Fusion 360 CAM Training in Coimbatore
CAM & CNC
Professional
8 Weeks · 96 hrs
F360-CAM
Master Fusion 360 CAM Training in Coimbatore with live projects, certification & 100% placement support.
Course Overview
🕑 **8 weeks**🎓 Fusion 360 CAM Professional Certification★ **4.7/5** Rated📍 Peelamedu, Coimbatore✅ 100% Placement Assistance
What You'll Master
- Complete Fusion 360 CAM training from basics to advanced
- Industry-recognized certification
- Flexible batch timings - Morning, Afternoon, Evening & Weekend
- ISO 9001:2015 certified training institute
- Hands-on practice with real-world projects
- 100% placement assistance
- Online, Offline & Hybrid learning modes
- Free course materials & lifetime resource access
Curriculum & Modules
Module 1: Fusion 360 Basics
- User interface & navigation
- Project and file management
- Units and templates
- Design workspace
- Components & bodies
- CAD, CAM, CAE and PCB concepts
- Interface tools Application bar · toolbar · browser · timeline · View Cube
- Navigation Pan · orbit · zoom
- Document settings & preferences
- Design history & parametric vs direct modelling
- Projects, folders, saving & versioning Import/export
- Cloud collaboration Data Panel · Fusion web client
Module 2: Sketching
- 2D sketch creation
- Geometric & dimensional constraints
- Construction geometry
- Project/offset geometry
- Fully constrained sketches
- Sketch geometry Line · construction line · rectangle · center & 3-point rectangle · circle · center-point & 3-point circle · arc · slot · polygon · ellipse · spline · point
- Sketch constraints Horizontal · vertical · coincident · collinear · parallel · perpendicular · tangent · equal · concentric · midpoint · symmetry · fix/unfix · curvature
- Dimensions Linear · angular · diameter · radius · driven · reference
- Advanced sketching Under-constrained sketches · offset geometry · trim · extend · break · move/copy · mirror · pattern · sketch parameters
- Sketch projects Flange · pulley · gear · bracket · bearing housing
Module 3: 3D Modeling
- Extrude & Revolve
- Sweep & Loft
- Hole
- Fillet & Chamfer
- Shell
- Patterns & Mirror
- Combine / Boolean operations
- Parametric modeling
- Thread, Rib & Web
- Press Pull, Draft & Split body
- Align, Move/copy & face editing Offset face · replace face · delete face
- Boundary fill & Thicken
- Solid modelling projects Nut and bolt · pulley · shaft · bearing block · connecting rod · mechanical bracket
Module 4: Assembly Design
- Components
- Joints & rigid groups
- Motion links
- Assembly structure
- Interference checking
- Bodies vs components Activating · component hierarchy · grounding · insert & move components
- Joint types As-Built · rigid · revolute · slider · cylindrical · pin-slot · planar · ball · parallel · perpendicular
- Joint origins & joint limits Motion relationships · contact sets
- Subassemblies Top-down & bottom-up assembly
- Assembly projects Vise · gearbox · robotic arm · bearing assembly · clamp assembly
Module 5: Surface & Advanced Modeling
- Surface creation
- Patch & Stitch
- Form/T-spline modeling
- Direct modeling
- Advanced features
- Surface bodies Extrude surface · revolve surface · sweep surface · loft surface · offset surface
- Surface editing Trim · stitch · untrim · extend · replace face
- Surface-to-solid conversion
- Tangency, curvature continuity & surface repair
- Surface projects Car mirror · bottle · product enclosure · automotive component
Module 6: Drawing & Documentation
- 2D drawings
- Orthographic & section views
- Dimensions & annotations
- GD&T basics
- Parts list
- Drawing templates
- Drawing workspace Sheet sizes · title blocks
- View creation Base · projected · section · detail · break views
- Center marks & centerlines Surface symbols · tolerances
- Balloons, notes, symbols & revision information
- Drawing export PDF/DWG output
Module 7: Fusion 360 CAM
- Manufacturing setup
- Stock definition
- Tool library
- 2D Contour
- Pocket & Face
- Drilling
- Adaptive clearing
- 3D roughing & finishing
- Simulation & verification
- Post processing
- G-code generation
- Additional 2D toolpaths Facing · slot · 2D chamfer
- 3-axis finishing strategies Parallel · scallop · contour · pencil · horizontal · spiral · morphed · steep and shallow · rest machining
- Multi-axis manufacturing 3+1 · 3+2 · 4-axis · 5-axis · tool orientation · rotary machining · multi-axis contouring · collision avoidance
- Multiple setups & machine simulation Collision checking
Module 8: CNC / VMC
- Work coordinate system
- Tool offsets
- Feeds & speeds
- Toolpath optimization
- VMC setup
- CNC program generation
- Turning / CNC lathe Turning setup · stock · turning tools · facing · roughing · finishing · grooving · threading · drilling · boring · parting · toolpath simulation
- CNC post processing NC programs · post processors · machine selection · G-code basics · M-codes · post configuration · NC file generation
- Tool lists & setup sheets CNC simulation · machine verification
Module 9: Real-Time Projects
- Mechanical components
- Brackets
- Shafts
- Fixtures
- Toys design
- Jig design
- Professional project set Mechanical bracket · gearbox · sheet-metal enclosure · CNC component · product design · complete product workflow
Module 10: Parametric Modelling & Configurations
- Design history & timeline Feature dependencies · editing previous features
- Parameters User parameters · expressions · named parameters
- Model changes & design intent Robust modelling · avoiding timeline errors
- Parent/child relationships Feature suppression · reordering features
- Multi-body modelling Derived designs · component parameters
- Configurations & design variations
Module 11: Advanced Part Modelling
- Complex lofts Guide rails · centerline lofts · sweep with guide rails
- Variable-radius fillets & face blends
- Thin features & rib structures Pattern optimization
- Patterns Circular · rectangular · path · mirror features
- Multi-body techniques & advanced feature editing Direct modelling
- Project: complete mechanical component 20+ timeline features
Module 12: Form / T-Spline Modeling
- Form environment & T-Spline fundamentals Quad topology · face · edge · vertex
- Edit Form tools Box · cylinder · sphere · torus · revolve · loft · sweep
- Insert edge, subdivide, crease & symmetry Bridge · thicken
- Convert Form to solid
- Form projects Bottle · handle · mouse · helmet · consumer-product housing
Module 13: Sheet Metal Design
- Sheet Metal workspace & sheet metal rules
- Flanges Base flange · edge flange · contour flange
- Bend, unfold & refold Bend relief · corner relief · cut
- Sheet metal holes & flat pattern Manufacturing considerations
- Sheet metal drawings
- Sheet metal projects Electrical enclosure · control panel · sheet-metal bracket · machine cabinet
Module 14: Design for Manufacturing
- Design intent & manufacturing constraints Tolerances · clearances · fasteners
- Machining & CNC design considerations
- 3D-printing considerations Minimum wall thickness · draft angles · fillet requirements
- Material selection & manufacturing cost considerations
- Design review
Module 15: Materials, Appearance & Rendering
- Physical materials & appearance library Metal · plastic · glass · rubber · wood · carbon fiber
- Material properties & appearance editing Texture · roughness · reflectivity · transparency · decals
- Render workspace & camera setup Perspective/orthographic views
- Scene settings Environment · lighting · materials · decals · depth of field
- In-canvas & cloud rendering Render resolution · image export
- Project: professional product render
Module 16: Animation
- Animation workspace & storyboard
- Transform components & exploded views
- Timeline & camera movement Component visibility · animation sequences
- Exploded assembly animation & video export
Module 17: Simulation / FEA
- Simulation fundamentals & engineering materials
- Loads, constraints & contacts
- Mesh & boundary conditions Mesh refinement
- Static stress, displacement & strain Safety factor · Von Mises stress · results interpretation
- Thermal, modal & buckling analysis
- Shape optimization & event simulation
- Simulation projects Structural bracket · beam · machine component analysis
Module 18: Generative Design
- Generative design concepts & design space
- Preserve & obstacle geometry
- Loads, constraints & manufacturing methods
- Materials, objectives & study setup
- Generate, explore & compare outcomes Manufacturing feasibility
- Additive & CNC manufacturing of outcomes Post-processing generated designs
Module 19: Additive Manufacturing / 3D Printing
- Additive manufacturing concepts FFF · SLA · MJF
- Print orientation, supports & build volume
- Slicing concepts & print preparation
- Manufacturing simulation & exporting print data
- Design for additive manufacturing
Module 20: Electronics / PCB
- Schematic design Electronic components · libraries · symbols · wires · nets · labels · connectors · power · ground · ERC
- PCB layout Board outline · component placement · routing · vias · PCB layers · design rules · DRC · copper areas · manufacturing outputs
- ECAD + MCAD PCB-to-mechanical integration · enclosure design · component clearance · PCB assembly · 3D PCB visualization
Module 21: Mesh Modelling & Collaboration
- Mesh import STL · OBJ
- Mesh repair, reduce & smooth
- Convert mesh to solid & mesh-to-BRep concepts
- Working with scanned geometry & 3D-printing workflows
- Projects, teams/hubs & permissions Sharing · version control · design history
- References & external components
- Collaboration Comments · markups · revision management · Fusion web client
Module 22: Advanced Workflows & Extensions
- Direct modelling & parametric + direct modelling
- Top-down & bottom-up design Distributed design
- Configurations & derive Insert into current design · external references
- Design templates & automation concepts API/script introduction · manufacturing templates
- Fusion extensions Advanced manufacturing · generative design · simulation · additive manufacturing · design/manufacturing automation · advanced machining · inspection
Career Roles After This Course
CNC ProgrammerCAM EngineerManufacturing EngineerProduction EngineerTooling & Process Planner
Eligibility & Certification
Prerequisites: Basic computer knowledge. Engineering / Design background (preferred but not mandatory). Enthusiasm to learn and grow professionally.
Certification: Fusion 360 CAM Professional Certification
100% practical · one system per student · real-time projects · industry-expert faculty · placement assistance across Coimbatore, Tiruppur, Erode & Salem.