Post Graduate Program in Infrastructure - Engineering Design and Project Management

Skill Lync

Online

32 Weeks

particular

details

                                    Medium of instructions
                                    English

                                    Mode of learning
                                    Self study, Virtual Classroom

                                    Mode of Delivery
                                    Video and Text Based

Course 1: Geometric Design Fundamentals

Week 1-Introduction and Classification of Roads

In this week, the following topics will be covered:
- Basis of Geometric design
- Various types and classifications of roads
- Highway alignment

Week 02 - Geometric Control Factors

In this week, the following topics will be covered:
- Factors affecting the Design
- Speed
- Topography
- Design vehicle
- Traffic
- Environment and other factors as per IRC

Week 03 - Cross-section

In this week, the following topics will be covered:
- Pavement edge
- ROW
- Median
- Kerb
- Camber
- Shoulder
- Footpath
- Service road

Week 04 - Sight Distance

In this week, the following topics will be covered:
- Sight distance
- Reasons for providing sight distance
- Various types of sight distance
- Calculation of sight distance

Week 05 - Horizontal Alignment

In this week, the following topics will be covered:
- Horizontal alignment
- Minimum and maximum radius values for various roads
- Superelevation
- Methods of attaining superelevation
- Transition curve and method of calculation of transition curve
- Extra widening and setback distance

Week 06 - Vertical Alignment

In this week, the following topics will be covered:
- Gradient
- Calculating the gradient
- Types of gradient
- Design criteria for summit and valley curves
- Design of vertical curve for various sign distances as per IRC
- Special design for Hill roads

Week 07 - Standards and Software

In this week, the following topics will be covered:
- Various country standards
- IRC (India)
- AASHTO (America)
- DRMB
- Various software used in the design

Course 2: Designing a Roadway Project Using InfraWorks, Civil 3D, and Map 3D

Week 01 -Conceptually Designing a Road and Presenting it

In this session, you will learn
- To examine design standards, and how to conceptually design a project
- The steps involved in the initial design process using GIS data and LIDAR data
- The design considerations while laying out alignment
- Road approved by local and state agencies
- Visualization presentation, as well as a set of plans to present the new road

Week 02 - Introduction to Civil 3D – Examining the Civil 3D Interface and Settings

In this session, you will learn
- What is Civil 3D?
- Dynamic modelling system
- The necessary hardware requirements to use Civil 3D
- What makes Civil 3D a system that controls all CAD standards?
- How Civil 3D automates the creation of all your Civil 3D objects and labels?

Week 03 - Managing a Project in Civil 3D

In this session, you will learn
- How do you organise your drawing files and why is it vital to separate object and plan drawings?

Week 04 - Creating an Alignment (Resurfacing Project)

In this session, you will learn
- How to create an alignment for a resurfacing project
- The alignment layout tools, and how to use them along with aerials of the project area to layout the alignment correctly
- How to create the proposed 2D design file that shows all the geometry for the project

Week 05 - Developing Your Plans (Understanding Sheet Set Manager)

In this session, you will learn
- To examine a full set of plans by using the tools in Civil 3D and AutoCAD
- What is Sheet Set Manager and how can you use it to automate all parts of charting, including titleblock text, sheet numbering, and batch plotting?

Week 06 - Basic Quantities, Estimate and Submittals

In this session, you will learn
- How to apply pay items to regular AutoCAD objects
- How to manually calculate quantities
- How to make your quantity summary sheets by linking Excel files, and then we'll add all of the numbers to the project's final cost estimate.

Week 07 -Existing Conditions for a Reconstruction Project

In this session, you will learn
- Locating all existing features like utilities, vegetation, roadway features, etc.
- Digital Terrain Model (DTM)
- To examine other methodologies of creating an existing terrain from other types of data that you may receive from other forms of AutoCAD data

Week 08 - Creating an Alignment and Profile (Reconstruction Project)

In this session, you will learn
- When to reconstruct or start a new construction project
- To check if the existing alignment follows the design standards based on the design speed of the road
- Superelevation in alignment

Week 09 - Corridor Modeling (Basic and Complex)

In this session, you will learn
- How to develop an assembly (template) following horizontal and vertical alignment
- To examine what it takes to create an assembly and develop the corridor model
- Intersection modelling
- Various corridor modelling techniques

Week 10 - Creating Pipe Networks and Ponds

In this session, you will learn
- The water flow consideration while designing road
- The settings and styles related to pipe networks, and how to create them
- To examine all the necessary steps to create ponds

Week 11 - Getting Your Plans Done (Plan and Profile, and Cross Sections)

In this session, you will learn
- To examine and get a full set of plan to use the tools in Civil 3D and AutoCAD
- To use Sheet Set Manager and leverage it to automate all aspects of plotting, such as titleblock text, sheet number, and batch plotting

Week 12 - Complex Quantity Calculations, Estimate, and Submittals

In this session, you will learn
- How to apply pay items to regular AutoCAD objects?
- How to manually calculate quantities?
- How to get volume calculations to know your earthwork quantities?
- How to create your quantity summary sheets by linking excel spreadsheets to add all the quantities to the projects final estimate?

Course 3: Fundamentals of Road Design

Week 1 - Background of Roadway Design

Why we design roads
Importance of a holistic road network
Various verticals and departments involved in roadway design
Decision making process followed by highway designers

Week 2 - Survey and Design Standards

Topographical data, traffic data, axle survey data
Design alternatives and its evaluation
Understanding existing design criteria and proposing design standards.

Week 3 - Horizontal Design or Fixation of Roadway Plan

Fundamental concepts involved in horizontal design
Objects in horizontal alignment: Tangent, spiral and curve
Super elevation and its importance in highway design
Extra widening at curve locations
Critical checks for an efficient highway design

Week 4 - Pavement Design

Fundamentals of pavement design
Annual traffic calculation
Rigid pavement design
Flexible pavement design

Week 5 - Vertical Design or Fixation of Roadway Profile

undamental concepts of vertical design
SSD check on vertical profile
Criteria for fixing vertical design profile
Selection of cross sections based on roadway conditions
Embankment slope considerations
Earthwork volume calculations

Course 4: Roadway Design with OpenRoads

Week 01 - Roadway Design Fundamentals

In this session, you will learn
- About all activities are involved in roadway design process
- The process involved in topographical survey
- Typical sections
- The geometric horizontal and vertical design standards
- In detail about superelevation design
- Plan set

Week 02 - Introduction to Bentley OpenRoads Designer

In this session, you will learn
- The evolution of OpenRoads technology; Native products used and recent technology
- Introduction to the entire “Interface”
- Explaining in detail use, importance of the various interface tools
- MicroStation basics for OpenRoads use
- Understanding MicroStation models
- Understanding Reference tool

Week - 03 Workspace, Settings & basic tools

In this session, you will learn
- What are workspaces
- How to read delivered workspaces
- How to create your own workspaces
- What are managed workspaces
- About settings before starting to work in the dgn file
- Understanding Feature Definitions

Week 04 - Surface creation / Terrain modelling

In this session, you will learn
- Briefly about all the tool set of terrain modeling
- How to create terrain model by various methods
- How to modify terrain model methods
- To Analyze terrain model tools
- How to export and import surfaces

Week 05 - Alignment Design

In this session, you wil learn
- The basics of Horizontal geometry tools
- Horizontal geometry simple creation tools
- Horizontal geometry complex tools
- More about civil rules
- How to design and align site layout
- The basics of vertical geometry tools
- Simple and complex creation tools for vertical geomentry
- Designing profile and options

Week 06 - Corridor modeling & 3D modeling

In this session, you will learn
- About the basics of corridor modeling tools
- What is template design and introduction to the tools
- How to Create corridor
- How to Create Point Controls
- Superelevation design and modeling
- Transition design
- Curve Widening
- Cross Section viewer
- 3D Linear modeling
- 3D Surface modeling

Week 07 - Intersection design & modelling

In this session, you will learn
- The basics to civil cells
- Designing intersection
- How to Create intersection design by civil cells
- How to Modify placed intersection
- Miscellaneous tools with civil cells

Week 08 - Quantity take-offs and Reporting

In this session, you will learn
- Quantity take offs from corridor
- Earth work computations from cross sections
- All kind of Reports from the OpenRoads

Week 09 - Production

In this session, you will learn
- How to Create plan and profile drawings
- How to Create only plans
- Annotation set and styles
- How to Create cross sections
- How to Annotate cross sections
- How to Print PDF using single and batch plotting

Course 5: Analysis and Design of Rigid Pavements

Course 6: Flexible Pavement Materials and Mix Design

Course 7: Traffic Characteristics for Road Projects

Week 01 - Introduction to Traffic Engineering

In this week, the following topics are covered.
- Objectives of Traffic Engineering
- Responsibility, Ethics & Liability
- Nature of Transportation Demand
- Transportation Modes
- Elements of Traffic Engineering
- Modern Problems for Traffic Engineer

Week 02 - Road User and Vehicle Characteristics

In this week, the following topics are covered.
- Visual Characteristics of Drivers
- Perception-Reaction Time (PRT)
- Pedestrian Characteristics
- Vehicle Characteristics
- Sight Distances (OSD, ISD, SSD)

Week 03 - Geometric Characteristics of Roads

In this week, the following topics are covered.
- Road Classification
- Horizontal Alignment
- Vertical Alignment
- Superelevation
- Types of Curves
- Typical Cross Sections

Week 04 - Traffic Control Devices

In this week, the following topics are covered.
- Traffic Markings
- Traffic Signs
- Traffic Signals
- Special Types of Control

Week 05 - Traffic Stream Characteristics

In this week, the following topics are covered.
- Types of Facilities
- Relationship between Flow, Speed & Density

Week 06 - Traffic Data Collection and Reduction Methodologies

In this week, the following topics are covered.
- Types of Studies
- Data Collection Methodologies
- Portable Traffic Data Equipment
- Permanent Detectors
- Aerial Photography
- Digitizing Technology
- Interview Studies

Week 07 - Volume Studies and Characteristics

In this week, the following topics are covered.
- Volume, Demand and Capacity
- Peak Hour Factor
- Variation Patterns
- Intersection Volume Studies
- Origin & Destination Count
- Cordon Count
- Screen Line Counts

Week 08 - Speed, Travel Time & Delay Studies

In this week, the following topics are covered.
- Spot Speed Studies
- Travel Time Studies

Week 09 - Parking Studies

In this week, the following topics are covered.
- Parking Generation & Supply Needs
- Parking Characteristics
- Design of Parking Facilities
- Parking Modules
- Parking Garages

Week 10 - Weaving, Merging & Diverging Movements

In this week, the following topic is covered.
- Level of Service (LOS)

Week 11 - Intersection Design and Layout

In this week, the following topics are covered.
- Objectives & Considerations
- Signalized Intersection
- UnsiTraffic Characteristics for Road Projectsgnalized Intersection

Week 12 - Signal Timing and Design

In this week, the following topics are covered.
- Signal Phase Plans
- Vehicular Signal Requirement
- Pedestrian Signal Requirement
- Compound Signal Timing

Course 8: Construction Project Management Fundamentals

Week 1 - Introduction to Construction Project

What is a Project?
Project Vs Operations or Manufacturing
Project Stakeholders
Project Process Group
Project Lifecycle processes
Typical Construction Organization Structure

Week 2 - Tendering and Contracts

Tendering Process
Bid and Budget Preparation
What is a Contract?
Different Construction Contracts
Different Forms of Contract
Important Clauses of the Contract

Week 3 - Engineering

Stages of Engineering
Types of Structures and Design Methods
Deliverables of Engineering
Different Disciplines of Design
Types of Drawings
Drawings Content and Management
Prominent Software for Design

Week 4 - Procurement Process

Material Take-off from Drawings or Model
Types of Procurement
Pre-requisites of the Procurement Process
Procurement Process
Subcontract Procurement
Logistics of Procurement
Long Lead and Special Items Procurement Process
Procurement of Imported Items

Week 5 - Material Management in Store

Material Management at the Project Store
Material Stored at the Site
Site Store Activities
Storage Requirement for Materials
Inventory Management
Material Reconciliation
Physical Verification
Waste Management and Scrap

Week 6 - P&M Management on Project

Introduction to P&M
Types of Construction Equipment (P&M)
Equipment Management at Site
Selection Criterion for Equipment
Hire or Procure Decision
Depreciation of Asset
Efficiency of Machinery

Week 7 - Project Planning and Scheduling

Importance of Project Schedule
Levels of Schedule
Baseline Schedule
Schedule Preparation Requirements
Schedule Basis Document
Actual Progress Update
Labor Productivity Measurement
Schedule Change Management (MOC and Change Document)

Week 8 - Project Cost Management and Control

Importance of Cost Management
Budget for the Project
Cost Booking Methodology
Cost Change Management
Earned Value Management
Forecasting
Delay Analysis and Extension of Time Claims

Week 9 - Vendor and Client Invoicing

Client Billing
- Request for Inspection
- Invoice Process
- Deductions, Recoveries, and Retentions
- Advances
- Memorandum of Payment
Vendor Bill Certification

Week 10 - Health, Safety, and Environment in Infrastructure Projects

Introduction to HSE on Construction Projects
HSE Plan
HSE Management System
HSE Practices
HSE Monitoring Process
HSE Response Management

Week 11 - Quality Management on Construction Project

Quality Management System
Developing a Project Quality Plan (PQP)
Inspection Test Plans (ITPs)
Quality Assurance Vs Quality Controls
Quality Controls at Site

Week 12 - Digital Technologies in Construction

Introduction to Technology in Construction
Current Status of Technology Usage in Industry
Different Tools and Technologies
- Common Data Environment (CDE)
- 5D BIM
- Scan to BIM
- IoT - Equipment Monitoring and RFID for Workforce
- Data Analytics - Real-time Progress Reporting and Dashboard
- ML For Subcontract

Course 9: Project Management Using Primavera

Week 1 - Introduction to Primavera and Project Management

Introduction to the Project and its Management
About Primavera
Client GUI for P6 Release 8.2
OBS Overview
Creating OBS
Modifying OBS
EPS Overview
Creating EPS
Modifying EPS

Week 2 - Projects, Calendar, and Work Breakdown Structure

Introduction to Calendar
Types of Calendar
About Projects
Client Project Development
Project Details Window
Introduction to WBS
WBS Structure
Working with WBS (Add, edit, and delete)

Week 3 - Working with Activities

Introduction to Activity
Assigning a Calendar to an Activity
Activities (Add, edit, and delete)
Activity Types
Defining Activity Types
Activity Duration Types

Week 4 - Relationship and Scheduling

Introduction to Relationships
Types of Relationship
Adding Relationships to the Activities
Introduction to Scheduling
Critical Path Method
Advantages of Critical Path Method
Constraints
Types of Constraints

Week 5 - Defining and Assigning resources and roles

Introduction to Resources
Introduction to Roles
Resources Vs Roles
Adding a Resource
Displaying the Resource Details
Editing the Resource Information
Copying and Pasting a Resource
Deleting a Resource
Adding a Role
Assigning Roles to Resources from the Roles Dialog Box
Changing the Proficiency of a Role
Assigning Roles to Activities
Recalculating the Resource and Role Assignment

Week 6 - Resource

Resource Analysis
Resource Leveling
Resource Curves
Budget Management

Week 7 - Constraint, Reflection, Codes, Grouping and Sorting

Constraints
Purpose of Constraints
Types of Constraints
Benefits of using Constraints
Reflection in P6
Creation and using Reflection
Codes
Grouping and Sorting

Week 8 - Documents and Baselines

Work Products and Documents
Notebook Tab
Baselines
Setting Baselines
Assign Baselines
Display Baselines
Restoring Baselines
Project Updates

Week 9 - Project Progress Update

Project Updates
Updating Progress for Individual Activities
Suspending or Resuming an Activity's Progress
Progress Spotlight
Project Progress on Gantt Chart
Project Progress on Table

Week 10 - Earned Value Management

Earned Value Management
Earned Value Parameters in Primavera
S-Curve
EVM Graph
Activity Usage Profile – Monthly Cash flow

Week 11 - Issues and Thresholds, Risk Register, User-Defined Fields, Global Change, and Formatting Project Data

Issues and Thresholds
Risk Register
User-defined Fields
Global Change
Formatting Project Data

Week 12 - Report

User Preference
Admin Option
Primavera Visualizer
Project Website Publisher
Print and Page Setup
Reports
Import and Export

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Post Graduate Program in Infrastructure - Engineering Design and Project Management

Online

32 Weeks

Quick Facts

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The syllabus

Course 1: Geometric Design Fundamentals

Week 1-Introduction and Classification of Roads

Week 02 - Geometric Control Factors

Week 03 - Cross-section

Week 04 - Sight Distance

Week 05 - Horizontal Alignment

Week 06 - Vertical Alignment

Week 07 - Standards and Software

Course 2: Designing a Roadway Project Using InfraWorks, Civil 3D, and Map 3D

Week 01 -Conceptually Designing a Road and Presenting it

Week 02 - Introduction to Civil 3D – Examining the Civil 3D Interface and Settings

Week 03 - Managing a Project in Civil 3D

Week 04 - Creating an Alignment (Resurfacing Project)

Week 05 - Developing Your Plans (Understanding Sheet Set Manager)

Week 06 - Basic Quantities, Estimate and Submittals

Week 07 -Existing Conditions for a Reconstruction Project

Week 08 - Creating an Alignment and Profile (Reconstruction Project)

Week 09 - Corridor Modeling (Basic and Complex)

Week 10 - Creating Pipe Networks and Ponds

Week 11 - Getting Your Plans Done (Plan and Profile, and Cross Sections)

Week 12 - Complex Quantity Calculations, Estimate, and Submittals

Course 3: Fundamentals of Road Design

Week 1 - Background of Roadway Design

Week 2 - Survey and Design Standards

Week 3 - Horizontal Design or Fixation of Roadway Plan

Week 4 - Pavement Design

Week 5 - Vertical Design or Fixation of Roadway Profile

Course 4: Roadway Design with OpenRoads

Week 01 - Roadway Design Fundamentals

Week 02 - Introduction to Bentley OpenRoads Designer

Week - 03 Workspace, Settings & basic tools

Week 04 - Surface creation / Terrain modelling

Week 05 - Alignment Design

Week 06 - Corridor modeling & 3D modeling

Week 07 - Intersection design & modelling

Week 08 - Quantity take-offs and Reporting

Week 09 - Production

Course 5: Analysis and Design of Rigid Pavements

Course 6: Flexible Pavement Materials and Mix Design

Course 7: Traffic Characteristics for Road Projects

Week 01 - Introduction to Traffic Engineering

Week 02 - Road User and Vehicle Characteristics

Week 03 - Geometric Characteristics of Roads

Week 04 - Traffic Control Devices

Week 05 - Traffic Stream Characteristics

Week 06 - Traffic Data Collection and Reduction Methodologies

Week 07 - Volume Studies and Characteristics

Week 08 - Speed, Travel Time & Delay Studies

Week 09 - Parking Studies

Week 10 - Weaving, Merging & Diverging Movements

Week 11 - Intersection Design and Layout

Week 12 - Signal Timing and Design

Course 8: Construction Project Management Fundamentals

Week 1 - Introduction to Construction Project

Week 2 - Tendering and Contracts

Week 3 - Engineering

Week 4 - Procurement Process

Week 5 - Material Management in Store

Week 6 - P&M Management on Project

Week 7 - Project Planning and Scheduling

Week 8 - Project Cost Management and Control

Week 9 - Vendor and Client Invoicing

Week 10 - Health, Safety, and Environment in Infrastructure Projects

Week 11 - Quality Management on Construction Project

Week 12 - Digital Technologies in Construction

Course 9: Project Management Using Primavera

Week 1 - Introduction to Primavera and Project Management

Week 2 - Projects, Calendar, and Work Breakdown Structure

Week 3 - Working with Activities

Week 4 - Relationship and Scheduling

Week 5 - Defining and Assigning resources and roles