Amol Bandgar
AutoCAD, Revit, SketchUp, 3ds Max & BIM | Real Projects + Job Ready Career Skills Now
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Amol Bandgar
Bachelors degree
/ 55 min
About your tutor
I am Amol Bandgar, a BIM Civil Engineer and professional Design Engineer with strong industry and teaching experience in Architecture, Civil, and BIM software. I specialize in training students and professionals in AutoCAD, Revit, SketchUp, 3ds Max, Lumion, and complete BIM workflows used in real industry projects. My teaching approach is simple, practical, and project-based. I believe students learn best when they work on real examples instead of only theory. In my sessions, I explain every concept step-by-step so even beginners can easily understand and start creating professional drawings and 3D models confidently. I focus on real industry applications, shortcuts, best practices, and workflow techniques that help students become job-ready quickly. Whether you are a beginner, architecture student, civil engineering student, interior designer, or working professional, I customize the training according to your learning goals. During the sessions, students will learn through live demonstrations, hands-on practice, real project examples, assignments, and doubt solving. My goal is not only to teach software but to help you understand how these tools are used in real architecture and construction projects. Many students struggle with complex software because of confusing teaching methods. My sessions are designed to make learning clear, structured, and easy to follow, so you can start building your portfolio and practical skills quickly. If you want to master AutoCAD, Revit BIM Modeling, 3D Visualization, and Architectural Design tools, I will guide you step-by-step and help you build the confidence and skills required in the industry. Book a session with me and start learning practical design skills in a simple and effective way.
Meet Amol
Amol graduated from Savitribai Phule Pune University
Expertise of your tutor
Portfolio Development
3D modeling
Upskilling
Project help
Assignment help
Exam prep
CoTutorAI modules
Summary
Podcast
Quiz
Learnings
Flashcard
Spotlight
Zero Risk Guaranteed
15-days refund
Free tutor swap
No cancel fee
1-yr validity
24/7 support
Student types for class
Architecture for beginners
Architecture for intermediate
Architecture for advanced
Amol - also provides training in
Architecture
AutoCAD
Revit
SketchUp
3D Modelling
Urban Design & Planning
Architecture concepts taught by Amol
The session was a demo of the Revit software, where a Tutor provided an overview of its capabilities. The Student, a civil engineer, expressed interest in learning Revit's structural and site design aspects. The Tutor covered fundamental concepts, structural elements, and documentation, outlining a comprehensive lesson plan for future sessions.
Revit Fundamentals: Purpose & Interface
Sheet Creation & Detailing
Project Setup: Templates & Units
Importing CAD Plans & Level Creation
Column Types: Architectural vs. Structural
Key Structural Components: Rebar & Steel
Student and Tutor worked through a physics problem involving a boulder falling from a cliff, calculating its impact velocity and the available reaction time for a tourist at the bottom, accounting for sound travel and human reaction time. The Student was assigned to practice problems from chapter 2.8 up to question 67 and begin chapter 3 for the next session.
Free Fall Kinematics: Final Velocity
Free Fall Kinematics: Time to Fall
Calculating Sound Propagation Time
Determining Available Reaction Time for a Tourist
The Student and Tutor reviewed previously assigned physics numerical homework and then delved into new problems. They practiced calculating displacement, distance, and average speed using examples from the "College Physics" textbook. The Student was assigned to complete remaining numerical problems from specific textbook sections and note down any difficulties for discussion in the next session.
Coordinate Systems in Physics
Distance Traveled
Displacement and its Magnitude
Calculating Average Speed
The session reviewed concepts from Chapter 1, including approximation, scientific notation, and significant figures. The Tutor and Student then moved on to Chapter 2, focusing on kinematics, specifically differentiating between scalar and vector quantities, and understanding distance versus displacement through problem-solving. Homework was assigned, requiring the Student to summarize Chapter 1 topics, solve two numerical problems on distance and displacement, and create a comparative table for scalar and vector quantities.
Accuracy
Precision
and Approximation
Scientific Notation
Significant Figures
Scalar and Vector Quantities
Distance and Displacement
The Student and Tutor continued their Revit architectural modeling project, focusing on refining structural elements. They correctly adjusted column levels, placed and customized both footings and PCC beds, and created bespoke architectural compound walls with specific dimensions and material. The session concluded with the placement and alignment of plinth beams, and the Tutor helped the Student troubleshoot a visibility issue in the 3D view.
Revit Model Version Compatibility & Backups
Controlling Element Levels and Visibility
Loading
Duplicating & Modifying Families
Structural vs. Architectural Walls
Creating Compound Walls
Placing and Aligning Plinth Beams
The session focused on structural steel modeling in Revit, where the Tutor demonstrated setting up grids, placing columns and beams, and applying various steel connections like miter cuts, socket cuts, and customizable bolted connections. The Student discussed their ongoing structural and civil engineering projects and future learning goals in other design software. The next session will cover staircase stirrups and advanced industrial shed connections.
Customizing Steel Connections
Steel Element Cuts & Connections in Revit
Modeling Steel Trusses with Slanted Columns
Placing Structural Columns & Beams
Revit Levels & Grids Setup
Teaching tools used for classes
Rendering Tools
BIM Software
Digital Whiteboards
Drafting tools
Technical Drawing Tools
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