IngSchritte Training Module

Registered Office: V 21/24 DLF Phase-3 Gurgaon, Haryana-122010
Email: ingschritte@gmail.com Tel: +919821794915
Executive Summary
Extensive experimental research on advancement of softwares has changed the
concept of design fromconventionalmethod of paper and pen to iterative attempts
in softwares. These software training place more emphasis on providing sufficient
hands on/practice in collaboration with use of IS codes provisions in design.
This course will deliver an extensive understanding of basic concepts, behaviour,
design and detailing of various civilengineering softwares. This has been thoroughly
upgraded and enlarged with latest developments and experiences gained fromtime
to time in ongoing projects.
Our trainers are working professional with a wide experience of design on National
and International projects.
This course content includes various examples from practical engineering projects.
The courses provideexposureto multiple combinations of tools encompassing
AutoCAD, Microstation MX-Road, In-Roads, RevitStructures, STAAD.Pro, to suitthe
career choices of students in civil engineering. They comprisethe entire
engineering design cycle - from2D drafting, 3D modelling, analysis, and project
planning & management.

Overview of CADD/CAD applications:
Computer-aided design (CAD), or sometimes referred as Computer-aided
design and drafting (CADD), is the use of computer technology for design and
design documentation. CAD software replaces manual drafting with an
automated process. Itis relied upon for speed, power, and precision. 2D or 3D
CAD programs are widely used in Civil Engineering, Architecture, Mechanical
Engineering, Electrical Engineering fields.
AutoCAD and Microstation are the most commonly used CAD application.
These are comprehensive design, engineering, and simulation applications.
These programs can help you explore design ideas, visualize concepts through
photorealistic renderings, and simulate how a design will perform in the real
world.
You will be amazed to know that AutoCAD and Microstation are available in
market since 1980's and are used all over the world in with certain languages
support. Means no matter where you work across the globe, for any
engineering stream, it's sure that you will be working on any of these.
In this training programme, we help you master the following features of CAD:
 You will integrate a comprehensive breadth and depth of engineering
geometry and data from an unmatched range of CAD software and
engineering formats
 Making better infrastructure by accurately predicting the
infrastructure’s real-world performance in advance.
 To learn design file controls to ensurethat only authorized individuals
can view, edit, or print designs.
 Extensive Format Interoperability – Precise incorporation of existing
data from an extensive range and geospatial formats including DWG,
DGN, RealDWGTM, DXF, PDF, point clouds, U3D, 3DS, Rhino 3DM,
IGES, Parasolid, ACIS SAT, CGM, STL, OBJ, VRMLWorld, Google Earth
KML, SketchUp SKP, and more.

AUTO-CAD
AutoCAD is a computer-aided drafting softwareprogram from Autodesk that
enables the user to create precise 2- and 3-dimensional drawings used in
construction and manufacturing. AutoCAD can create scaled drawings thatare
used to manufactureequipment, plan infrastructureprojects, design electrical
circuitry, and build homes and commercial structures. Ithelps engineers meet
the demanding requirements of architectural, engineering, construction,
operations (AECO), and geospatial professionals. In this training programme,
you will learn:
 Introduction
 Annotations and Dimensions
 File management
 Layoutmanagement
 View management
 Publish and Plot
 Display management
 Layer management
 Selection methods
 Symbolcreation using block
CourseDuration: 32 hrs

MICROSTATION
MicroStation is the world’s leading information modeling environment
explicitly for the architecture, engineering, construction, and operation of all
infrastructuretypes including utility systems, roads and rail, bridges, buildings,
communications networks, water and wastewater networks, process plants,
mining, and more. It is ideally suited for all infrastructure types, and can be
used either as a software application or as a technology platform for a wide
rangeofdiscipline-specific applications fromBentley and others.Inthistraining
programme, you will learn:
 Introduction
 Understating the interface
 MicroStation workflow
 Working with views
 Creating and modifying elements
 Annotation tools
 Dimensioning
 Working with levels
 Working with references
 Printing methods
CourseDuration: 32 hrs

Overview of Design Software:
Foran excellent infrastructure,youneed to conceptualizeand designthe things
iteratively until you get desirableresults.Civil engineering design productsmay
be specialized for a specific function, such as mapping or roadway turn
modelling, structural analysis, project planning and scheduling or may be
designed to perform a variety of engineering design tasks.
Drafting softwaredoes notexhibit intelligence to performoperations based on
design considerations. You have to input all details to produce blueprint.
Whereas, design software is able to perform calculations and checks for your
concept and delivers blueprint.
Design softwareis used to producedesign conforming to some standards and
codes of design.Whereas,the drafting softwareis usedto beautify yourdesign
by changingthe preferencesof lines colour,style, layersthat howit should look
and finally scale adjusted according to the print size.
Engineering firms, consultants, departments in construction companies,
owner/operators, and government agencies, and offshoreplatform designers
use these softwares extensively to seek a solution for a specific task.
Design professionals can better understand project performance, maintain
more consistent data and processes, and respond faster to change. With civil
engineering design software, you can:
 Increase productivity and efficiency in designing and modeling
infrastructure systems
 Easily alter designs
 Improve accuracy, precision, and control
 Enable communication and collaboration between engineers and with
clients
 Perform accurate mapping generation and analysis
 Test civil engineering models through simulations
 Ensure adherence to engineering codes and standards
 Performs checks to figure out the deviation from standards

MX ROAD
MX Road is an advanced string based modelling tool that enables the rapid and
accurate design of all types of roads. It is widely used by civil engineers,
designers, professional surveyors, geotechnical engineers, storm
drainage/water/sewer systemdesigners and civil engineering consultants. MX
Road is a proven, powerful, and concise method of creating any 3D surface. It
automates much of the designdetailing process,thussavingyourtime. You can
quickly find design alternatives to achieve the ideal road system. MX Road is a
proven,powerful,and concisemethod of creating any 3Dsurface.Itautomates
much of the design detailing process, thus saving your time. You can quickly
find design alternatives to achieve the ideal road system. In this training
programme, you will learn:
 View controls
 Carriageway design
 Survey inputs and validation
 Digital Terrain Model creation and analysis
 Junction design
 String names and Drawing styles
 Shoulder design
 Pavement design
 Surface checker
 Dynamic reports
 String creation and editing
 Section views
 Surface analysis
 Final drawings
 Earthwork calculation
 Horizontal and Vertical Alignment creation
 Integration with Google Earth
Course Duration: 32 hrs

IN ROADS:
InRoads is used for roads and highways, railways,and public works projects as
well as commercial, industrial, and environmental land development. The
softwareprovides a greater level of design sophistication than standard tools
throughthe application of design rules.Usersareable to workin multiple views
and dimensions. For roads and highways, Bentley’s unique Roadway Designer
providesan all-in-onevisualtool for3D parametric design of thecomplete road
corridor. This and other fully developed capabilities produce impressive
improvementsin the areasof designproductivityand projectaccuracy.InRoads
features constraint-driven, 3D parametric modeling with an innovative
approach to designing civil components in a total-project context. With
feature-Based Surface Modeling InRoads enables users to create intelligent
models containing not only terrain data but also roadway or site features. In
this training programme, you will learn:
 Introduction to Survey and In Roads
 Surface creation based on the survey data
 Surface Styles
 Surface Analysis
 Earthwork Calculation 4Cut and Fill Volume, Profile View Generation
 Transportation Design, Design Criteria, Alignment Creation, Corridor
Creation, Intersection Design, Template Creation
 Report Generation

STAAD.Pro:
STAAD stands for StructuralAnalysis And Design. STAAD.Pro softwareis widely
used in analyzing and designing buildings, bridges, towers, transportation,
industrial and utility structures. STAAD.Pro automate tasks by removing the
tedious and long procedures of the manual methods. It is the world’s number
one structural analysis and design software that supports Indian and all
international codes.
We introduce you to STAAD.Pro’s state of the art user interface, visualization
tools, powerfulanalysisanddesign engines with advanced finiteelement (FEM)
and dynamicanalysiscapabilities. Someofthe featuresthat wefocusin training
include:
 Interactive menu-driven model generation with simultaneous 3D
display 2Dand 3D graphic generation using rectangular or polar
coordinate systems
 2D/3D analysis based on state-of-the-art Matrix method to handle
extremely large job. Linear, p-delta analysis, non-linear analysis with
automatic load and stiffness correction
 Mass modeling, extraction of frequency and mode shapes Response
spectrum, time history analysis Modal damping ratio for individual
models
 Finite element capabilities, steel design, concrete design, and timber
design. Forces and displacements at sections between nodes.
Maximum and minimum force envelopes
 Perform code check, member selection and optimized member
selection consisting of analysis/design cycles to design concrete
beams/columns/slabs/footings as per all major international codes
 Assigning loads, Automatic load generations, Wind and Moving loads
combinations
 Foundation Designs
 Report Generation and Plotting

Revit Structure:
Autodesk’s RevitArchitectureis a Building Information Modeling softwaretool
for architects, structural engineers, engineers, and contractors. Itallows users
to design a building and its components in 3D, annotate the model with 2D
drafting elements and access building information from the building models
database. Revit comes with tools to plan and track various stages in the
building's lifecycle, from concept to construction and later demolition. Revit
software delivers tools that support architectural design, MEP engineering,
structural engineering, and construction. Revit is specifically built for BIM to
help you design, build, and maintain higher-quality, more energy-efficient
buildings. In this training programme, you will learn:
 Introduction to BIM & Revit Structure
 Place and modify Walls & Complex Walls
 Add and modify Wall Profiles
 Place Doors, Windows & Components
 Dimensions and Constraints
 Create Floors and Ceilings
 Curtain Walls & Stairs
 Conceptual Models
 Annotation & Schedules
 Structural Elements
 Sheets and Title Blocks
 Views, Camera, Walk-through, Render & Solar Study
 In-Place Families
 Family Creation
 Site Design
 Link Projects & Collaboration
 Design Phase
 Realistic Presentations

Primavera:
OraclePrimaveraP6popularityis rapidly growingforits ability to plan, manage,
and control all facets of a project. Primavera P6 offers many complex analyses
and processes;however,accessingandmanaging the scheduleremains simple.
Simply input your information, and wait for the software to determine if any
problems exist. Using Primavera P6 helps identify and mitigate risks in the
course of planning, managing, and completing a project. Primavera P6 allows
all involved in a project to carefully monitor resource availability and adjust
such resources to meet project demands. The tracking features of Primavera
P6 allow usersto rapidly generate reports,ensureall projectsare completed as
requested, and maintain baseline adherence. Oracle Primavera P6 training
course will help you learn more about the software:
 Data Structure of Primavera
 Calendars
 Work Breakdown Structure
 Activities / Relationship / Constraints and Recurring Task
 Scheduling
 Activity Resource and Project Code
 Create and assign Roles and Resources
 Resource Analysis and Levelling
 Baseline
 Update and track Project Progress
 User Define Fields, Global Change, Views
 Check In/Check out
 Generate Reports
 Earned Value Analysis

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