Free
Revit Architeture & Structure
Course Material …
What you'll learn
Use Autodesk Revit easily and efficiently.
Create and manage integrated architectural and structural models using Autodesk Revit.
Produce professional outputs including 3D models, 2D drawings, and schedules, utilizing the model database for accurate project information.
AutoCAD for BIM
A practical course designed to equip learners with the essential …
What you'll learn
Use key drafting commands to produce accurate technical drawings.
Manage layers, XREFs, blocks, hatches, and templates professionally.
Produce BIM-ready architectural and structural drawings.
Apply proper annotations, dimensions, and detailing standards
Exchange and coordinate DWG files within Revit-based BIM workflows.
Support BIM documentation and detailing using AutoCAD.
Interior Design using Revit
IDUR …
Navisworks
focusing on model coordination, clash detection, quantity takeoff, and 4D …
What you'll learn
Manage multi-disciplinary BIM models in Navisworks.
Detect and document clashes efficiently.
Perform 4D construction sequencing.
Extract quantities and create professional reports.
Revit to IFC
Exporting Revit models to IFC is a crucial step in …
What you'll learn
Export Revit models to IFC professionally.
Fully understand coordinate management.
Master project setup.
Manage engineering elements.
Apply classifications correctly.
Perform quality validation using advanced tools.
Ensure models meet client requirements and international standards.
Introduction to BIM & BIM Management
This course provides a comprehensive introduction to Building InformationModeling (BIM) …
What you'll learn
understand BIM as a collaborative methodology.
identify BIM roles and standards.
manage project information and apply BIM principles throughout the project lifecycle.
Revit Architectural Professional
Learn and practice workflows and skills covered in the exam, …
What you'll learn
Create and modify architectural components, site elements, and materials.
Create and manage views, annotations, and families.
Develop and manage project schedules.
Implement workflows for worksharing, exporting, and printing.
Perform project maintenance and management.
Prepare for the Autodesk Certified Professional in Revit certification exam.
What you'll learn
Design standards and guidelines
Detailed briefing and Predesign
Site analysis
Functional Relationships and circulations.
Health Facility Planning & Design
Master Planning & Strategy
Design of out patient Units
Design of Inpatient Units
Design of Operating Theatres
Design of Intensive Care Units
Design of Emergency Units
Design of Medical Imaging Units
Waste management and decontamination.
Coordination & Integration of Services
Expansion and sustainability in hospitals.
Design Standards and Guidelines
Functional Planning Units (FPU)
Special Requirements of typical rooms
Room Data Sheets (RDS) and Room Layout Sheets (RLS)
Manual Quantity Survay using Excel & Planswift
The training course begins by introducing the various project phases, …
What you'll learn
Understanding different project phases including design, tendering, and contracts.
Writing technical specifications.
Project cost estimation and budgeting.
Manual quantity surveying for excavation and backfilling works.
Manual quantity surveying for concrete and reinforcement works.
Manual quantity surveying for masonry, doors, and windows.
Manual quantity surveying for finishing works (plastering, painting, marble, and ceramics).
Manual quantity surveying for electrical, sanitary, and drainage works.
Comparing manual calculations with PlanSwift and Excel.
Performing quantity takeoffs using PlanSwift software.
What you'll learn
At the end of the course, participants will be able to:
Enable participants to use AutoCAD professionally and make commands and tools
applicable effectively.
Learn how to draw all structural elements (columns, walls, foundations, panels, and
beams) using AutoCAD to show rebar sections.
Learn how to create structural plans and sections.
Learn how to reinforce all structural elements (columns, walls, foundations, panels, and
beams).
Learn how to draw a complete structure.
By the end of this course, the trainee will be able to master drawing all construction
plans, all kinds of knot plans, and all kinds of base plans, in addition to learning to draw
construction.
details with perfection.
LOD 400 Architectural Modeling & Shop Drawings Using Revit
This Revit course is designed to provide participants with a …
What you'll learn
- Set up architectural models in compliance with the BIM Execution Plan (BEP).
- Produce high-detail, fabrication-ready 3D models suitable for construction and manufacturing.
- Extract precise and fully coordinated shop drawings directly from the BIM model, including details, annotations, and schedules.
- The course emphasizes real-world exercises and professional standards to equip learners for working effectively in BIM-based design and delivery environments.
Project Management using Primavera P6
This course will introduce you to using the Primavera program …
What you'll learn
Providing participants with the skills of preparing, implementing, managing and
analyzing projects.
Study and analyze the project life cycle, starting from planning and starting the project
to implementation, monitoring, control and closure.
Mastering the use of Primavera and learning the advanced options and tools that the
program provides.
Learn the most important skills for advanced resource management and project
management.
Learn to monitor project progress and communicate with team members.
Structural analysis using Etabs & Safe
This course provides a comprehensive practical training designed to empower …
What you'll learn
Master ACI Standards: Apply $ACI\ 318$ and $ASCE\ 7$ codes confidently in structural design projects.
Advanced Modeling: Build accurate 3D structural models using ETABS.
Structural Elements Design: Design columns, beams, and shear walls, and interpret analysis results professionally.
Slab & Foundation Design: Utilize SAFE software to design various types of slabs and foundations.
Lateral Load Analysis: Define and assign wind loads and Diaphragms to ensure building stability.
Result Verification: Validate software outputs using PROKON and manual check methods.
Deliverable Preparation: Generate and prepare DXF files for final structural engineering drawings
Interior Design using 3Dsmax
Interior Design using 3Ds Max Course Outline 3ds Max is …
What you'll learn
3ds max vray basics and interior design basics for beginners.
Understand the psychology, goals and thinking type of an interior designer.
How to first create and design interior elements and render them using a vray device to
get photorealistic images.
A professional 3ds max way to work with shortcut keys step by step on how to start and
finish an interior design project.
Learn the software and tools the way they are typically used to prepare people to get
started in the interior design process .
How to show your interior designs for finishes, decor and furniture in a professional way
through realistic 3D designs that mimic nature.
Modeling on the 3DS, V-RAY, Rendering and MAX.
How to use 3D Studio max to design and apply materials, add lights and cameras, display
still images, and animate architectural or interior scenes. Scenes can be imported from
any
program in 3D or 2D format and completely designed in .
Free
What you'll learn
Temporary Works Methods and Design Course Content:
1.Introduction to Temporary Works
Overview of Temporary Works (TWs)
Key parties involved and their responsibilities.
Procedures and protocols
2.Temporary Works Coordination
Roles of the Temporary Works Coordinator (TWC), Supervisor (TWS), and Designer (TWD)
Coordination among involved parties
3.Common Temporary Works Solutions and Systems
Overview of frequently used systems (Doka, PERI, MILLS, etc.)
4.Loading and Standards in Temporary Works
Handling concrete,
Construction Loads,
Wind Impact,
And Moving Equipment (MEWPs)
5.Temporary Works Modelling and Analysis
Using software for force calculations (shear, moments, deformation, stresses)
6.TWD Drawings and Reports
Format,
Risk Assessments,
And Key Report Sections
7.Design Categories and Risk Classifications
Defining Design Categories (1-4)
Risk Classes (Low, Medium, High)
Identifying Risks and Risk Assessment.
8.Formwork (Columns, Beams and Walls) and Slabs Soffit Work Design
Design of Double-Sided Formwork,
Single-Sided Formwork,
And Slabs Soffits.
9.Scaffolding and Falsework Design
Access Scaffolding,
Falsework, and Load-Bearing Towers.
10.Propping and Back-Propping
Key concepts and assumptions in propping
And de-propping requirements.
11.Platform Types and Design
Access platforms.
Working platforms.
12.Introduction to Timber Design
Timber strings,
Plywood, and boxouts.
13.Tower Crane Foundation Design
14.Anchoring and Lifting Solutions
15.Introduction to Rebar Stability
16.Special Cases in Temporary Works
