MechanicalIntermediate
SOLIDWORKS Analysis (Simulation)
Run static, modal, buckling and thermal studies, and learn to judge whether your FEA results can be trusted.
FEA basicsMeshingContactsModal & thermal
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Taught on SOLIDWORKSSOLIDWORKS Expert
Surfaces, sheet metal, weldments, mould tools and large assemblies. Advanced modelling for complex products — surfacing, sheet metal, weldments, mould design and top-down assemblies.
MEC-301
20 HRS · 6 MODULES
About this course
Once you can model parts and assemblies, the next step is the work that sets senior designers apart: freeform consumer-product shapes, sheet-metal enclosures that unfold correctly for laser cutting, structural weldments with accurate cut lists, and plastic parts that can actually be moulded.
This programme also covers how large, multi-designer projects are managed — top-down design with layout sketches, in-context references and performance tools for big assemblies — plus reverse engineering of existing parts from drawings and measurements.
What you'll be able to do
Model complex shapesCombine surfaces and solids for ergonomic, consumer-grade products.
Design for fabricationCreate sheet metal and weldments with flat patterns and cut lists.
Design for mouldingCheck draft, define parting lines and split core and cavity.
Lead large projectsUse top-down design and large-assembly tools with confidence.
Who it's for
SOLIDWORKS users with basic modelling skills Design engineers in manufacturing Sheet-metal & fabrication designers Product & industrial designers
Skills you'll gain
Surface modellingSheet metalWeldmentsMould toolsCSWP prep
Requirements
| Prerequisites | Working knowledge of SOLIDWORKS part and assembly modelling. |
|---|---|
| Classroom | Workstations provided at our Ahmedabad centre. |
| Online | A computer that runs the software (dedicated graphics card recommended), high-speed internet and a USB headset or speakers with microphone. |
| Certification | Certified SOLIDWORKS Professional (CSWP) exam preparation. |
Curriculum
6 MODULES · 20 HOURS · 21 TOPICS
- Multibody parts: combine, split, intersect
- Advanced sweeps & lofts with guide curves
- 3D sketches & reference geometry
- Extruded, revolved, boundary & filled surfaces
- Trim, extend, knit & thicken
- Surface-to-solid workflows
- Curvature & zebra-stripe analysis
- Base, edge & miter flanges
- Bends, K-factor & bend allowance
- Forming tools, flat patterns & DXF for laser
- Converting solids to sheet metal
- Structural members & custom profiles
- Trim/extend, end caps & gussets
- Cut lists & weldment drawings
- Layout sketches & in-context design
- Managing external references
- Large assembly mode, SpeedPak & lightweight parts
- Draft analysis, parting lines & shut-off surfaces
- Core & cavity split
- Reverse engineering from drawings & measurements
- Design automation with DriveWorksXpress
Portfolio projects
You'll finish with 3 projects modelled on real industry briefs — ready to show in interviews.
PROJECT 01
Ergonomic product housing
A handheld device shell built with boundary surfaces and checked for curvature continuity.
PROJECT 02
Structural frame weldment
Machine base frame with structural members, gussets and a fabrication cut list.
PROJECT 03
Injection mould core & cavity
Draft analysis, parting line and core/cavity split for a moulded cap.
Career outcomes
Roles this course prepares you for. Our placement team helps with portfolio reviews, mock tests and interview connections.
Senior CAD Designer
Owns complex models and design standards.
Sheet Metal / Fabrication Designer
Designs enclosures, panels and frames for fabrication.
Product Designer
Shapes consumer and industrial products.
Reverse Engineering Specialist
Recreates legacy parts as accurate CAD models.
Certification: Certified SOLIDWORKS Professional (CSWP) exam preparation. How certification works
Frequently asked questions
You should be comfortable with sketching, part features and basic assemblies. If not, start with SOLIDWORKS Professional — we can assess your level in a free demo.
It covers SOLIDWORKS Mold Tools — draft, parting lines, shut-offs and core/cavity. Full mould-base and cooling design are specialist topics beyond this course.
Yes — live classes with a real trainer, not recordings. You'll need a computer that can run the software, decent internet, and a headset or speakers with a mic so you can ask questions.
Yes. Our placement team helps every eligible student — 100% placement assistance. That means resume and portfolio reviews, mock tests and interviews, and introductions to companies that are hiring.
Keep going
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