Ur Rehman Khan has over 15 years of experience in civil engineering projects in Saudi Arabia. He has worked as a resident engineer on industrial plants and has experience in supervision, planning, quantity surveying, and design. Khan lists skills in AutoCAD, Microsoft Office, and project management. He holds a diploma in civil engineering and a bachelor's degree in civil engineering technology.
Atul Shrivastava is seeking a structural engineering or project management position. He has over 1.5 years of experience as a junior structural design engineer, lead structural design engineer, and lead technical coordinator. He is proficient in structural design software like ETABS, SAFE, Sap2000, and Prokon. Some of his project experiences include being the lead structural design engineer for a 35-story residential tower project and a 7-podium, 35-floor project. He is skilled in all aspects of civil engineering including design, project management, coordination, and using national structural design standards.
Subhash Patil has over 25 years of experience in project management and construction. He has managed projects in roads, industrial, residential, and infrastructure construction totaling over Rs. 900 crores. Some of his responsibilities include project planning, site management, resource planning, liaising with clients, and ensuring quality and on-time delivery.
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Concrete is one of the most versatile materials used in infrastructural development. It plays a critical role in in construction industry and making it sustainable is of paramount importance. How do we do it? Let us look here!!
Role of Alternative Materials in Reducing the Carbon Footprint of BuildingsAjit Sabnis
This document discusses alternative building materials that can help reduce the carbon footprint of buildings. It begins by noting that material choices should be considered early in the design process as they are intrinsically linked to building design. It then provides statistics on the environmental impacts of the construction industry and discusses advantages of recycled, reused, and renewable materials over virgin materials. The document proceeds to examine characteristics of harmful materials and defines renewable and non-renewable materials. It also defines carbon footprint and discusses India's annual CO2 emissions and their sources. The rest of the document discusses various alternative building materials like straw bales, grasscrete, rammed earth, hempcrete, bamboo, recycled plastics, wood, and mycelium that have benefits over concrete
Sustainability Computation of Buildings using Real Time Data: Pre-Constructio...Ajit Sabnis
This talk will touch upon establishing baseline values thru a benchmark project, computation of sustainability percentage for individual and building clusters. It also explains about the sustainability classification of buildings at the conceptual stage providing us an insight to evolve mitigation strategies in reducing the carbon footprint.
Optimizing and Saving WATER in achieving Green ConstructionAjit Sabnis
- Water conservation is important as only 3% of the world's water is potable and available for drinking. Construction activities currently consume significant amounts of water.
- Sustainable construction focuses on reducing water usage through efficient designs, materials selection, rainwater harvesting, and wastewater recycling. Techniques presented included using local materials, reducing cement/steel, harvesting rainwater, installing efficient fittings, and treating wastewater on-site.
- A national innovation week is being organized in India to encourage schools to calculate their water usage and carbon footprint to increase awareness around efficient water usage and sustainability.
Embedded Energies, SDIs and Sustainability Quantification Ajit Sabnis
This talk covers computation methodologies for evaluating Embodied Energy, Embodied Carbon of stand alone materials and sub-systems in a building using three perspectives including geo-specific sustainability Development Index- with Example. Also covers Embodied Water.
Elements of Sustainable Construction and Design ParametersAjit Sabnis
This presentation covers facets of Embodied Energy, Embodied Carbon, LCA methods, Benchmarking and establishing baselines, Parameters for sustainable design.
Understanding true meaning of Sustainability on the basis of Adopt-Assess-Mitigate principles. The PPT highlights action to taken by all those professionals related to construction industry. Sustainability assessment during the Pre-construction phase of building's life cycle and carbon spike phenomenon is dealt with.
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
Understanding Inductive Bias in Machine LearningSUTEJAS
This presentation explores the concept of inductive bias in machine learning. It explains how algorithms come with built-in assumptions and preferences that guide the learning process. You'll learn about the different types of inductive bias and how they can impact the performance and generalizability of machine learning models.
The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.
Advanced control scheme of doubly fed induction generator for wind turbine us...IJECEIAES
This paper describes a speed control device for generating electrical energy on an electricity network based on the doubly fed induction generator (DFIG) used for wind power conversion systems. At first, a double-fed induction generator model was constructed. A control law is formulated to govern the flow of energy between the stator of a DFIG and the energy network using three types of controllers: proportional integral (PI), sliding mode controller (SMC) and second order sliding mode controller (SOSMC). Their different results in terms of power reference tracking, reaction to unexpected speed fluctuations, sensitivity to perturbations, and resilience against machine parameter alterations are compared. MATLAB/Simulink was used to conduct the simulations for the preceding study. Multiple simulations have shown very satisfying results, and the investigations demonstrate the efficacy and power-enhancing capabilities of the suggested control system.
A SYSTEMATIC RISK ASSESSMENT APPROACH FOR SECURING THE SMART IRRIGATION SYSTEMSIJNSA Journal
The smart irrigation system represents an innovative approach to optimize water usage in agricultural and landscaping practices. The integration of cutting-edge technologies, including sensors, actuators, and data analysis, empowers this system to provide accurate monitoring and control of irrigation processes by leveraging real-time environmental conditions. The main objective of a smart irrigation system is to optimize water efficiency, minimize expenses, and foster the adoption of sustainable water management methods. This paper conducts a systematic risk assessment by exploring the key components/assets and their functionalities in the smart irrigation system. The crucial role of sensors in gathering data on soil moisture, weather patterns, and plant well-being is emphasized in this system. These sensors enable intelligent decision-making in irrigation scheduling and water distribution, leading to enhanced water efficiency and sustainable water management practices. Actuators enable automated control of irrigation devices, ensuring precise and targeted water delivery to plants. Additionally, the paper addresses the potential threat and vulnerabilities associated with smart irrigation systems. It discusses limitations of the system, such as power constraints and computational capabilities, and calculates the potential security risks. The paper suggests possible risk treatment methods for effective secure system operation. In conclusion, the paper emphasizes the significant benefits of implementing smart irrigation systems, including improved water conservation, increased crop yield, and reduced environmental impact. Additionally, based on the security analysis conducted, the paper recommends the implementation of countermeasures and security approaches to address vulnerabilities and ensure the integrity and reliability of the system. By incorporating these measures, smart irrigation technology can revolutionize water management practices in agriculture, promoting sustainability, resource efficiency, and safeguarding against potential security threats.
We have compiled the most important slides from each speaker's presentation. This year’s compilation, available for free, captures the key insights and contributions shared during the DfMAy 2024 conference.
6th International Conference on Machine Learning & Applications (CMLA 2024)ClaraZara1
6th International Conference on Machine Learning & Applications (CMLA 2024) will provide an excellent international forum for sharing knowledge and results in theory, methodology and applications of on Machine Learning & Applications.
DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELgerogepatton
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
K8sGPT is a tool that analyzes and diagnoses Kubernetes clusters. This presentation was used to share the requirements and dependencies to deploy K8sGPT in a local environment.
Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapte...University of Maribor
Slides from talk presenting:
Aleš Zamuda: Presentation of IEEE Slovenia CIS (Computational Intelligence Society) Chapter and Networking.
Presentation at IcETRAN 2024 session:
"Inter-Society Networking Panel GRSS/MTT-S/CIS
Panel Session: Promoting Connection and Cooperation"
IEEE Slovenia GRSS
IEEE Serbia and Montenegro MTT-S
IEEE Slovenia CIS
11TH INTERNATIONAL CONFERENCE ON ELECTRICAL, ELECTRONIC AND COMPUTING ENGINEERING
3-6 June 2024, Niš, Serbia
Low power architecture of logic gates using adiabatic techniquesnooriasukmaningtyas
The growing significance of portable systems to limit power consumption in ultra-large-scale-integration chips of very high density, has recently led to rapid and inventive progresses in low-power design. The most effective technique is adiabatic logic circuit design in energy-efficient hardware. This paper presents two adiabatic approaches for the design of low power circuits, modified positive feedback adiabatic logic (modified PFAL) and the other is direct current diode based positive feedback adiabatic logic (DC-DB PFAL). Logic gates are the preliminary components in any digital circuit design. By improving the performance of basic gates, one can improvise the whole system performance. In this paper proposed circuit design of the low power architecture of OR/NOR, AND/NAND, and XOR/XNOR gates are presented using the said approaches and their results are analyzed for powerdissipation, delay, power-delay-product and rise time and compared with the other adiabatic techniques along with the conventional complementary metal oxide semiconductor (CMOS) designs reported in the literature. It has been found that the designs with DC-DB PFAL technique outperform with the percentage improvement of 65% for NOR gate and 7% for NAND gate and 34% for XNOR gate over the modified PFAL techniques at 10 MHz respectively.
ACRP 4-09 Risk Assessment Method to Support Modification of Airfield Separat...
How to begin and complete a good structural design of a Project
1. CHETANA
since 1983
How to begin and complete a good
structural design of a Project
CHETANA ENGINEERING SERVICES PVT.LTD.
Chetana House, #3/1, 10th Cross, Vasanth Nagar, Bangalore – 560 001.
Ph: 080-22340405/6/7
Session – 2:
Date: 06.03.2021
Time: 4:30 pm to 06:00 pm
CHETANA
since 1983
By
– Er. G.H. Basavaraj
Principal Consultant & Managing Director
1
2. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
How to begin and complete a good structural
design of a Project
A.
DD Stage
(No DTD
Philosophy)
B.
Design Stage
C.
Delivery Stage
2
3. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
A.
DD Stage
(No DTD
Philosophy)
1.
Mobilizing
other
decision
makers
3
4. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
A.
DD Stage
(No DTD
Philosophy)
1.
Mobilizing
other
decision
makers
4
Assessment
of N-Values
@ 2B depth
1a.
Data Mobility
-Geo-Tech &
Survey, • Assessment of N-Values @ 2B depth
for better evaluation of SBC
5. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
A.
DD Stage
(No DTD
Philosophy)
1.
Mobilizing
other
decision
makers
Acceptance of
Vertical
Elements, Grids,
GA drgs approval
Aesthetics
1b.
Architects
5
Acceptance of :
• Vertical Elements,
• Grids,
• GA drawings approval
• Aesthetics
Assessment
of N-Values
@ 2B depth
1a.
Data
Mobility
Geo-Tech
& Survey,
6. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
A.
DD Stage
(No DTD
Philosophy)
1.
Mobilizing
other
decision
makers
Acceptance
of Vertical
Elements,
Grids, GA
drgs
approval
Aesthetics
STP, UG Sump,
Shaft, Sunken,
OHT, Ducts
1b.
Architects
1c.
MEP
6
• STP,
• UG Sump,
• Shaft,
• Sunken,
• OHT,
• Ducts
Assessment
of N-Values
@ 2B depth
1a.
Data
Mobility
Geo-Tech
& Survey,
7. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
A.
DD Stage
(No DTD
Philosophy)
1.
Mobilizing
other
decision
makers
Str. System,
Foundation
System,
Acceptance,
Time Line
1d.
Client
7
Acceptance of :
• Structural System
• Foundation System
• Time Line
• Costing
Acceptance
of Vertical
Elements,
Grids, GA
drgs
approval
Aesthetics
STP, UG
Sump, Shaft,
Sunken, OHT,
Ducts
1b.
Architects
1c.
MEP
Assessment
of N-Values
@ 2B depth
1a.
Data
Mobility
Geo-Tech
& Survey,
8. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
A.
DD Stage
(No DTD
Philosophy)
1.
Mobilizing
other
decision
makers
Assessment
of Soil Filling
Depth &
Loadings
1e.
Landscaping
8
• Assessment of Soil Filling Depth & Loadings
Str. System,
Foundation
System,
Acceptance,
Time Line
1d.
Client
Acceptance
of Vertical
Elements,
Grids, GA
drgs
approval
Aesthetics
STP, UG
Sump, Shaft,
Sunken, OHT,
Ducts
1b.
Architects
1c.
MEP
Assessment
of N-Values
@ 2B depth
1a.
Data
Mobility
Geo-Tech
& Survey,
9. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
1
Mobilizing
other
decision
makers
2.
Geometrical
Closure
Acceptance
of Vertical
Elements,
Grids, GA
drgs
Aesthetics
STP, UG
Sump,
Shaft,
Sunken,
OHT, Ducts
Str. System,
Foundation
System,
Acceptance
Assessment
of Soil Filling
Depth &
Loadings
1b.
Architects
1c.
MEP
1d.
Client
1e.
Landscaping
A.
DD Stage
(No DTD
Philosophy)
9
• Column & Wall Location and
sizes
• Beam & Slab Layout
Assessment
of N-Values
@ 2B depth
1a.
Data
mobility
Geo-Tech
& Survey
Structural System Drawings Closure
Geometrical Closure from Others
• Capture Services Requirements
• Grids
10. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
3.
DBR
2
Geometrical
Closure
10
1
Mobilizing
other
decision
makers
A
DD Stage
(No DTD
Philosophy) Acceptance
of Vertical
Elements,
Grids, GA
drgs
Aesthetics
STP, UG
Sump,
Shaft,
Sunken,
OHT, Ducts
Str. System,
Foundation
System,
Acceptance
Assessment
of Soil Filling
Depth &
Loadings
1b.
Architects
1c.
MEP
1d.
Client
1e.
Landscaping
Assessment
of N-Values
@ 2B depth
1a.
Data
mobility
Geo-Tech
& Survey
11. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
4.
All
elements
sizing
closure
Based on
Experience
Thumb Rule
1 floor
evaluation
Preliminary
evaluation
11
3.
DBR
2
Geometric
al Closure
1
Mobilizing
other
decision
makers
A.
DD Stage
(No DTD
Philosophy) Acceptance
of Vertical
Elements,
Grids, GA
drgs
Aesthetics
STP, UG
Sump,
Shaft,
Sunken,
OHT, Ducts
Str. System,
Foundation
System,
Acceptance
Assessment
of Soil Filling
Depth &
Loadings
1b.
Architects
1c.
MEP
1d.
Client
1e.
Landscaping
Assessment
of N-Values
@ 2B depth
1a.
Data
mobility
Geo-Tech
& Survey
12. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
5.
100% GA
Drawings
Closure
12
• Floor plate GA drawings – 100%
approval & acceptance by Architects
• Software Analysis Model - ETABS, SAFE
• Safety Evaluation of Complete
Structure through 3-D Model
4.
All
elements
sizing
closure
Based
on
Experien
ce
Thumb
Rule
1 floor
evaluati
on
Preliminary
evaluation
3.
DBR
2
Geometric
al Closure
1
Mobilizing
other
decision
makers
A.
DD Stage
(No DTD
Philosophy)
Acceptance of
Vertical
Elements,
Grids, GA
drgs
Aesthetics
STP, UG
Sump,
Shaft,
Sunken,
OHT, Ducts
Str. System,
Foundation
System,
Acceptance
Assessment
of Soil Filling
Depth &
Loadings
1b.
Architects
1c.
MEP
1d.
Client
1e.
Landscaping
Assessment
of N-Values
@ 2B depth
1a.
Data
mobility
Geo-Tech
& Survey
13. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
4.
All
elements
sizing
closure
Based
on
Experien
ce
Thumb
Rule
1 floor
evaluati
on
Preliminary
evaluation
13
5.
100% GA
Drawings
Closure
3.
DBR
2
Geometric
al Closure
1
Mobilizing
other
decision
makers
A.
DD Stage
(No DTD
Philosophy)
6.
100% S0
DRAWINGS
• Vertical elements position, size, orientation Closure
• All Floor GA drawings
• All floor plates reinforcement patterns
• All columns & walls reinforcement patterns in Schedules
• STP, UG Sump, Retaining Walls.
• All Reinforcement patterns in all Drawings from Foundation to
Water Tank Completed.
Acceptance of
Vertical
Elements,
Grids, GA
drgs
Aesthetics
STP, UG
Sump,
Shaft,
Sunken,
OHT, Ducts
Str. System,
Foundation
System,
Acceptance
Assessment
of Soil Filling
Depth &
Loadings
1b.
Architects
1c.
MEP
1d.
Client
1e.
Landscaping
Assessment
of N-Values
@ 2B depth
1a.
Data
mobility
Geo-Tech
& Survey
14. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
B.
Design
Stage
6.
100% S0
Drawings
4.
All
elements
sizing
closure
5.
100% GA
Drgs
A.
DD Stage
(No DTD
Philosophy)
1
Mobilizing
other
decision
makers
Acceptance of
Vertical
Elements,
Grids, GA drgs
Aesthetics
STP, UG Sump,
Shaft, Sunken,
OHT, Ducts0
Str. System,
Foundation
System,
Acceptance,
Time Line
Soil Filling
Depth &
Loadings
Architects MEP Client Landscaping
2
Geometrical
Closure
3.DBR
Based on
Experience
Thumb Rule
1 floor
evaluation
Preliminary
evaluation
14
Assessment
of N-Values
@ 2B depth
Data
mobility
Geo-Tech &
Survey
15. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
B.
Design Stage
7.
Convert S0
Package to S1,
S2, S3
packages
15
• 80% Physical Work Completed
• 20% Safety & accuracy balance
7.a- Model Analysis & Design
7.b- Results Compilation,
Reinforcement Entries (Parallel
activity)
S1, S2, S3 (Parallel activity)
S0
Base
work in
S0
• S1 – Foundation, complete below ground details,
complete vertical elements details as one S1
package.
• S2 – All Floor GA, Slab Reinforcement, Stairs,
Ramps – complete S2 package.
• S3 – All Horizontal elements & above terrace & all
other miscellaneous details – complete S3 package.
16. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
7a.
Model
Analysis &
Design
Closure
B.
Design
Stage
7
Convert
S0 Package
16
• Software Model finalization w.r.t approved
GA drawings
• Checking the behavior of building for
applied loads
• Optimizing the model for Safety, Stability &
Economy.
• Correct Loading assessments
• Systems with Less Loadings
(Toilet Sinking, Screeds, Walls)
S0
Base
work in
S0
Parallel Engineering work
17. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
7a
Analysis &
Design
Closure
B.
Design
Stage
17
7
Convert
S0 Package
7b.
Results
Compilation
• Checking of Results for Columns,
Walls, Beams, Slabs.
• Column Grouping & Tabulation
• RC Wall Grouping
• Foundation Reinforcement check
for provided footing sizes.
S0
Base
work in
S0
18. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
8.
Converting S1, S2,
S3 to Good For
Construction
Drawing packages
8a.
Checkers
completion
7b.
Results
Compilati
on
B.
Design
Stage
18
7a
Analysis &
Design
Closure
7
Convert
S0 Package
S0
Base
work in
S0
19. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
8.
Converting S0
Package to S1,
S2, S3 GFC
packages 8a.
Checkers
completion
7a
Analysis &
Design Closure
7b.
Results
Compilation
B.
Design
Stage
7.
Convert S0
Package to
S1, S2, S3
C.
Delivery
Stage
19
S0
Base
work in
S0
20. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
C.
Delivery
Stage
9.
Ability to issue
100% Structural
GFC Package
9a.
Delivery
(transmittal
first)
20
21. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
9
Ability to
issue 100%
Strl. GFC
Package
10.
BoQ,
Estimates
9a.
Delivery
(transmittal
first)
21
• Specifications
• Bill of Quantities (BoQ)
• Estimate
• Arriving at cost of Structure
• Steel Consumption
• Concrete Consumption
C.
Delivery
Stage
22. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
11.
Periodical
Inspection
10.
BoQ,
Estimates
22
C.
Delivery
Stage
• Checking Site activity
• Mix Design Approvals
• Material Test Certificate Approvals
• Steel Fabrication Checking
• Cube Strength Reports / QA
• Work Inspection
9.
Ability to
issue 100%
Strl. GFC
Package
9a.
Delivery
(transmittal
first)
23. CHETANA
since 1983
CHETANA
since 1983
Session-2: How to begin and complete a good structural design of a Project
Chetana Engineering Services Pvt.Ltd.
9.
Ability to issue 100% Strl.
GFC Package
1.
Mobilizing
other
decision
makers
1b.
Architec
ts
1c.
MEP
1d.
Client
1e.
Landscaping
Acceptance of
Vertical
Elements,
Grids, GA drgs
Aesthetics
STP, UG
Sump, Shaft,
Sunken,
OHT, Ducts
Str. System,
Foundation
System,
Acceptance, Time
Line
Soil Filling
Depth, Loadings
2.
Geometrical
Closure
5.
100% GA
Drgs
4.
All elements
sizing closure
Based on
Experience
Thumb
Rule
1 floor
evaluation
Preliminary
evaluation
7.
Convert S0
Package to
S1, S2, S3
6.
100% approval
of Geometrical
S0 Drgs from
Arch Team
Vertical
Elements
Floor Plates
7a.
Analysis &
Design
Closure
7b.
Results
Compilation
8.
Converting S0
Package to S1,
S2, S3 GFC
packages
8a.
Checkers
completion
3.
DBR
10.
BoQ,
Estimates
11.
Periodical
checking
Delivery
Interdependency of
Stages A-B- C
in complete
Structural design
- Start to End
23
1a.
Geo-
Tech &
Survey
Assessment
of N-Values
@ 2B depth
A. (DD Stage)
B. (Design
Stage)
C. (Delivery Stage)
S0
Base
work
in S0