Civil-Concrete Ideas, Solid Results
Autocad
AutoCAD is a widely used drafting and design software that helps civil engineers create precise 2D and 3D drawings for infrastructure projects. In civil engineering, it is mainly used for planning, designing, and detailing construction layouts such as roads, buildings, bridges, drainage systems, and land development projects.
AutoCAD civil course is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to AutoCAD interface and tools
Understanding coordinate systems (absolute, relative, polar)
Basic drawing and editing commands (line, polyline, circle, trim, extend, etc.)
Layer management, line types, and object properties
Dimensioning and annotations
Creating and modifying blocks
Hatching, gradients, and patterns
Layouts, paper space, and plotting (printing)
Drafting civil 2D drawings:
Site layout plans
Floor plans
Elevations and sections
Structural details (columns, beams, footings)
Road and drainage plans
Introduction to 3D modeling in AutoCAD
3D viewing tools (orbit, pan, zoom)
Modeling commands: extrude, revolve, sweep, loft
3D modeling of buildings and civil components
Terrain modeling and site grading
Surface and solid modeling
Boolean operations (union, subtract, intersect)
Applying materials and textures
Adding lighting and setting up camera views
Basic rendering and visualization techniques
Final project:
Full 2D drafting of a civil structure
3D modeling of the same structure
Plotting and preparing presentation drawings
Sketch Up
SketchUp is a 3D modeling software used widely in architecture, interior design, civil engineering, and landscape design. Known for its intuitive interface and user-friendly tools, SketchUp allows users to create accurate 3D models quickly and efficiently, making it a favorite for both beginners and professionals.
Sketchup course is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to AutoCAD interface and tools
Understanding coordinate systems (absolute, relative, polar)
Basic drawing and editing commands (line, polyline, circle, trim, extend, etc.)
Layer management, line types, and object properties
Dimensioning and annotations
Creating and modifying blocks
Hatching, gradients, and patterns
Layouts, paper space, and plotting (printing)
Drafting civil 2D drawings:
Site layout plans
Floor plans
Elevations and sections
Structural details (columns, beams, footings)
Road and drainage plans
Introduction to 3D modeling in AutoCAD
3D viewing tools (orbit, pan, zoom)
Modeling commands: extrude, revolve, sweep, loft
3D modeling of buildings and civil components
Terrain modeling and site grading
Surface and solid modeling
Boolean operations (union, subtract, intersect)
Applying materials and textures
Adding lighting and setting up camera views
Basic rendering and visualization techniques
Final project:
Full 2D drafting of a civil structure
3D modeling of the same structure
Plotting and preparing presentation drawings
Revit Architecture
Revit Architecture is a powerful Building Information Modeling (BIM) software developed by Autodesk, designed specifically for architects and building professionals. Unlike traditional CAD software, Revit enables users to create intelligent 3D models that include both geometry and non-geometric design data.
Revit Architecture course is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to Revit Architecture and its interface
Understanding the Revit workspace and navigation tools
Creating and setting up projects (units, templates, and families)
Drawing and modifying walls, floors, ceilings, and roofs
Using the Architectural Elements:
Doors, windows, stairs, and railings
Creating and editing openings
Curtain walls and glazing systems
Working with Views:
Plan views, elevation views, and section views
3D views and camera settings
Creating and managing floor plans and ceiling plans
Annotations:
Dimensioning, text, and tags
Detail components and symbols
Creating and managing schedules
Family Creation and Management:
Using and modifying Revit families (doors, windows, furniture)
Creating custom families
Using Materials and Textures for realistic rendering
Lighting and Rendering:
Applying lighting fixtures
Rendering with Revit’s internal rendering engine
Introduction to third-party rendering plugins (e.g., V-Ray)
Collaboration Tools:
Worksharing and collaboration in a team environment
Linking CAD files and other Revit models
Managing shared coordinates
Coordinating with Other Disciplines (MEP and Structural)
Project Management and Documentation:
Creating and managing construction documentation
Sheet creation and printing
Phasing and design options
Final project: Complete architectural model and documentation
Revit Structure
Revit Structure is a specialized Building Information Modeling (BIM) software developed by Autodesk for structural engineers, designed to create accurate 3D models of building structures. It allows for integrated design, detailing, analysis, and documentation of structural elements such as foundations, beams, columns, slabs, and steel/ concrete framing systems.
Revit Structure course is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to Revit Structure and its interface
Setting up a new structural project with units, templates, and families
Understanding the Revit Structure workspace and navigation tools
Creating and modifying walls, floors, roofs, beams, columns, and foundations
Designing and detailing structural slabs, floors, ceilings, steel, concrete, and timber framing
Adding structural connections (e.g., column-to-beam, beam-to-beam)
Creating and modifying foundation elements like footings, slabs, and piles
Detailing reinforcement (rebar, mesh, etc.)
Exporting models to structural analysis software and importing results
Understanding and creating custom structural families
Loading and modifying structural families (columns, beams, etc.)
Creating and managing structural views (plan, section, elevation, 3D)
Working with hidden line views and structural detailing
Setting up worksharing for multi-user environments and coordinating with other disciplines
Managing shared coordinates and importing/exporting data
Performing clash detection and resolving conflicts
Creating and managing structural schedules (steel, concrete, etc.)
Annotating drawings with dimensions, tags, and notes
Detailing structural elements like foundations, beams, and columns
Linking Revit Architecture models with Revit Structure for coordination
Basic rendering techniques for structural models, adding materials and textures
Final project: Creating a complete structural model and generating construction documentation
Revit MEP
Revit MEP (Mechanical, Electrical, and Plumbing) is a specialized version of Autodesk's Revit software designed for MEP engineers and professionals. It provides a comprehensive platform for designing, simulating, and documenting mechanical, electrical, and plumbing systems in building projects.
Revit MEP course is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to Revit MEP interface and tools
Setting up a new MEP project with units, templates, and families
Creating and modifying mechanical systems, including HVAC components
Designing and detailing ductwork, air terminals, and diffusers
Modeling plumbing systems such as pipes, fixtures, and sanitary systems
Designing and laying out electrical systems, including lighting, power, and data circuits
Integrating electrical components like panels, switches, outlets, and fixtures
Creating and managing MEP systems in 3D space
Routing and connecting mechanical, electrical, and plumbing components
Performing system analysis and load calculations for HVAC and electrical systems
Adding and modifying pipe systems, pumps, and valves
Coordinating MEP systems with architectural and structural elements
Working with worksets and collaborating in multi-user environments
Generating schedules, tags, and reports for MEP components
Creating construction documentation for MEP systems and layouts
Final project: Modeling a complete MEP system for a building and generating detailed documentation
3DSMAX
3ds Max, developed by Autodesk, is a comprehensive 3D modeling, animation, and rendering software widely used in industries such as architecture, gaming, film, and product design. It provides powerful tools for creating detailed 3D models, visualizations, and animations. Known for its user-friendly interface and flexibility, 3ds Max is often used for creating realistic architectural renderings, 3D visualizations, character modeling, and animations.
3DSMAX course is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Basic navigation tools and viewport management
3D modeling techniques: polygonal, NURBS, and spline modeling
Creating and editing basic 3D shapes (boxes, spheres, cylinders, etc.)
Advanced modeling tools: modifiers (extrude, bevel, etc.), compound objects, and editable poly
Texturing and UV mapping: applying materials, textures, and maps
Lighting techniques: creating and editing lights, shadows, and lighting setups
Camera creation and management for different views and perspectives
Introduction to the Arnold and V-Ray rendering engines
Setting up and fine-tuning renders for high-quality output
Creating realistic materials with reflection, refraction, and bump maps
Rigging and animating objects: keyframes, controllers, and simple animations
Character modeling and rigging basics (bones, skinning)
Particle systems and effects: creating smoke, fire, and other special effects
Post-production and compositing basics within 3ds Max or external software
Final project: Creating a fully rendered 3D scene with modeling, texturing, lighting, and animation
VRAY
V-Ray is a powerful rendering engine developed by Chaos Group, widely used for producing photorealistic images and animations. It integrates seamlessly with 3D software like 3ds Max, SketchUp, Revit, Maya, and Rhino, making it a top choice for architects, interior designers, product visualizers, and VFX artists.
VRAY is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Intro to V-Ray interface
V-Ray material creation
Lighting with V-Ray lights & HDRI
Render settings (quality & speed)
Final realistic render project
Lumion
Lumion is a real-time 3D rendering software used primarily by architects, interior designers, and landscape professionals to create stunning visualizations of their designs. It allows users to transform 3D models into photorealistic images, videos, and immersive walkthroughs quickly and easily.
Lumion is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to Lumion interface and navigation
Importing 3D models from SketchUp, Revit, ArchiCAD, etc.
Applying and customizing materials from the Lumion library
Placing objects like furniture, people, vehicles, and plants
Setting up camera views and scene composition
Working with natural elements: terrain, water, skies, and weather
Lighting techniques: sun, artificial lights, and global illumination
Using Lumion effects for photo and video enhancement
Creating animated walkthroughs and flythroughs
Rendering high-quality images, videos, and 360 panoramas
Managing layers and organizing complex scenes
Optimizing performance for large-scale projects
Real-time rendering tips and best practices
Final project: complete visualization of an architectural scene
Primevera
Primavera is a high-performance project management software developed by Oracle, widely used in construction, engineering, manufacturing, and infrastructure industries. It specializes in project planning, scheduling, resource management, and risk analysis, making it ideal for managing large-scale, complex projects.
Primevera is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to Primavera and project management fundamentals
Navigating the Primavera P6 interface and workspace
Creating a new project and setting project parameters
Creating and organizing the Work Breakdown Structure (WBS)
Adding, editing, and organizing project activities
Defining relationships and dependencies (Predecessors & Successors)
Setting up and managing project calendars
Assigning resources and costs to activities
Creating and using activity codes and roles
Baseline creation and comparison for project tracking
Updating and monitoring project progress
Generating reports and dashboards
Managing multiple projects and program-level planning
Risk and issue management
Final project: planning, scheduling, and tracking a complete project
Quantity and estimation
Quantity Surveying and Estimation is a critical part of construction project management that involves calculating the quantities of materials, labor, and other resources needed for a project, as well as estimating the overall cost. It ensures accurate budgeting, cost control, and efficient use of resources from the planning stage to project completion.
Q&E is designed for beginners and helps CAD Professionals improve their skill sets, Basic Understanding of Engineering design, and formal Education(ITI/Diploma/ Degree)in a relevant engineering stream.
Introduction to quantity surveying and estimation
Types and methods of estimation (detailed, approximate, preliminary)
Study of drawings and specifications for quantity takeoff
Units of measurement and standard codes (IS codes)
Preparation of abstract sheets and measurement sheets
Calculation of quantities for earthwork, concrete, brickwork, plastering, etc.
Rate analysis of materials, labor, and machinery
Preparation of Bill of Quantities (BOQ)
Cost estimation and budgeting
Material and labor requirement planning
Tendering process and types of contracts
Valuation and cost control techniques
Use of estimation software (e.g., MS Excel, AutoCAD Quantity Takeoff, CostX)
GST, overheads, contingencies, and profit calculations
Final project: full estimate and BOQ for a residential/commercial building
MS Project
Microsoft Project is a widely used project management software developed by Microsoft, designed to help professionals plan, schedule, execute, and track projects effectively. It allows users to create detailed project plans, assign tasks, allocate resources, define timelines, and monitor progress in real-time.
Basic project management knowledge, familiarity with Microsoft Office tools, understanding project planning concepts, resource management, and basic computer skills.
Introduction to Microsoft Project interface and navigation
Creating and setting up a new project
Defining project tasks, durations, and dependencies
Organizing tasks into phases and creating a Work Breakdown Structure (WBS)
Assigning resources (people, equipment, and materials) to tasks
Resource leveling and managing resource allocation
Creating and managing project timelines using Gantt charts
Setting up project milestones and critical path analysis
Cost management and budget tracking
Tracking project progress and updating tasks
Managing project risks and constraints
Generating reports and dashboards for project tracking
Printing and sharing project plans and schedules
Using advanced features: recurring tasks, task priorities, and filters
Final project: Creating, managing, and tracking a complete project plan