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MASTER COURSE IN STRUCTURAL DESIGNING AND CONSTRUCTION MANAGEMENT (MSDCM)

Application Deadline,26th November 2022

Program format: Classroom / Online for foreigners

Duration: 8 Months + 4 Months Internship

Program Fees payable in 3 installments

APPLICATION

Career Transformed

Career Transitioned
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Salary Hike
Up to %
Hours
CPD
Get Placed As a
Structural Designer / Manager
Structural Detailer
Structural Design Co-ordinator
Quantity Surveyor / Estimator
Contracts Administrator / Manager
Commercial Engineer / Manager
Project Control Manager
Planning Engineer / Manager
Project Engineer / Manager
IM Modeler /Engineer / Manager

Program Highlights

CPD, UK Certification

Industry Oriented Curriculum

Innovative Course Material

Individual attention to all Students

Live Projects in all Modules

24/7 Support & Asistance

Course Curriculum

1
CONSTRUCTION MANAGEMENT
Duration - 6 Months
2
STRUCTURAL DESIGNING
Duration - 6 Months
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Software & Tools Used

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Certificate Awarded

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Program Fees

Fees can be paid in 3 installments. 40% of the total fee should be paid at the time of admission, 30% after two months of admission and remaining 30% after six months of admission.
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Eligibility Criteria

For Whom
Students in final year of graduation or who have completed graduation in Civil Engineering / Technology from recognized University / Institution.
Architects preferably with1 year experience are also eligible to do this course.

Who We Are?

EDGE School Of Construction Management (EDGE SCOM) is a Pioneering Construction Management & Engineering Training Centre formulated to bridge the gap between theoretical concepts taught at University and real-time practical experience.

EDGE strives to continuously empower both young and experienced engineers in their respective domains by providing them the essential training and exposure required to survive in the ever-evolving field of construction.

Need any help? Contact us now!

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EDGE SCOM CONTACT INFO

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Chapel road, Abids, Hyderabad, 500001, Telangana, India

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Phone: +91 8121904524, +91 7207650288, 040-66251111

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Course Curriculum

MODULES / SPECIFICATIONS
The Course is divided into many modules categorized mainly into two domains. This is a 1 year Programme with classes from Monday to Saturday. Classes usually will be for 3-4 hours everyday including theory and lab practice.

 

CONSTRUCTION MANAGEMENT Duration: 6 Months
MODULES
PROJECT MANAGEMENT
QUANTITY SURVEYING
CONTRACTS MANAGEMENT
BUILDING INFORMATION MODELLING
ENGINEER’S EMPLOYABILITY TRAINING

 

STRUCTURAL DESIGNING Duration: 6 Months
MODULES
FUNDAMENTALS OF STRUCTURAL ANALYSIS & DESIGN
STRUCTURAL PLANNING AND ANALYSIS
MANUAL LOAD CALCULATION AND DESIGN
PREPARATION OF STRUCTURAL DRAWINGS
PREPARATION OF STRUCTURAL DESIGN BASIS REPORT
DESIGN OF STEEL STRUCTURES
LIVE PROJECTS
TRAINING ON ALL MAJOR STRUCTURAL SOFTWARE

PGP 01- QUANTITY SURVEYING & COST CONTROLLING
Part-1 Introduction to Engineering project including project cycle & bidding documents.
Methods of measurement of the works.
Quantities surveying by manual calculations for the following different works
Earthworks Calculations
Calculation of Excavation Quantities for Spread Footings & Mat/Raft Foundations
Calculation of Soil Treatment Quantities
Calculation of Backfilling Quantities
Concrete works Calculations (PCC & RCC)
Calculation of Footings Concrete Quantities
Calculation of Tie Beams Concrete Quantities
Calculation of Column neck Concrete Quantities
Calculation of Plinth Beams Concrete Quantities
Calculation of Slab on Grade Quantities
Calculation of RC Core Wall Concrete Quantities
Calculation of Retaining Wall
Calculation of U/G Water Tank/Sump Quantities
Calculation of Floor Columns Concrete Quantities
Calculation of Floor Beams Concrete Quantities Calculation of Floor Slabs(Cast-in-situ & PreCast Hollow Core Slab) Calculation of Staircase, Ramps & Lift Core Concrete Quantities
Masonry works Calculations Calculation of Brickwork for Internal, External, Parapet & Boundary Walls Quantities
Plastering works Calculations Calculation of Brickwork Plastering, Wall Plastering & Ceiling Plastering Quantities
Tiling works Calculations Calculation of Floor Tiles, Dado Tiles & Wall Tiles Quantities
Thermal & Moisture Protection works Calculations
Membrane Waterproofing Quantities
Vapour Barrier, Damp-Proofing & Bitumen Paint Calculations
Metal works Calculations
Internal & External Finishes Calculations
Wood & Plastic works Calculations
Doors & Windows works Calculations
Painting works Calculations
Glazing works Calculations
Specialties works Calculations
Mechanical works
Electrical works
Steel Calculations of Sub-Structure & Super Structure
Application on Engineering project
 
Part-2
Quantity take-off from CAD Drawings (Civil/Architectural).
Preparation of Payment certificate.
Bill of Quantities as per CSI Divisions.
CAD & MS Excel Training.
Variations & Claims
 
Part-3
Introduction to construction project stages
Overview of the Construction contracting methods, and contracts types.
Tender Documents
Types of Contracts

PGP 02- PROJECT MANAGEMENT
Introduction
• Introduction to this Course
Basic Concepts
• What is a Project?
• What is Project Management?
• Five Process Groups of Project Management
• Schedule and its Importance
• Critical Path Method for Scheduling
• Understanding a Gantt Chart
• Project Management Fundamentals

 

Introduction to Primavera P6 • Introduction to Oracle Primavera P6 PPM
• Primavera P6 Interface and Preferences
Enterprise Environment in Primavera P6
• Organizational Breakdown Structure
• Enterprise Project Structure
• Work Breakdown Structure
• Access Control in Primavera P6 Planning and Creating a New Project
• Planning your Project Schedule
• Understanding a Sample Project
• Creating a New Project in Primavera P6
• Project Window Options
• Total Float and Project Must Finish Date
Calendars • Role of Calendars in Scheduling
• Adding and Assigning Calendars
WBS, Activities and Basic Formatting
• Creating WBS in Primavera P6
• Formatting Columns and Timescale
• Percentage Complete Types in Primavera P6
• Activity Types in Primavera P6
• Setting Defaults for New Activities
• Adding Activities
• Estimating Duration of Activities
• Adding Duration of Activities
Relationships and Scheduling
• Understanding Relationships
• Adding Relationships and Scheduling
• Understanding Scheduling Algorithm
Formatting, Sharing and Reporting
• Formatting Bars
• Group, Sort and Layouts
• Filtering in Primavera P6
• Printing, Exporting and Importing
• Reporting in Primavera P6
 
Updating and Monitoring
• Understanding and Adding Baseline
• Updating a Project
• Monitoring and Controlling a Project
• Recovering the Baseline Schedule
• Preparing Revised Recovery Schedule Roles, Resources and Expenses
• Understanding Roles, Resources and Expenses
• Resource and Cost Terminologies
• Adding and Assigning New Currency
• Adding Roles and Resources
• Resource Window Details Duration Types in Primavera P6
• Resource Options and Assigning Resources
• Reviewing Resource Allocation
• Adding Expenses
• Reviewing Resource and Cost Usage
• Updating a Project with Resources andExpenses
• Cost Accounts Generating S-CURVE from PRIMAVERA P6 Schedule
• Planned/Actual Progress S Curve • Cash Flow Curve Resource Levelling
• What is Resource Levelling & How to do it
• Resource Usage Spreadsheet
• Resource Usage Profile Analyzing & Understanding Histograms
• Manpower & Machinery Histograms
• Stacked Histogram Look Ahead Schedules
• 2-Week Look Ahead Schedule
• One Month Look Ahead Schedule Earned Value Analysis
• EVM Fundamental Parameters
• EVM Metrics
• Cost Variance
• Schedule Variance
• Cost Performance Index
• Schedule Performance Index
• Running Earned Value Analysis on a LIVE PROJECT Delay Analysis in Primavera P6
• As Planned Vs. As Built in Primavera P6
• Impacted As Planned Method in Primavera P6
• Collapsed As Built in Primavera P6
• Window (Time Impact Analysis) PRIMAVERA P6 USEFUL TRICKS Conclusion
• End Exam
 
PGP 03- BUILDING INFORMATION MODELLING
Module Description: This module covers Building Information Modeling (BIM), including its use and application for small- and large-scale building construction projects. Students will learn terminology associated with buildings, the theory and evolution of BIM, and how to develop BIM models using Autodesk Revit. As time allows, this course will also cover selected topics on how BIM is used to help prepare or feed into key project items, such as cost estimation, architectural renderings, & interference checking.
 
This course will provide the student with multiple learning opportunities to expand their engineering knowledge and experience. We will focus on both the technical and professional areas of engineering.
Technical:
 
Develop building and infrastructure vocabulary to be able to describe a building, its components, and its systems, including the architectural, MEP (mechanical, electrical, plumbing), and structural components. Describe evolution and development of BIM from its origination to today. Be able to compare, including advantages and disadvantages of BIM vs. 2D and 3D CAD Explain the challenges and roadblocks still facing the use of BIM Model Understand applications of BIM, such as cost estimation, architectural renderings, interference checking, and modeling of energy consumption
Professional: Contextual understanding of BIM and its role and application in the construction industry Course Topics
 
Part I:
Introduction to/Review of Buildings & Systems
Building components and systems (architectural, structural)
Building vocabulary
Building drawings, specifications
Building design process and roles of owners, managers, designers, engineers and contractors/subcontractors
 
Part II:
Introduction to BIM and BIM Concepts
What is BIM?
How can BIM be a part of the building design process?
BIM vs. 3D CAD
Evolution and development of BIM & object-based parametric modeling
BIM platforms
 
Part III:
Autodesk Revit (Arch & Structure)
Mass and concept modeling
Detailed modeling
Creating, importing and modifying families of objects and elements
Architecture and Structural applications
Creating plans, sections, details, schedules, cover page
 
Part IV: Future of BIM
 
Part V: Miscellaneous Applications of BIM
4D BIM – multidimensional planning of a construction process,
5D BIM – advanced methods for cost analysis, automated quantity take off,
Clash Detection using Navisworks
 
PGP 04- CONTRACTS MANAGEMENT Course Outline
Principles of contracts
-Defining a contract
-Elements of a contract
-Expressed and implied contracts
Problems in preparing and managing contracts Contract preparation
Stages of contract preparation and management
-Contracting
-Developing the scope of work
-Problems with a badly written scope of work
-Decision analysis worksheet
-Evaluation criteria -Terms and conditions
Contract types and strategies
Fixed price contracts
Cost reimbursable contracts
Time and material contracts
Payment terms
The tendering stage
Objectives of tendering
Alternative to tendering
Tendering procedures
Tendering objectives
Invite potential bidders
Tender briefing
Receiving and opening of bids
Recommendation report
Evaluation of bidders
Pre-qualification criteria
-Invitation to tender
Receipt and opening of bids
-Bids evaluation and contract award
-Evaluation process
-Preliminary examination of bids
-Detailed examination of bids
-Commercial Evaluation
-Value for money
-Whole life costing
-Most economic advantageous tender
-Technical Evaluation
-Scoring protocol
-Technical bid scoring -Method of awarding a contract
Contract award
-Contractor evaluation
-Questionnaire and surveys
-Contractor’s ratings
-Key performance indicators
-Targets and benchmarks
-Service level agreement (SLA)
-Managing subcontractors
-Partnership with contractors
-Different pricing methods
-Whole life cost
-Value for money -Most Economically Advantageous Tender (MEAT)
Contract administration
-Purpose of contract administration
-Aspects to manage
-Documents needed to administer a contract
-Contract administration tools
-Role of contract administrators
-Lessons learned
Claims and variation orders
-Breach of contract
-Money Damages
-Equitable remedies
-Changes and modifications
-Alternative dispute resolutions (negotiation, mediation)
 
PGP 05- ENGINEER’S EMPLOYABILITY TRAINING Hard Skills VS Soft Skills
Self Performance – Work Performance – People Performance
Self-Engineering – Elevate from Data Understanding to People Understanding
Top 5 Must Have Soft Skills for Professional Engineers
Self Analysis Tools
Group Activity
Employability Skills to make a presence in Global Market
Tips for Time and Self-Management Q&A Session with Feedback
 
Outcome of the course:
Understand How to maximise your verbal and visual communication skills
Understand how to speak fluently and confidently
Learn how to give importance to your language to create an impact
Learn art of Self-Management with International Tools
Learn how to heighten your personal presence
Insightful information on how to increase Performance
Proper understanding of mandatory soft skills
Program Structure
 
MODULE 1: SOFTWARE TRAINING ( ETABS , SAP2000 & SAFE) INTRODUCTION AND MODELLING
Introduction
Objectives
File Operation
ETABS Windows / Floor Information
Creating Basic Grid System
Defining Storey Data
Adding Structural Objects Using Templates \Manual
View Selection & Options Material , Section properties and draw options
Material Properties
Section Properties
Wall Slab Section Properties Drawing Of Line ,Point And Area Objects
Editing Tools For Objects Assignment structural options
Point Object
Line Object
Area Object
Assignment Loads Assignment of load case
Dead load
Live load
Earthquake load
Wind loads
Load combinations Analysis and output
Response spectrum method
Static pushover analysis
Time history analysis
Results & Graphical Output (Analysis Output )
Editing
Text Input And File Exports /Imports Design of RCC members
Assigning Design Parameters As Per Is 456
Study Of Design Summary Results In Terms Of Percentage Of Reinforcement And Area Of Steel
Preparation Of Design Reports
Design Of Shear wall
Detailing of Rcc members
Design of isolated footing
Design of combined footing
Design of raft/mat footing
Checking footing for punching shear Program Syllabus
Design of slabs
Design of flat slabs
Detailing of footings and slabs
Import and export from Etabs to safe
Import and export from Cad to safe Importing and exporting option
Importing cad to Etabs
Exporting Etabs to cad LIVE PROJECT
Practical design on live project
 
MODULE 2: FUNDAMENTALS OF STRUCTURAL ANALYSIS AND DESIGN Methods of Rcc design
Working stress method
Ultimate load method
Limit state method PROPERTIES OF MATERIALS
Concrete
Steel (rebar) BASIC CONCEPTS OF STRUCTURE ANALYSIS AND DESIGN
Types of loads
Type of support conditions
Concept of SFD
Concept of BMD
Codal provision of beams
Codal provision of columns
Codal provision of slabs
Codal provision of foundations
Codal provision of staircase
 
MODULE 3: STRUCTURAL PLANNING and ANALYSIS
Studying of architectural plans
Position and orientation of columns
Positioning of beams
Spanning of slabs
Layouts of stairs
Selecting proper type of footing
Types of analysis methods
Concept of kanis method
Analysis of frame using kanis metho
 
MODULE 4: MANUAL LOAD CALCULATION AND DESIGN MANUAL LOAD CALCULATIONS
Load calculation on beams
Load calculation on columns
Load calculation on slabs MANUAL DESIGNING OF RCC ELEMENTS
Manual design of beams
Manual design of column
Manual design of slabs
Manual design of footing
Manual design of staircase
 
MODULE 5: PREPARATION OF STRUCTURAL DRAWINGS IN AUTOCAD
Footing Layout Plan
Column Layout Plan
Plinth Beam Layout plan
Plinth Beam Details
Slab Layout Plan
Slab Section Details
Column Details
Roof Beam Layout Plan
Roof Beam Details
Staircase Layout Plan & Details
 
MODULE 6: PREPARATION OF STRUCTURAL DESIGN BASIS REPORT
Preparation Of DBR
Introduction
Description of Project
Structural System
Design Loads
Gravity Loads
Lateral Loads
Load Combination
Live Load reduction
Deflection and Drift Limits
Miscellaneous Design Criteria
Material Strengths
Structure modeling &Computer Programs
Design Standards and References
Units
 
MODULE 7: DESIGN OF STEEL STRUCTURES
Introduction to Steel Construction
Design of Tension members
Design of rolled steel section members
Design of built-up members
Design of compression members
Design of trusses
Design of Steel Columns
Design of Steel Beams
Design of Girders
Combined stresses
Design of Beam-Column connections
Design of base plate
Riveted connections
Bolted connections
Welded connections
 
MODULE 8: ROBOT, BRIDGE, STAAD.PRO, RCDC & PROKON TRAINING
Analysis of 2D frames
Analysis of 3D frames
Design of reinforced concrete beams – simply supported and continuous beams
Design of post-tensioned beams
Design of reinforced concrete slabs
Design of reinforced concrete columns
Design of reinforced concrete walls
Design of reinforced concrete shallow foundations
Design of structural steel columns
Design of steel beams
Design of plate girders
Design of base plates
Design of steel connections
Punching shear design
Wind analysis for low-rise buildings – steel warehouses
Pile design
 
MODULE 9: LIVE PROJECTS ON STRUCTURAL STEEL
 
Note: MODULES 7,8 & 9 Included in LEVEL -1 Only.
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