Construction Project Management – 30 Hr

Who is this course for?

• ✔ If you are a Project Manager and want to strengthen your knowledge in management, whether as a consultant or in a contracting company.
• ✔ The first course in Egypt that explains these practical areas in such depth.
• ✔ If you are a Site Engineer aiming to become a Construction Manager or Project Manager, the knowledge here will be very valuable.
• ✔ If you are a contractor or a small business owner and want to understand project management to grow your business and communicate better with clients.
• ✔ If you are a Technical Office Engineer, this course is essential because it represents the natural development of your career and the language of meetings you must master.
• ✔ If you want to enter the planning field, whether experienced or a fresh graduate, this is a strong starting point.
• ✔ If you want to learn the best practices for projects from initiation to preliminary handover and develop yourself.
• ✔ If you want to fully understand and speak the language of project management, you will gain hands-on application and best practices here.

Course Content

Pre-Tender Phase

• Quick overview of feasibility studies from the owner’s perspective and consultant selection.

Design Phase

• Gathering requirements, design stages, and coordination between disciplines with licensing authorities.
• Communication looping and correspondence samples from real projects.

Tender Phase

• Preparing contract documents, understanding their importance, and pricing.
• Administrative contracts (Law 182) – types of tenders and methods of bidding.
• Technical evaluation criteria and how to submit a financially successful bid.
• Types of contracts by pricing method.
• International contracts (FIDIC – Red Book): key clauses, rights and obligations, variations, and price adjustments.

Reviewing Documents & Pricing

• Studying contract documents and details affecting pricing.
• Factors influencing activities, material and labor costs.
• Identifying risks using RBS (Risk Breakdown Structure).
• Understanding bid priorities and unbalanced bids by examples.

Construction Phase

• Site possession: importance and roles of all parties.
• Project planning: Equipment list, Organization Chart.
• Project meetings, especially Kick-Off Meeting – roles, preparation, and real examples.
• Essential plans: Mobilization, Logistics, Quality, Safety.
• Method Statements, ITPs, Baseline Schedule, Contractual Duration.
• Understanding project schedules, including resource allocation, narrative reports, and activity sequencing.
•  Daily project manager routines, technical office follow-ups, logs (IR, MIR, DOS, MS, DCN).
• Lessons learned from real projects, corrective and preventive actions.
• Submittals: material approvals, quality grades, fraud detection, inspections, and specifications.
• Team building and communication strategies.
• Quality Control (QC) and Quality Assurance (QA), including preparation and use of practical forms.
• Shop drawings and acceptance criteria.
• Material submittal procedures, including key properties of major construction materials.

Cost Control

• Methods and forms for cost control, material and warehouse management.
• Handling design changes (DCN).
• Project control forms and reporting.
• Payment certificates: types, deductions, advance payment guarantees, variation orders, escalation formulas, subcontractor payments, and dispute avoidance.

Claims & Handover

• Time and cost claims with real project examples.
• Handover processes: Snag List, Clearance List, Punch List, TOC (Taking Over Certificate).
• Overview of key management certifications: PRMG, PMP, PM2.

The post Construction Project Management appeared first on Egycet.

• Intro
• Interface -. User interface
• Navigation in Lumion
• How to export from Revit to Lumion
• The weather in Lumion
• Landscape in Lumion
• Materials in Lumion
• Object place
• Layers in Lumion
• Adding lights in Revit
• Render and export
• Pictures and videos
• Project

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1. Introduction to for Autodesk Revit Architecture .
2. Starting Revit
3. Starting Revit for the First Time
4. Opening a Project File
5. Identifying the User Interface Components
6. Understanding the Ribbon
7. Understanding the Options Bar
8. Understanding the Application Menu
9. Understanding the Info Center Toolbar
10. Understanding the View Controls
11. Starting a New Project

• Modeling Essentials

1. Understanding Modeling with Revit
2. Understanding Model Objects
3. Understanding Sketch-Based Objects
4.Understanding Datum Elements
5.Creating and Modifying Levels
6.Creating and Modifying Grids
7.Segment Grids
8. Controlling Datum Visibility
9. Limiting Visibility of Datum Using Scope Boxes
10. Setting and Showing the Active Work Plane
11. Creating Reference Planes
12. Modeling Accurately with Length and Angle Snap Increments
13. Working with Object Snaps
14.Using Visualization Aids When Working in 3D Views

• Building elements

1. Wall Drawing Aids
2.Exterior Building Walls
3.Doors
4.Windows
5.Curtain Walls
6.Roofs

• Walls Systems

1. Wall System Families
2. Curtain Wall Types
3. Curved Curtain Wall
4. Curtain Walls that Turn Corners
5.Curtain Wall Grids
6. Curtain Wall Components
7.Stacked Wall
8. Wall Profiles
9. Wall Openings
10. Embedded Walls
11.In-Place Wall Sweeps
12.In-Place Reveals
13.Joined Walls for Complex Assemblies

• Building Core

1. Building Core Walls
2. Floors
3. Hosted Components
4. Architectural Columns
5. Stairs
6. Landing Components
7. Support Components
8. Ramps
9. Railings

• Building Interiors

1. Interior Partitions
2. Interior Storefront Glazing
3. Rooms
4. Ceilings
5. Area Plans

• Components and Families

1.Understanding Families
2.Loading Families and Using Type Catalogs
3.Editing Component Families Within a Project
4.Placing Components from the Project Browser

• Basic Modify and Reporting Tools

1. Selecting Objects
2.Saving Selection Sets
3.Copying and Moving Objects
4.Rotating Objects
5.Creating Linear Arrays
6.Creating Radial Arrays
7.Scaling Objects
8.Mirroring Objects
9.Using the Clipboard for Copy And Paste
10.Splitting Objects
11.Creating Elements Consistently with Match Type Properties and Create Similar
12. Aligning Objects
13. Trimming and Extending Objects
14. Offsetting Objects
15. Pinning Objects in Place
16.Deleting Objects
17. Dimensioning Objects
18.Understanding Element IDs
19.Understanding and Reviewing Warning Messages
20.Reporting and Displaying Coordinates

• Views and Sheets

1. Creating Plan Views and Reflected Ceiling Plan Views
2. Creating a Plan Region
3. Creating Building Elevation Views
4. Creating Interior Elevation Views
5. Creating Framing Elevation Views
6. Creating Section Views
7. Segmenting a Section View
8. Creating Callout Views
9. Creating Drafting Views
10. Creating a Reference View
11. Understanding View Discipline
12. Duplicating Views
13. Creating Match lines and View References
14. Creating Additional View References
15. Creating and Using Sheets
16. Aligning Views on Sheets with a Guide Grid
17. Placing Schedules on a Sheet
18. Using a Sheet List and Placeholder Sheets
19. Creating Custom Title blocks
20. Creating a Key Plan
21. Managing Sheet Issues and Revisions
22. Creating Revision Clouds and Tags
23. Adding a Revision Schedule to a Title block
24. Creating Supplemental Drawings

• Graphics and visual representations

1. Working with Visual Styles
2. Understanding Scale and Detail Level
3. Understanding Plan View Range
4. Understanding View Templates
5. Creating View Templates
6. Applying and Assigning View Templates
7. Creating View Types
8. Understanding Object Styles
9. Understanding Visibility and Graphic Overrides
10. Creating Element and Category
11. Graphic Overrides in a View
12. Creating Filter Overrides
13. Understanding Temporary Hide or Isolate and Viewing Hidden Elements
14. Understanding Crop Regions
15. Understanding Annotation Crop Regions

• Dimensions and Constraints

1.Understanding Dimensions and Constraints
2.Using Temporary Dimensions
3.Modifying Temporary Dimension Settings
4.Working with Permanent Dimensions
5.Working with Spot Elevations
6.Working with Spot Coordinates
7.Working with Spot Slopes
8.Modifying Dimensions
9.Overriding Dimension Text
10.Creating and Modifying Dimension Styles
11.Locking Dimensions
12.Controlling Dimensions Using Equality Constraints
13.Controlling Dimension Units
14.Dimensioning Entire Walls

• Site Tools

1.Introduction to the Site Tools
2.Creating a Topo surface Using Points
3.Creating a Topo surface from CAD
4.Creating a Topo surface from a Points File
5.Managing Site Settings
6.Creating Topo surface Sub-regions and Split Surfaces
7.Creating Building Pads
8.Creating a Graded Region
9.Creating Site and Parking Components

• Conceptual Mass Design

1.Understanding the Conceptual Design Environment
2.Working in 3D in the Conceptual Design Environment
3.Creating Conceptual Mass Solid Forms
4.Creating Conceptual Mass Surfaces
5.Creating Conceptual Mass Void Forms
6.Creating Reference Planes and Reference Lines
7.Lines versus Reference Lines
8.Using Reference Points
9.Creating Dimension and Parameter Constraints
10.Modifying Form Profiles
11.Modifying Forms with Add Edge And Add Profile
12.Sketching on Forms
13.Creating Divided Paths
14.Creating Divided Surfaces
15.Adding Patterns to Divided Surfaces
16.Creating a Panel Family for Conceptual Massing
17.Creating Adaptive Components
18.Loading a Conceptual Mass
19.Into the Project Environment
20.Conceptual Massing in Projects
21.Understanding How to Place Masses and Control Their Visibility
22.Creating an In-Place Mass
23.Creating Masses with 3D CAD Files
24.Creating Mass Floors
25.Working with Mass Type
26.Properties to Place Tags and
27.Create Schedules
28.Creating Model by Face Elements
29.Modifying Elements with Update To Face and Edit Face Selection

• Design Analysis

1. Sun Path Diagram
2. Solar Study
3. Energy Analysis

• Schedules and Tags

1.Understanding Schedules and Tags
2.Placing Element Tags by Category
3.Placing Room and Area Tags
4.Creating a Schedule and
5.Specifying Fields
6.Modifying Schedules with Filters
7.Modifying Schedules with Sorting and Grouping
8.Modifying Schedule Formatting

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Outlines:

• 3D viewing techniques.
• Working with simple and composite solids.
• Creating complex solids and surfaces.
• Modifying objects in 3D space.
• Editing solids.
• Creating sections, camera perspectives, and animations.
• Setting up a rendering with materials and lights.
• Working with the User Coordinate System.

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• Understanding the AutoCAD workspace and user interface.
• Using basic drawing, editing, and viewing tools.
• Organizing drawing objects on layers.
• Inserting reusable symbols (blocks).
• Preparing a layout to be plotted.
• Adding text, hatching, and dimensions.
• Using more advanced editing and construction techniques.
• Adding parametric constraints to objects.

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1: Getting Started with 3ds Max Design
Project Workflow

The 3ds Max Design Interface

Viewing and Navigating 3D Space

General Viewport Concept

Setting Viewport Layout, Using Standard View Navigation

Setting Up Your Scene units setup

Home Grid

Quad menu

2: Creating Geometry I
Basics of Creating and Modifying Objects

Using the Create Panel

Creating Standard Primitives

3: Selecting, Organize & Controlling Object Display
Basics of Selecting Objects

Entering data : write, drag spinner, spinner snap, right click spinner

Freezing and Unfreezing Objects

Hiding and Unhiding Objects by Selection

Isolate Selection

Organize objects through groups & Attaching Objects

4: Edit & saving Commands
Saving Files

Configure paths

Hold/Fetch

Import / Export

Merging

File Linking

Undo/Redo & Deleting Object

5: Transformation and Modifying objects
Moving, Rotating, and Scaling Objects

Creating Copies and Arrays

Techniques for Cloning Objects

Mirroring Objects

Using the Spacing Tool

Apply snapping

Alignment

Coordinate systems / Reference (World, View, Pick, Local)

6: Creating Geometry II
Extended Primitives

Compound Objects

Modifiers :deformers, noise, waves, lattice

7: Creating Geometry III
Create  & Edit basic shapes

Understand the modifier stack

Vertex Editing

Segment Editing

Spline Editing

Using  modifiers with shapes to create 3D geometry: extrusion-loft-lathe-sweep-cross section

2D Modifiers

Modeling with importing AutoCAD drawing.

8: Creating Geometry IV
Polyline Modeling

Vertex Editing

Edge Editing

Border Editing

Polygon Editing

Element Editing

1. Vray Rendering 24 Hrs

9: Introduction

introduction to digital picture & render engines

vray settings

10: Lights and Cameras

Using Standard Lights

Using Vray Lights

Using Cameras

11: Material Editor, Materials
Material Editor

Material Slot

Standard Material

Multi-sub-object material

Vray Material

12: Rendering
Rendering scene Dialog

Rendering using Vray

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