Keshava Narayan
Engaging AutoCAD & Revit lessons with practical problem solving
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Keshava Narayan
Bachelors degree
Enroll after the free trial
Each lesson is 55 min
50 lessons
20% off
/ lesson
30 lessons
15% off
/ lesson
20 lessons
10% off
/ lesson
10 lessons
5% off
/ lesson
5 lessons
-
/ lesson
1 lessons
-
/ lesson
About your tutor
I hold a Bachelor of Architecture degree from CEPT University, where he was shortlisted for the best design thesis award, and a postgraduate degree from Institute for Advanced Architecture of Catalonia, where I explored the intersection between technology and the built environment. I am proficient in AEC software such as Rhino, Grasshopper, AutoCAD, Revit, and Unreal Engine, and has a keen interest in the creative and sustainable design choices in architecture. I am motivated by the challenge of integrating the digital realm with the physical world, and the potential of technology to transform the built environment.
Keshava graduated from CEPT University

Expertise of your tutor
Project help
Upskilling
Exam prep
Assignment help
Technical drafting
Student types for class
All Levels
College
None Of The Above
School
Adult / Professional
Class overview
My teaching strategies are totally based on the requirements of the students. As the learning requirements of each student are different. Generally, I explain each and every concept in the most simplified way I can, and I am also keen on listening to the students doubts and providing clarifications to them. I try to keep my students as engaged in the class discussions as I can. I also assist them with their assignments, homework, and test preparation.
Keshava - also provides training in
Revit
Rhino
SketchUp
AutoCAD

Architecture concepts taught by Keshava
The Student received guidance on accurately aligning elevations in Rhino with the site plan. The Tutor demonstrated the correct techniques for orienting elevations regardless of the site's orientation. The Student will practice these techniques and the next session is scheduled to continue refining their Rhino skills.
Resetting the CPlane
Correct Elevation Orientation in Rhino
Rotate3D Command for Elevation Alignment
Grouping Objects in Rhino
Importance of Accurate AutoCAD Drafting
Utilizing the Orient Command
The student and tutor discussed techniques for roof design and site integration within Rhino. The session included a demonstration of linking separate design and site files for efficient workflow. The student was tasked with refining their roof design and aligning elevations from AutoCAD within Rhino for the next session.
Solid Modeling & Boolean Operations
Importance of Accuracy in CAD
Rhino Integration with other Software
Referencing External Files in Rhino
Deriving Roof Slope from Height
Rhino's Surface Building Workflow
The student practiced aligning elevations to a 3D model in Rhino, focusing on precision and proper techniques. The tutor explained how to edit AutoCAD files directly within Rhino using similar commands like trim and curve. The session concluded with a discussion on next steps, including creating openings and placing blocks, with a follow-up session planned for the next day.
Elevation Placement on 3D Models
Using Rhino for Drafting
Precision and Patience in 3D Modeling
Rhino Resource Intensity
Zoom Extents Command
The Student and Tutor worked on importing a 2D elevation into Rhino and aligning it with a 3D model. The Student practiced creating openings for windows and doors and using blocks for repeatable elements. The Student was encouraged to practice the techniques learned and prepare questions for the next session, where they will continue working on the model's exterior.
Importing and Orienting 2D Elevations in Rhino
Scaling and Precision in Rhino
Boolean Operations: Union and Difference
Wire Cut for Creating Openings
Blocks for Repeatable Elements
Surface Manipulation: Splitting Faces and Adjusting Heights
Introduction to Grasshopper
The Student practiced creating and manipulating architectural elements in Rhino, focusing on facade design. They worked on creating openings for windows and doors, correcting surface issues, and using blocks efficiently. The Tutor recommended designing a complete elevation in AutoCAD before the next session to serve as a reference for modeling in Rhino.
Copying and Rotating Blocks
Boolean Difference
Blocks and Wire Cutting
Wire Cutting with Curves
Extruding Surfaces vs. Curves
Planar Surface Creation
Untrim Holes Command
The Student practiced creating arched openings and different roof styles in Rhino, including pitched and single-loop roofs. The Tutor provided guidance on using 'wire cut' and boolean difference commands, as well as layer management. The Student was asked to model the facade for the next session.
Arched Openings with Trim
Wirecut Command
Roof Design Considerations
Sub-Object Selection
Object Layer Management
Curve Boolean
Boolean Difference vs. Wirecut
Teaching tools used for classes
Assessments
Practice worksheets
Quizzes
Presentations
Digital whiteboard
Training focussed classes
Chat for quick help
Pets are welcomed
Mobile joining
Record lessons
Open Q&A

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