Upload
sailendra-kumar
View
37
Download
0
Embed Size (px)
Citation preview
GEOSPATIAL AND ENGINEERING
SOLUTIONS
By
M. Seshagiri Rao
TriCAD Design Consultants (P) Ltd An ISO 9001:2008 company
AGENDA
• Company Overview
• Capabilities & Resources
• Infrastructure Software & Hardware
• Data Security & Backup
• Expertise
• Project Planning and Execution Process
• Projects Experience & Samples
Company Overview
• TriCAD Founded in 1994 with an aim to provide comprehensive GIS, Remote
Sensing, LiDAR, AutoCAD, BIM and Photogrammetry Services for India and Overseas
clients.
– Strategically located at Hyderabad & Bhubaneswar.
• Recognized and Certified by Department of Space Ministry of Defense
Government of India.
• Recognized by the Indian State Board of Technical Education in the
Category of Geomatics training.
• Quality Policy
– TriCAD is an ISO 9001:2008 certified organization
– Well defined Quality procedures to provide on time Quality deliverables
to our customers
Capabilities & Resources
• Equipped with latest state of the art
technology to provide clients world‐class
cutting edge technology .
• Hosts many multi‐vendor, multi‐platform
systems supporting wide range of spatial
data exchange formats and analysis
functions.
• The company maintains high‐ speed internet
connections,fully network ed microcomputers.
• CAD Software
– MicroStation, AutoCAD, Intellicad,ZWCAD,ProVec and SPANS
• Photogrammetry Software
– DAT/EM, SSK, PCI Ortho Engine
• Image Processing Software
– ERDAS Imagine, PCI Geomatica, Defininens, Feature ObjeX
• GIS Software
– ARC View , ARC Info, ARC GIS , GeoMedia , MapInfo
– global Mapper
• Lidar Software
– Terra Scan, Terra Model and Microstation V8
• Others
– ST AD III, SQL Server , Oracle, MS Office Suite
Infrastructure ‐ Software
• Survey Equipment
– Garmin & Navcom – GPS and DGPS
– Leica Total Stations
• Scanner , Plotters & Printers
– Okto & Deskan Flat bed A0 Color Scanner
– A0 Plotters
– HP Printers & Scanner
• Workstations, Servers & Storage
– Dell , HP Workstations and servers
– T errabytes NAS Storage
Infrastructure ‐ Hardware
Data Security & Data Backup
DATA SECUTRIY
• Implemented Industry standard
network Firewall with software
based security solutions to ensure
the safety of the data.
• Implemented Industry standard
Antivirus software with encryption &
decryption facility.
• Data Masking to unauthorized
personnel.
• Continually educate employees on
the importance of Data Security.
DATA BACKUP
• Backup to a centralized location on
a Network Attached Storage
Devices (NAS).
• Dedicated Backup servers.
• Backup of customer data will be
kept for one year after completion
of the project.
• Yet times Customer data will
erased on complete project
acceptance receipt.
Expertise
• Data collection (DGPS / ETS Survey) and verification
• Database design, Development and Maintenance
• Scanning , Vector Map Creation and Conversion
• Remote Sensing – Satellite Data
– Thematic Maps creation; Change Detection from Multisensor images
– Watershed Mapping and Urban Sprawl Detection
• Digital Photogrammetry (Aerial & Satellite)
– Triangulation ; DSM & DEM Creation; Vector Mapping (1:1000 , 1:5000,
1:10,000 and 1:50,000 Mapping scales); Ortho Mosaic and Tiling
– City modeling upto LOD 2 & 3
• Utility Mapping and Facility Management
– Telecom, Gas and Electric
• GIS Creation ,Application Development and WebGIS tools
Project Planning & Execution
• TriCAD strictly follows well Defined Procedures .
– Project requirements review and discussions with customers
– Pilot data input data review , execution and freezing the specifications for
the actual project.
– Preparation of actual project Execution Plan and Budget.
– Define the quality requirement based on the pilot and prepare a Quality
Manual for the project.
– Provide Training to operators on project scope and specifications.
– Periodic review of person wise performance and improve upon the
process.
– Weekly communication with customer for any technical clarifications and
project status update.
– Delivery of the GIS ready data to customer..
Projects Experience
&
Projects Samples
BUILDING INFORMATION MODELING(BIM)
engineers, contractors, developers, and building owners – to sync together allowing them to view the model
in different ways and seamlessly share information.
The BIM Project Execution Planning guide provides a structured method to plan the implementation of
Building Information Modeling on a project. The procedure includes the following four steps:
1) Identify high value BIM uses during the projects planning, design, construction and operational phases.
2) Design the BIM execution process by creating process maps.
3) Define the BIM deliverables in the form of information exchanges.
4) Develop the infrastructure in the form of contracts, communication procedures, technology and quality
control to support the implementation
BIM Uses are categorized into five primary purposes:
1) Gathering,
2) Generating,
3) Analyzing,
4) Communicating and
5) Realizing
The various stages for BIM are:
Conceptual or schematic design
Preliminary design
Design development
Construction documents and details
freedom, to explore more design options, to make better informed design decisions, and to
predict costs and performance. Design and construction documents are automatically coordinated,
eliminating errors and omissions. Architectural and AE firms can deliver better buildings on time and on
budget, thus improving client services and increasing revenue – business‐critical benefits in today’s
competitive environment.
We perform seamless integration between design, engineering, analysis, construction, and operations for
the entire life cycle of facilities. we bring together multi‐disciplinary work groups and global teams in a
managed environment, allowing them to build as one.
➢ Conversion of 2D drawings to 3D BIM Architectural models➢ Construct ability Review of Design➢ BIM Architectural Coordination models➢ Bidding Marketing Presentation models➢ Pre‐construction Site logistic models
Structural BIM Services
As part of Structural BIM, we provides seamless integration between design, engineering, analysis,
construction, and operations for the entire life cycle of facilities. We have comprehensive documentation
and building information modeling (BIM) serving the needs of structural engineers, designers and BIM
practitioners through accurate document generation and integrated project delivery.
● Detailed Construction drawings.
● 3D Models Preparation (Steel, Wood and Concrete) from the drawings.
● Shop drawings of different structural elements including beams, columns, intels, roof
frames, shelf angles, bracing and wall partitions.
● Planning and cost estimates for Bidding, Construction materials procurement and
practical construction.
● 3D Modeling and Erection drawings for virtual construction management.
● Structural design and construction documentation for structures in steel, concrete and
timber
● Integrated analytical model with finite elements, nodes, boundary conditions and
member releases, loads and load combinations
● Parametric, dimension‐driven creation and modification of structural components
● Automatic user‐definable cutbacks and coping of intersecting members
● Quantity takeoffs, member schedules, volume and weight analysis, center of gravity,
and other reports
We have the ability to automate and synchronize the creation of construction documentation
across a project. This provides a significant time savings over a 2D workflow. The construction
documentation is easily customizable allowing for incorporation of standards.
With Structural BIM, Stake holders can access timely information across multidisciplinary
project teams whether they are working in a single office or distributed across many offices.
MEP BIM Services
MGSPL provides comprehensive 2D MEP Drafting Services for residential houses, buildings,
hospitals and factories etc. as part of its Mechanical Electrical Plumbing services.
Our MEP Services are supportive of light and energy conservation and green energy as we plan
and design accurate Load Calculation, and electrical requirements as per different projects. Our
team of adept MEP modelers can create tailored MEP drawings and specifications with detailed
layout sand models.
We create and design layouts based on the input provided in the form of AutoCAD files, JPG
images, PDF documents, Revit files and hand‐drawn sketches.
Our comprehensive MEP Services include:● Virtual 3D Model Creation● 4th Dimension of Time● Project Information Extraction● Clash Detection and Risk Mitigation● Energy Simulation for Different Projects● Precise, high‐quality construction documents
PHOTOGRAMMETRY
PHOTOGRAMMETRY
It is a Technology of obtaining accurate data through the process of
measuring and Interpreting photographic Images. Planimetric features (roads,
building, hydro, vegetation, utilities etc) and contour interval will be collected based
on the map and photo scale of the Projects.
We do the following services using Client Input Imageries and deliver the output
according to the client requirements.
� Aerial Triangulation
� DEM Generation
� Stereo Compilation
� DEM‐DTM Extraction
� Contour Generation
� Ortho Generation
� Pan Sharpening
Flow Chart
AERIAL TRIGULATION
DEM-GENERATION
ORTHO DEM
TERRAIN IN PROSPECTIVE VIEW TERRAIN DEM IN PROSPECTIVE VIEW
STEREO COMPILATION
ORTHO STEREO COMPILATON
TERRAIN IN PROSPECTIVE VIEW TERRAIN STEREO IN PROSPECTIVE VIEW
DEM-DTM EXTRACTION
ORTHO IMAGE ORTHO WITH CONTOUR
DEM DEM WITH CONTOUR
Contour Generation
Ortho with Contour Contour Generation
ORTHO GENERATION
ORTHO TERRAIN IN PROSPECTIVE VIEW
PAN SHARPENING
LiDAR(Light Deduction And
Ranging)
measures properties of scattered light to find range and/or other
information of a distant target. It is Commonly known as Laser
Radar. LiDAR is based on the transmission of relatively short
wavelength laser light and recording the amount of light
the terrain. LiDAR is not only replacing backscattered from
convential sensors but also creating new methods with unique
Properties that could not be achieved before.
• Types of LiDAR
• Airbone LiDAR
• Terrestrial LiDAR
• Mobile LiDAR
How the LiDAR Works:
The LiDAR Technology uses laser beam to scan the earth surface.
Laser Scanner mounted in aircraft emits laser beams with high frequency
and receives the reflected beam.
Time difference between emission of laser beam and reception of the
reflected laser signal is recorded to get the distance (range).
High frequency rotating mirror placed in-front of the laser converts this
laser into a laser scanner.
GPS data recorded in air and on ground (DGPS base stations for every
25kms) determine aircraft position.
IMU record attitude variations (pitch, roll, yaw) of the platform for carrying
out attitude corrections for the laser beam.
In other word this technology involves the use of pulses of laser light
towards the ground and measuring the time of pulse return. The return time for
each pulse back to the sensor is processed to calculate the variable distance
between the sensor and the various surface present on (or above) the ground.
TYPES OF LiDAR:
AIRBONE LiDAR
TERRESTRIAL LiDAR
MOBILE LiDAR
PROCESSING LiDAR DATA
Classification of different features
DTM preparation and Contour Generation
GEOGRAPHICAL INFORMATION
SYSTEM(GIS)
Data Capture & 3D Modeling
Cartographic Geodatabase
River Tham [tidal]
Cremome
Gardens
EM /Terrain Modeling
Online Update Mapping
Identifying Disconnects in Asset Network using Network Analysis.
Network Analysis
Error Identification - Network Analysis
• Untitled · AreMap • ArcInfo @ ]@
j E!le li_dit \(lew ookm<rks [nsert election Iools ndow t!elp
j Ci r;;i;
j Editot y
I Jb If!\ X I I<") r•l t- llr1:-1:-.:3:::6::7::-----,:::J I : I I jJ El j:. l ?Ij Offset XToolsPro yl" ' I I t I y 0 Ij Trace Task: I
·j Task: j createNew f eature :::J ITarget: j Transportf acility 3 1/ (";)limI!:51j J Network: IEiectricData<et_Net 3 Flow y it.,_ I Analysis y DomainSubType QAQC GISID Creation Tool AssetCoding QAQC MVFeeder Paint Code Updated Paint Code ...t. • GISQAQCTool Trace Task: !Find loops
Usef:1aplex label Engine
TransportFacility
l andmark
CTPTF cility
AnchorGuy
DynamlcProtectl;eDevlce
F u se
G enerator
J oint
J u mper
M eter
MiscNetworkfeab.Jre
OpenPoint
PFCorrectingEqupment
R i s e r
ServlcePolnt
SupportStructure
Switch
UndergroundStrLcture
VoltageRegulator
DistributionTr ns'ormer
HVTransformer
ElectrlcDatasetj'Jet_Junctlons
R ails
RoadEdge
RMdCentralline
AbandonedEiectriclineSegment
BusB r
ConduitSystem
j Q.rawing • (•) I_QJ.:J A • C<I[Q)Arial ..
Quality Assurance Tools
j Eile E_dit iew ookmarks [nsert 2election Iools 'll/indow t[elp
j D " I e X Io<) (•It - l lr:-:,s:21 s:7:
--
- 3, 1:r l l iJ
GISQAQC Tool Trace Task: !FindCommonAncestors
I±J Ri ser (:!)
I±J
00
00
I±J
(:!)
00
00
00
I±J
(:!)
00
00
(:!)
l±l
(:!)
00
00
00
I±J
(:!)
00
00
(:!)
I±J
(:!)
00
ServlcePolnt
SupportStructure
Switch
UndergroundStructure
VoltageRegulator
DlstrlbutlonTransformer
HVTransformer
ElectricDataset_Net_Junctions
TransportFacility
Landmark
AbandonedEiectrlcllneSegment
BusBar
ConduitSystem
MVFeeder
PriUGEiectrlcllneSegment
SecOHEiectriclineSegment
SecUGEiectriclineSegment
Rails
RoadEdge
RoadCentralllne
ElectricStation
CircleBoundary
DlscomBoundary
DistrictBoundary
DlvlslonBoundary
StateBoundary
Fields
Pr10HEiectr1cl!neSegment
QAQC Status
J Editor I ; Task:
l oeateNewFeature j Network: IEiectricDataset_Net iJ IAnalysis Flow DomainSubType QAQC GISID Creation Tool AssetCoding QAQC MVFeederPaint Code Updated Paint Code *
i. ) Customerlnfo QAQCdone...,CheckReport!
OK
Get PGDB for QC
QAQCReport Options
r Get OtherAttributes Report (xis)
r Get Mandatory Attributes Report (xis)
r Get Field Survey Mandatory Attributes Gaps(txt)
r Get Linear Overlap Report (txt)
Note:Befort runabovt too copy yourfuW.PGDB d>tulldlUl'l this tool o n copiedda.t correct enors u,fmalPGDB dcd.a.
r Get Self Point Overlap Report (xis)
r Pri. Vs Sec. Direct Conn. and Invalid Phase Conn. (txt)
r Check Freezed FeederiD .FeederNameAdmin Codes (txt)
COCheck Customer Information (txt)
r SPoint not in Building and Serviceline without SPoint (txt)
r Get Building having morethan one Service Point (txt)
r Get Jumper's NormaiPosition GAPs Wrt line Conductor ype(txt)
r Getting Different DTRSnapped Seclines(xls)
P1ocessing..
Generate Report Close
Domain Name Checking
J Eile dit iew ookmarl<s [nsert 2electlon ools \!liindow t[elp
J D liil IJ(, e X I""' ('•I l l,.,.1:-4-,..,.6.,.:2-2::- - - --, II:J.IiJ 1:1 I ?lj Offset XTools Pro l l®l ,p 1111'ml 01Survey Analyst·INetwork: I
J Editot •I..I# • Task: I create New Feature 3 1Target: I TransportFacility 3 1/(.)l tm l J j Network: I :;:] Flow • <t,_l Analysis • DomainSubType QAQC GISIDCreation Tool AssetCoding QAQC MVFeeder Paint Code Updated Paint Code ,t;. j.:J GISQAQCTool Trace Task; lr<nd
Trace Task: I
: ; :] Uset1aplex Label
EJ §J Layers [±)
00
[±)
r±l
00
[±)
[±)
00
[±)
[±)
00
[±)
[±)
00
[±)
TransportFacllity
Landmark
CTPTFacility
AnchorGuy
DynamicProtectiveDevice Fuse
Generator
Joint
Jumper
Meter
MiscNetworkFeature
OpenPoint
PFCorrectlngEqulpment
Riser
ServicePoint
Q!l§.!.u;iMM 00
[±)
[±)
00
[±)
r±J 00
[±)
[±)
00
Switch
UndergroundStructure
VoltageRegulator
DistributionTransformer
HVTransformer
Ralls
RoadEdge
RoadCentraiLine
AbandonedEiectrlcl lneSe•
BusBar
IF:\Project·04S_Medak\ Gangaghat\ Copy of MWNL_Gangagh Get Vendor PGDB
jF:\ Project·04S_Medak\Gangaghat\ Domains &SubTypes Mast Get Domains Master
ICheck SubTypes
ICheck Domain Names Processing ..
•J,Staf1.t ._ C; e) " IICI.DomaonNamesand S...
-
@ . ! ! 0 !2:01PM
J I@ f:l WJIf j r.tfiOiiY3It!1 t!1 Im®J 1 1439329.189 2926996.074 Meters
Land base Mapping- Maplnfo
J. . _ [Train Route ;:-
:-:-
,Center une Map]
Land base Thematic Map
r " Map Info Profe s sional - [Bidg ,Center line Map] 6l X
- 5I
X
GeoDatabase Creation
24
www.tricadinfo.com
Elevation Data
The terrain Model generated using PCI Geomatica
3D City Models by using RS & GIS
For Details Contact
M. Seshagiri Rao
Managing Director
email : [email protected]
Ph: +91 40 6598 7292, 6661 0255
Mob : +91 9848325455
Fax : +91 40 6661 7292