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Construction Professional Training Course

12,000.00

  • Central Government Certifiled , IAF , ISO , MSME
  • CORPORATE ON JOB TRAINING
  • WORK ON LIVE PROJECT
  • 100% JOB ASSISTANCE
Category:

Description

  • BAR BENDING SCHEDULE OF FOOTING
  • BAR BENDING SCHEDULE OF STIRRUP
  • BAR BENDING SCHEDULE OF COLUMN
  • BAR BENDING SCHEDULE OF BEAM
  • BAR BENDING SCHEDULE OF SLAB
  • BAR BENDING SCHEDULE OF STAIRCASE

  • INTRODUCTION TO BIM AND AUTODESK REVIT
  • BASIC DRAWING AND MODIFY TOOLS
  • SETTING UP LEVELS AND GRIDS
  • MODELING WALLS
  • WORKING WITH DOORS AND WINDOWS
  • WORKING WITH CURTAIN WALLS
  • WORKING WITH VIEWS
  • ADDING COMPONENTS
  • MODELING FLOORS
  • MODELING CEILINGS
  • MODELING ROOFS
  • MODELING STAIRS,RAILINGS,AND RAMPS
  • CREATING CONSTRUCTION DOCUMENTS
  • ANNOTATING CONSTRUCTION DOCUMENTS
  • ADDING TAGS AND SCHEDULES
  • CREATING DETAILS
  • INTRODUCTION TO WORKSETS
  • ADDITIONAL TOOLS

  • INTRODUCTION TO ETABS:-
  • MODELLING:PROCESS AND TECHNIQUES
  • ANALYSIS:PROCESS AND TECHNIQUES
  • DESIGN:METHODS AND TECHNIQUES
  • INTRODUCTION,MODELLING PROCESS AND TECHNIQUES
  • DESIGN OF STRUCTURAL ELEMENTS

  • INTRODUCTION TO BIM AND AUTODESK REVIT
  • BASIC SKETCHING AND MODIFY TOOLS
  • STARTING SYSTEMS PROJECTS
  • WORKING WITH VIEWS
  • SETTING UP SPACES
  • HEATING AND COOLING LOADS ANALYSIS
  • BASIC SYSTEM TOOLS
  • HVAC NETWORKS
  • PLUMBING NETWORKS
  • ADVANCED SYSTEM FOR HVAC AND PLUMBING
  • ELECTRICAL SYSTEMS
  • CREATING CONSTRUCTION DOCUMENTS
  • ANNOTATING CONSTRUCTION DOCUMENTS
  • ADDING TAGS AND SCHEDULES
  • CREATING DETAILS

  • INTRODUCTION TO BIM AND AUTODESK REVIT
  • BASIC SKETCHING AND MODIFY TOOLS
  • STARTING STRUCTURAL PROJECTS
  • STRUCTURAL GRIDS AND COLUMNS
  • FOUNDATIONS
  • STRUCTURAL FRAMING
  • WORKING WITH VIEWS
  • ADDING STRUCTURAL SLABS
  • STRUCTURALREINFORCEMENT
  • STRUCTURAL ANALYSIS
  • CREATING CONSTRUCTION DOCUMENTS
  • ANNOTATING CONSTRUCTION DOCUMENTS
  • CREATING DETAILS
  • SCHEDULING

ARCGIS:-

BECOME A GIS ENGINEER

1.INTRODUCTION TO ARCGIS

2.DATA MANAGEMENT (RASTER DATA,VECTOR  DATA,GEODATABASE,SHAPEFILES AND ATTRIBUTE QUERY)

3.MAPPING AND VISUALIZATION(STYLING,MANAGING AND DISPLAYING LAYER)

4.RASTER DATA ANALYSIS(SLOPE,HILLSHADE AND DEM)

5.VECTOR DATA ANALYSIS(INTERSECT,BUFFER,UNION AND CLIP)

6.GEO-STATISTICAL ANALYSIS TECHNIQUE(SPATIAL ANALYSIS AND NETWORK ANALYSIS

AUTOCAD:-

  1. WHAT IS AUTOCAD,HISTORY& USES OF AUTOCAD
  2. SYSTEM REQUIREMENT,DOWNLOAD&INSTALLING THE SOFTWARE
  3. LAUNCHING AUTOCAD,UNDERSTANDING GRAPHICAL USER INTERFACE OF AUTOCAD 2021
  4. CUSTOMIZING THE GRAPHICAL USER INTERFACE OF AUTOCAD 2021
  5. OBJECT PROPERTIES,SELECTION AND NAVIGATION
  6. COORDINATE SYSTEMS
  7. BASIC DRAWING & MODIFYING TOOLS
  • LINE,RAY,CONSTRUCTION LINE,SPLINE,POLYLINE,CIRCLES,RECTANGLE,DONUT
  • ERASE,MOVE,COPY,ROTATE,MIRROR,SCALE,OFFSET,TRIM,EXTEND,BREAK

8.ADVANCED DRAWING & MODIFYING TOOLS:-

(i)POLYGON,ELLIPSE,ARC,POINT,POINT STYLE,DIVIDE,MEASURE,REGION,REVISIONCLOUD,WIPOUT,HATCH,GRADIENT,BOUNDARY

(ii)STRETCH,FILLET,CHAMFER,EXPLODE,RECTANGULAR ARRAY,PATH ARRAY,POLAR ARRAY

9.ANNOTATION

(I)SINGLE LINE TEXT,MULTILINE TEXT,EDIT TEXT,TABLE,TEXT STYLE,TABLE STYLE

10.UTILITIES

(i)MEASURE DISTANCE,RADIUS,ANGLE,AREA

11.BLOCK

(i)MAKE A BLOCK.INSERT BLOCK,WRITE A BLOCK

12.LAYERS

(i)CREATING LAYERS,DELETING LAYERS,LAYERS ON & OFF,LAYER FREEZE,LAYER LOCK,COPYING A LAYER TO OTHER FILE

13.INSERT

(i)IMPORT IMAGES,OLE OBJECT,HYPERLINK,EXT REFERENCE

14.ISOMETRIC

(i)ISOMETRIC SNAP,ISOMETRIC PLANES,ISOMETRIC CIRCLE

15.BASIC DIMENSIONS

(i)LINEAR,ALIGNED,ANGULAR,ARC LENGTH,RADIUS DIAMETER,JOGGED RADIUS,ORDINATE

16.ADVANCED DIMENSIONS

(i)CONTINUE,BASELINE,BREAK,SPACE,JOG LINES,CENTER MARK,OBLIQUE,MULTILEADER,MULTILEADER STYLE,ALIGN TEXT

PROJECT:-

G+2 BUILDING PROJECT

  1. UNDERSTANDING PLAN
  2. SETTING BEFORE DRAWING THE PROJECT
  3. CREATING LAYERS FOR THE TEXT
  4. DRAWING
  • PLAN,STAIRCASE,DOORS,WINDOWS,FURNITUE,TERRACE FLOOR DETAILS,SITE PLAN
  1. ANNOTATION
  • ROOM SIZES,NAMING DOORS AND WINDOWS
  1. UNDRSTANDING ELEVATION
  2. DRAWING
  • ELEVATION OF WALL & SLAB,ELEVATION OF DOOR & WINDOW
  1. DYNAMIC BLOCKS
  • UNDERSTANDING AND INSERTING,EDITING DYNAMIC BLOCKS
  1. UNDERSTANDING SECTION
  2. DRAWING
  • SECTION OF A BUILDING,SECTION OF FOUNDATION,SECTION OF A STAIRCASE,DIMENSIONS
  1. RCC DETAILS
  • COLUMN DETAILS OF FLOOR PLAN
  • PLINTH BEAM DETAILS
  • FLOOR BEAM DETAILS
  • TERRACE BEAM DETAILS
  • SLAB DETAILS OF FIRST FLOOR
  • SLAB DETAILS OF SECOND FLOOR
  • SLAB DETAILS OF TERRACE FLOOR
  • FOUNDATION DETAILS
  1. LAYOUT
  • UNDERSTANDING REQUIRED LAYOUTS
  • CREATING A NEW LAYOUT,PAGE SETUP
  • CONVERTING LAYOUTS INTO PDF,PRINTING A LAYOUT
  1. PLOTTING
  • PLOTTING THE DRAWING FROM MODEL
  • PAGE SETUP,PAPER SIZE,PLOT AREA,DRAWING ORIENTATION

 

HIGHWAY ENGINEERING:-

1.INTRODUCTION TO HIGHWAY ENGINEERING

2.COMPONENT OF HIGHWAY

3.TYPICAL CROSSECTION OF RIGID PAVEMENT DETAILS

4.PQC ROAD DETAILS,LAYERS USED FOR PQC ROAD ,DLC & PQC

5.TYPICAL CROSS SECTION OF HIGHWAY ROAD

6.TCS OF TWO LANE FLEXIBLE PAVEMENT

7.TCS OF 6-LANE & 4-LANE HIGHWAY

8.PLAN AND PROFILE DETAILS OF ROAD,L-SECTION OF ROAD

9.PLAN AND PROFILE OF HIGHWAY

10.HOW TO CHECK PERCENTAGE OF CAMBER IN ROAD

11.FRL & LEVELS DETAIL OF HIGHWAY PROJECT,CHAINAGE,FRL,CAMBER PERCENTAGE,WIDTH OF DIFFERENT LAYERS

12.CALCULATION OF REDUCE LEVEL(RL) OF DIFFERENT LAYERS OF HIGHWAY WITH THE HELP OF FRL OF HIGHWAY

13.HOW TO FIND CUTTING & FILLING IN SUBGRADE

14.HIGHWAY CONSTRUCTION STEPS

15.WHAT IS THE USE OF OGL IN HIGHWAY CONSTRUCTION,WHAT IS OGL RECORDING

16.HOW TO CALCULATE WIDTH OF ROAD LAYERS

17.HOW TO CALCULATE WIDTH OF ROAD LAYERS SUBGRADE

18.HOW TO CALCULATE WIDTH OF ROAD LAYERS GSB

19.HOW TO CALCULATE WIDTH OF ROAD LAYERS WMM

20.HOW TO CALCULATE WIDTH OF ROAD LAYERS DBM

21.HOW TO CALCULATE WIDTH OF ROAD LAYERS BC

22.SUBGRADE FIRST LAYERWORK,SUBGRAGE PREPARATION WORK

23.BENCHCUTTING,GSB DUMPING,GRADING GSB

24.SPECIFICATION & TESTS OF BASE COURSE OF FLEXIBLE PAVEMENT,WMM TOP LAYER

25.EMBANKMENT DETAIL,EMBANKMENT OF ROAD,HIGHWAY CONSTRUCTION,TEST INVOLVED,TEST LIMIT AS PER MORTH

26.EMBANKMENT & SUBGRADE DETAIL OF HIGHWAY,EARTHWORK DETAIL OF HIGHWAY

27.ORIGINAL GROOUND LEVEL(OGL) OF ROAD,LEVEL PLACING FOR SUBGRADE TOP LEVEL

28.WET MIX MACADAM (WMM) TOP LAYER PREPARATION PROCESS,LEVEL PLACING FOR WMM TOP LAYER,LEVEL PLACING FOR WMM BED

29.PRIME COAT.TACK COAT,DBM DETAIL

30.DBM TECHNICAL SPECIFICATION,GRADE OF DBM,GRADE OF BITUMEN,LAYING & ROLLING TEMPERATURE OF ASPHALT ROAD

31.DBM LAYING PROCESS,DENSE BITUMINOUS MACADAM LAYING WITH SENSOR PAVER,SENSOR PAVER V/S MAHENICAL PAVER

32.BITUMINOUS CONCRETE DETAIL.MORTH

33.HOT MIX PLANT DETAIL,DBM BATCHING PLANT SETUP DETAIL,CONSTRUCTION EQUIPMENT

34.SUB BASE COURSE OF FLEXIBLE PAVEMENT,GSB-GRANULAR SUB BASE OF ROAD/HIGHWAY ,TEST FOR GSB

35.BASE COURSE OF FLEXIBLE PAVEMENT SPECIFICATION

36.EMBANKMENT OF ROAD/HIGHWAY CONSTRUCTION,TEST LIMIT AS PER MORTH

37.SUBGRADE LAYER OF ROAD /HIGHWAY FOR BOTH FLEXIBLE AND RIGID PAVEMENT

38.QUANTITY CALCULATION OF SUBGRADE ,GSB,WMM

39.EARTHWORK QUANTITY CALCULATION OF ROAD WORK,SUBGRADE QUANTITY CALCULATION,SLOPE CALCULATION,RIGID PAVEMENT DRY LEAN CONCRETE(DLC)DETAIL SPECIFICATION

40.PAVEMENT QUALITY CONCRETE(PQC) DETAIL SPECIFICATION

41.DOWEL BARS MORTH SPECIFICATION

42.RIGID PAVEMENT CONSTRUCTION PROCESS WITH SLIP FORM PAVER

43.QUANTITY CALCULATION OF FLEXIBLE PAVEMENT

BRIDGE ENGINEERING:-

1.INTRODUCTION OF BRIDGE,COMPONENTS OF BRIDGE

2.RE WALL CONSTRUCTION PROCESS WITH DRAWING ,HOW TO MAINTAIN RE WALL SLOPE

3.HOW TO START RE WALL EXCAVATION,RE WALL PANEL CONCRETE QUANTITY AND REINFORCEMENT DETAIL

3.HOW TO CALCULATE PSC GIRDER CONCRETE QUANTITY,HOW TO PREPARE PSC GIRDER (BBS) BAR BENDING SCHEDULE

4.HOW TO PREPARE PIER CAP BBS

5.HOW TO CALCULATE LINK BAR QUANTITY

6.HOW TO PREPARE MAJOR BRIDGE BBS ABUTMENT BBS (BAR BENDING SCHEDULE

7.HOW TO PREPARE RETAINING WALL BAR BENDING SCHEDULE

8.HOW TO PREPARE BAR BENDING SCHEDULE OF PIER

9.HAUNCH BAR CUTTING LENGTH CALCULATION

10.HOW TO PREPARE CRASH BARRIER BAR BENDING SCHEDULE

11.MESH REINFORCEMENT CUTTING LENGTH

12.CRASH BARRIER CONCRETE QUANTITY CALCULATION

13.APPROACH SLAB REINFORCEMENT DETAIL WITH BAR BENDING SCHEDULE

14.HOW TO PREPARE FRICTION SLAB BAR BENDING SCHEDULE

15.CALCULATION FOR CHAIR AND SPACER CUTTING LENGTH

16.SHEAR KEY CUTTING LENGTH CALCULATION

17.HOW TO CALCULATE BOX CULVERT BRACKET BAR CUTTING LENGTH,BOX CULVERT BAR BENDING SCHEDULE

18.HOW TO MEASURE PIER CAP BAR BENDING SCHEDULE

19.MAJOR BRIDGE PEDESTAL BAR BENDING SCHEDULE AND STEEL DETAILS

20.CALCUALTION OF HAUNCH BAR

21.HOW TO PREPARE BOX CULVERT BAR BENDING SCHEDULE

22.HOW TO CALCULATE NUMBER OF LINKS BAR IN BOX CULVERT

23.BOX CULVERT WALL QUANTITY ESTIMATE,BOX CULVERT SLAB QUANTITY

24.How to calculate PSC GIRDER CONCRETE QUANITY

25.HOW TO CALCULATE QUANTITY OF PIPE CULVERT

26.CRASH BARRIER CONCRETE QUANTITY CALCULATION

27.HOW TO PREPARE PIER CAP MATERIAL ESTIMATE

28.RETAINIG WALL CONCRETE QUANTITY CALCULATION

29.HOW TO CALCULATE FRICTION SLAB QUANTITY,HOW TO PREPARE FRICTION SLAB BAR BENDING SCHEDULE

30.BRACKET WALL CUTTING LENGTH CALCULATION

31.HOW TO CALCULATE STONE PITCHING QUANTITY

32.PILE CAP BAR BENDING SCHEDULE

1.BILLING ENGINEER ROLES & RESPONSIBILITIES

2.DUTIES AND RESPONSIBILITIES OF A BILLING ENGINEER

3.WHAT IS BOQ

4.TYPES OF BOQ IN CONSTRUCTION

5.RA BILL,VENDOR BILL,SUPPLIER BILL,RECONCILLATION

 

6.BILLING ENGINEER TASKS AT SITE OFFICE AND UNDERSTANDING THE ROLE IN HEAD OFFICWE WITH THE CLIENT COORDINATION

7.ACCOUNT BASICS REQUIREMENT FOR BILLING ENGINNER

8.CONSTRUCTION BILLING PROCEDURES FROM CLIENT SIDE AS WELL AS CONTRACTOR SIDE

9.INTERIM PAYMENT CERTIFICATION-CLIENT SIDE AS WELL AS CONTRACTOR SIDE

10.RA BILL MAKING-CLIENT BILLING-SUBCONTRACTING

11.BILLING WITH GST AND WITHOUT GST-HANDS OF EXPERTISE

12.CPWD AND CORPORATIONS AND PSU’S TECHNIQUES OF BILLING

13.INVOICE GENERATION

14.CLAIM AND DISPUTE SETTLEMENT PROCEDURES

15.MATERIAL ENGINEERING BILLS

16.THIRD PARTY CONTRACTOR BILLING

17.JOINT VENTURE COMPANIES/CONTRACTOR BILLING

18.PETTY/VENDOR BILLING

19.CLAIM MANAGEMENT PROCEDURES USED BY INVOICE ENGINEER

20.CLAIM OF PRICE VARIATIONS-USED BY INVOICE ENGINEERS

21.CLAIM OF QUANTITY VARIATIONS-AS PER NORMS OF GOVT. OF INDIA

22.MODE OF MEASUREMENT

23.CLAIM OF EXTRA ITEM ANALYSIS

24.VENDOR VS.CLIENT BILL

1.TENDERING DOCUMENTS PREPARATION

2.TENDERING DOCUMENTS-SUBMISSION GUIDELINES

3.TENDER REVIEW REPORTS GENERATION(TRR) FOR THE CONTRACTOR AS WELL AS CONSULTANTS

4.TECHICAL BIDDING-AS PER GOVERNMENT LAWS

5.STATUTORY DOCUMENTS –TECHNIQUES FOR THE TENDER

6.FINANCIAL BIDDING-AS PER GOVERNMENT LAWS

7.PURCHASING AND NEGOTIATION TECHNIQUES-USED BY CLIENTS AND AS WELL AS CONTRACTOR’S SIDE

8.PRE-BID MEETING STRATEGY-BUILDING AND COORDINATION WITH CLIENT

9.FINDING DEVIATIONS AND CLARIFY WITH THE CLIENT

10.TENDER HUNTING

11.REVERSE AUCTIONING STRATEGY-BUILDING AND PRESSURIZING CLIENT FOR THE TENDER

12.POOLING TECHNIQUE TO USE EFFECTIVELY FOR THE TENDER TO GET MAXIMIZE BENEFITS

13.EVALUATION STRATEGY-BIDDING STRATEGY –RELATIONSHIP BUILDING

14.INDEMNIFY THE TENDER WITH THE USE OF EFFECTIVE MONITORING OF THE TENDER

15.ENTERING INTO CONTRACTS-STRATEGY BUILDING APPROACH –SCIENTIFIC APPROACH

16.CONSTRUCTION CONTRACTS DOCUMENTS-FORMULATION AND PREPARATION

17.PROCEDURES IN CONTRACT MANAGEMENT-PRE CONSTRUCTION AND POST CONSTRUCTION PHASE

18.CLEARING,FORWARDING AND TRANSPORT

19.TRANSPORT MANAGEMENT

20.INTERPRETATION OF CONTRACTS AND CONTRACT TERMS

21.COST OVERRUN AND TIME OVERRUN-STRATEGY BUILDING APPROACH

22.INDIAN LAWS-FOR CONSTRUCTION CONTRACT MANAGEMENT

24.WORK ORDER PREPARATION

25.LIVE PROJECT TRAINING FOR PROCUREMENT AND NEGOTIATION TECHNIQUES

Course Outline of Primavera P6:

Chapter-01:
Whati is Project and Project management?
What is Project Life Cycle?
Chapter-02:
History of Project Management
What is Primavera Enterprise & History of Primavera Enterprise?
Chapter-03:
Downloading & Installing of Primavera P6 Software
Launching or Start of Primavera Enterprise?
Chapter-04:Introduction to Primavera Enterprise
Navigating in PE, Starting P6 Logging In, Opening an Existing Project, Open Project Dialog Box, Home Window, Activities Window, Creating a Layout, Opening an Existing Layout, Customizing a Layout, Selecting Columns, Displaying Activity Details, Saving Layouts, Viewing the New Layout, Closing a Project.
Chapter-05:Enterprise Project Structure (EPS)
Enterprise Project Structure, Viewing the EPS, Viewing the EPS in the Projects Window, Creating the EPS, Table View, Chart View, Chart font, and colors.
Chapter-06:Organizational Breakdown Structure (OBS)
Organizational Breakdown Structure/Responsible Manager (OBS), Viewing the OBS/Responsible Managers, Creating OBS, General Tab, Responsible Tab, Table View, Chart View, Chart font, and colors.
Chapter-07:Creating a Project
Creating a Project, Projects Window, Assigning Project Planned start date, Must finish date, Assigning Project calendar.
Chapter-08:Calendars
Global calendar, Resource Calendar, Project Calendar, Creating a Project Calendar, Converting Project Calendar into Global Calendar.
Chapter-09:Work Breakdown Structure (WBS)
Work Breakdown Structure (WBS), Viewing WBS Elements, Adding to the WBS Hierarchy.
Chapter-10:Activities
Adding Activities, Copying Activities, Modifying Activities, DeletingActivities, Activity ID, Adding Duration to Activities.
Chapter-11:Creating Relationships
Predecessors, Successors, Relationship Types: Finish-to-Start (FS), Start-to-Start (SS), Finish-to-Finish (FF), Start-to-Finish (SF), Relationships with Lag, View Relationships in the Gantt Chart, Network Logic Diagram.
Chapter-12:Scheduling
Scheduling a Project, Critical Path Method (CPM) Scheduling, Critical Path, Early Start, Early Finish, Late Start, Late Finish, Total Float, Project Duration.
Chapter-13:Maintaining the Project Documents Library
Creating a Project Document, Assigning a Project Document, AssigningDocument to Activity.
Chapter-14:Assigning Constraints
Commonly Used Constraints: Must Finish By, Start On or After, Adding Notebook Topics, Additional Constraints: Start On, Start On or Before, Finish On, Finish On or Before, Finish On or After, As Late as Possible, Mandatory Start and Finish.
Chapter-15:Resources and Costs
Adding a Resource: Labor, Non-Labor, and Material. Resource Price, Material Unit, Resource calendar, Assigning Resources to activities, View Resource Curves, BudgetedLabor cost, BudgetedNon-Labor cost, Budgeted Material cost, Budgeted Total cost.
Chapter-16:Resource Over allocation, Resource Leveling.
Chapter-17:Activity Codes
Creating Activity Codes, Assigning Activity Codes to Activities, Viewing Activities as Per Activity Codes.
Chapter-18:Project Codes
Creating Project Codes, Assigning Project Codes to Projects, Viewing Projects as Per Project Codes.
Chapter-19:Baselining the Project Plan
Creating a Baseline, Assigning a Baseline, Displaying Baseline Bars.
Chapter-20:Updating a Project
Update Progress, Data Date, Entering Actuals,Statusing Activities to Completion, Statusing Activities in Progress, Entering Activity %completion.
Chapter-21:Earned Value Analysis
Planned Value Cost, Earned Value Cost, Actual Cost, Schedule Variance, Schedule Performance Index, Cost variance, Cost Performance Index.
Chapter-22:Reporting Performance
Running an Existing Report, Print Preview, Page Setup, Printing Reports. Report Wizard, Creating a Report with the Report Wizard, Saving a Report
Chapter-23:Import/Export
Exporting the Report, Exporting the Project, Importing the Report, Importing the Project.

INTRODUCTION

1.OVERVIEW OF TEKLA STRUCTURES

2.SOFTWARE DEMONSTRATION

MODELLING

1.CREATING A NEW MODEL

2.INSERTING GRIDLINES AND CREATING VIEWS

3.MODELLING STEEL AND CONCRETE STRUCTURAL MEMBERS

4.EDITING STRUCTURAL MEMBERS AND CONNECTIONS

5.INTRODUCTION TO PROFILES

MODEL MANAGEMENT

1.INTRODUCTION TO MODEL MANAGEMENT

2.INTRODUCTION TO MODEL ORGANIZER

3.MODEL CHECKING PROCEDURES

4.PHASING AND LOTTING

MAINTAINING YOUR SYSTEM

1.INTRODUCTION TO BASIC SYSTEM CUSTOMIZATION

2.SOFTWARE INSTALLATION AND LICENSING

3.TEKLA STRUCTURES OPTION SETTINGS

4.INSTRUCTION ON STORING YOUR CUSTOMISED SETTINGS IN FIRM FOLDERS

DRAWING PRODUCTION

GA DRAWINGS

GENERAL

1.BEST PRACRISES WHEN CONTACTING TEKLA SUPPORT

2.TEKLA ACCOUNT CREATION PROCESS

3.HOW TO UTILISE TEKLA USER ASSISTANCE

4.HOW TO UTILISE TEKLA WAREHOUSE

 

TEKLA STRUCTURES STEEL DETAILING

MODELLING

1.MODELLING STEEL MEMBERS

2.USING SYSTEM COMPONENTS

3.MODELLING STAIR,LADDERS AND HAND RAILS

4.CUT IN STEEL MEMBERS

5.IMPORTING AND MODELLING AROUND AN IFC FILE CREATED BY OTHER DESIGN SOFTWARE

6.INSTRUCTION ON HOW TO PUBLISH A MODEL TO TEKLA BIMsight

7.ADDING CONNECTIONS AND BOLT GROUPS

8.FOUNDATION REINFORCEMENT

9.CREATING BASIC CUSTOM COMPONENETS

10.CREATING MODELS WITH REFERENCE TO EXTERNAL DRAWINGS

DRAWING PRODUCTION

1.DRAWING SETTINGS

2.GA DRAWINGS

3.ASSEMBLY AND PART DRAWINGS

4.CE MARKING ROLE

5.NUMBERING AND MARKING UP

6.EDITING DRAWINGS

7.CLONING DRAWINGS

8.SUB ASSEMBLIES

9.GENERATING FABRICATION DRAWINGS

10.DRAWING REGISTER

ADDITIONAL OUTPUT AND REPORTS

1.COLD ROLLED CAM FILES

2.NC FILES AND REPORTS

3.SECTIONAL REPORTS

4.BOLT AND PLATE REPORTS

MODEL MANAGEMENT

1.ADDITIONAL INFORMATION ON MODEL ORGANIZER AND OTHER MODEL MANAGEMENT FUNCTIONALITY

1. INTRODUCTION

2.SURVEY DATA VALIDATION

3.SURFACE ANALYSIS OF GEOMETRY DESIGN

4.MX ROAD BASIC TOLL FOR OPERATION

5.BASIC CONCEPT OF GEOMTERIC DESIGN

6.GEOMETRIC DESIGN

7.GEOMETRIC DESIGN BY ELEMENT METHOD

8.SUPER ELEVATION

9.INPUTS IN MX ROAD FOR HORIZONTAL CORE DESIGN

G+2 MANUAL & EXCEL BUILDING DESIGN

STAAD PRO

3DS MAX

GOOGLE SKETCUP

VRAY

VAASTU

MIX ROAD

MIX DESIGN

ESCAPE

DAILY PROGRESS REPORT

TEST REPORT

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SAFE

1.Software algorithm

2.capabilities of the software

3.strength and weakness of the software

4.SAFE manual

5.significance of menu buttons and icons

6.sample models and templates

7.hands on experience on sample templates

MODELLING:PROCESS AND TECHNIQUES

1.Geometry creation process

2.modelling through import methods

3.combined,complex foundation system

4.modelling of foundations,basements,footings and flat slabs

5.property assignment of rigid zones for walls and ramps

6.usage of insertion point for beams and columns

7.property assignment for spring supports

8.uses of design strips

9.definition of post-tensioning in slabs

10.tendon load and its losses

11.loading:dead,live,wind,earthquake,temperature,notional,live load reduction

12.releases,supports,diaphragms,all definition parameters

13.checks on modeling techniques

ANALYSIS:PROCESS AND TECHNIQUES

1.Introduction between ETABS and SAFE

2.Soil structure and interaction

3.checks on foundation system

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