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SYLLABUS

The SOLIDWORKS Workshop 2024 is scheduled from August 28 to 30, with registration open from August 22 to 27, 2024, and a fee of ₹350 for all students. The workshop covers draughting principles, machine drawing, technical drawing interpretation, and includes hands-on training in SolidWorks, assembly, surface modeling, and structural analysis. Participants will need a compatible laptop with specific system requirements including a minimum of 8GB RAM and a suitable graphics card.

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Manthan Alandkar
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24 views2 pages

SYLLABUS

The SOLIDWORKS Workshop 2024 is scheduled from August 28 to 30, with registration open from August 22 to 27, 2024, and a fee of ₹350 for all students. The workshop covers draughting principles, machine drawing, technical drawing interpretation, and includes hands-on training in SolidWorks, assembly, surface modeling, and structural analysis. Participants will need a compatible laptop with specific system requirements including a minimum of 8GB RAM and a suitable graphics card.

Uploaded by

Manthan Alandkar
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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SOLIDWORKS WORKSHOP 2024

REGISTRATION: Start- 22/08/2024 – End- 27/08/2024; 23:59 IST


WORKSHOP DATE: 28th, 29th, 30th Aug
COURSE: SAE BAJA SOLIDWORKS WORKSHOP 2024
COURSE FEES: ₹350 (for VIT as well as non-VIT students)
DURATION OF COURSE: 9 HOURS

COURSE OUTCOMES:
- Gain a thorough understanding of draughting principles and their application in industrial practices.
- Develop practical skills in Machine Drawing through hands-on experience.
- Acquire foundational knowledge necessary for advancing to Computer Graphics.
- Enhance the ability to interpret and create technical drawings, crucial for engineering and industrial design.

COURSE SCHEDULE:

DAY 1:
1.Introduction to SolidWorks and Sketching
Getting Started, Command Manager, Design Tree, Task Pell, Bread Crubs, Units and Dimension Standard, Starting
New Document, Sketching terms, Drawing various geometrical entities, Save & File Extension, Smart Dimensions,
Editing and modifying tools (Trim & Extend, Convert Entities, Offset, Mirror, Pattern, Move Sketch), Adding
dimensions to sketches, Geometrical Constraining

2. Part Modelling
Features: Extruded Boss/ Base & Extruded Cut, Revolved Boss/ Base & Revolved Cut, Fillet, Hole, Pattern, Mirror.
Swept & SW Cut, Loft & Lofted Cut, Boundary Cut, Material Assign, Mass Properties
DRS, Combine Operation, Wrap, Dome, Free Form, Deform, Split Body
Drawing, Library features: Creating Library Feature, Editing the Library Feature, Using Feature in a Part, Dissolving the
Library Feature

DAY 2:
3. Assembly
Insert Components, Mates, Advance Mates, Exploded View

4. Surface Modelling
Extruded Surface, Revolved Surface, Trim, Untrim, Knit, Fillet, Swept, Loft, Fill, Boundary Surface & Planner Surface,
Offset, Project Curve, Extent, Delete Face, Delete Body, Helix, Point, Axis, Split Body, Thicken, Mid-Surface

DAY 3:
5. Simulation-Structural Analysis
Introduction to Simulation, Different types of Simulation, Basics of Finite Element Analysis, FEA Process, 2D Analysis:
Plane Stress, Plane Strain and Axisymmetric Analysis, Analysis of thin walled components (using Shell Elements),
Static Analysis,
Solid Components and their analysis.
System Requirements:

Processor: 3.3 GHz or faster, Intel® Core i5, i7 or equivalent AMD®


Operating System: Windows® 11 and 10
Memory: 8GB or more is required
Hard Drive: Standard or Solid State Drive (SSD) > 250GB, keeping 10% drive capacity free space
Laptops with Dedicated/suitable Graphics Cards

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