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Project Manager and PLM Fusion 360 Specialist

 


Learn from the best how to use the cloud-based 3D modeling, CAD, CAM, CAE, and PCB software platform to work in a hybrid environment for product design, manufacturing, and production. This way, you'll be able to perform cloud-intensive operations such as rendering, simulations, form optimization, and generative design.

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      About the Project Manager and PLM with Fusion 360 course:

      We provide comprehensive training in the design, analysis, and mechanical manufacturing of products for various industrial sectors, complemented by this versatile Autodesk CAD package. Fusion 360 with which you can develop products from the conceptual phase to design verification and manufacturing, both with traditional tools and with digital manufacturing tools such as 3D printing.

      Career Opportunities:

      Industrial Product Design aims to conceive and develop parts and assemblies that can be manufactured industrially in large or small series and are used to perform a specific function. In the field of Industrial Design, solutions are created for everyday needs with defined functionality and aesthetics. This course will allow you to address the challenges posed by current product design for different industrial sectors within a digital framework using the most advanced technology and under the most competitive conditions. This course will provide access to various positions within public and private companies. The main positions available in these companies as Industrial Designers are: Design Engineer, Production Engineering Technician, Process Development Technician, Manufacturing Systems Engineer, and Product Manager.

      Through Cloud Talent The school connects you with more than 10,000 companies and generates job interviews and internships tailored to your professional profile. Additionally, the Cloud Talent Program gives you access to other complementary SAP certifications at no cost to enhance your qualifications.

       Duration:

      +200 Hours / 3-5 months

       Mode:

      In person
      Semi-presential
      On-line

       Prerequisites:
      Basic knowledge of computers and the Internet

      Cloud Training is an Official Autodesk Authorized Center

      Students gain official registration as technicians in a specific technology, which certifies them to practice their profession internationally. We certify our students worldwide.

       

      Official Fusion 360 Certification

      The student enrolled in Cloud Training completes the following process:
      1.- Official Autodesk training provided by an ATC center.
      2.- Unlimited practice with official Autodesk software.
      3.- Official Certification and Registration in Inventor as a Certified Professional at an Autodesk Certification Center, valid for operating in Product Design internationally.

      Syllabus

      Technical Training – Duration: 25 hours

      Unit 1 – Fusion 360 Fundamentals
      • Basic conventions and definitions.
      • Fusion 360 Interface.
      • Navigation tools.
      • Set preferences.
      • Adjust display settings.
      • Marking menu.
      • Toolbox.
      • Fusion Team.
      • Create and manage; Fusion Team.
      • Transition from Tinkercad.
      • Transition from SOLIDWORKS
      • Introduction to 3D modeling with Fusion 360.
      • Components and bodies.
      • Fundamentals of 2D sketching.
      • Sketch constraints.
      • Solid bodies by extrusion.
      • Modify solid bodies using direct design techniques.
      • Rounding edges of solid bodies.
      Unit 2 – Basic level parametric 3D modeling
      • Sketching fundamentals.
      • Sketching environment.
      • Create and modify sketch geometry.
      • Geometric and dimensional constraints in sketches.
      • Using parameters to constrain the geometry of a sketch.
      • Project geometry onto a sketch.
      • Solid bodies by extrusion. Revolving, sweeping, and lofting.
      • Create holes in a solid body.
      • Repetition of solid bodies through patterns and symmetry.
      • Roundings and chamfers.
      • Emptying (shell).
      • Departure angle.
      • Combine solids through Boolean operations of union, difference, and intersection.
      • Assign materials and appearances.
      • Create an analysis section.
      Unit 3 – Basic level sets and planes
      • Set up a collaborative project.
      • Manage access to the project.
      • Collaborate with project members on an assembly.
      • Creating components in a distributed design.
      • Duplicate components in a distributed design.
      • Create components.
      • Import and edit geometry.
      • Construction geometry.
      • Solid bodies and components.
      • Assemblies and unions.
      • Study of basic level mechanical movements.
      • Preparation of plans.
      Unit 4 – Advanced level assemblies
      • Introduction to assemblies.
      • Differences between bodies and components.
      • Elements of an assembly.
      • Workflow with assemblies.
      • Internal components.
      • Referenced external components.
      • How to upload files to Fusion 360.
      • How to insert components into the active layout.
      • Break links of referenced components.
      • Deleting referenced designs in Fusion 360.
      • Working in offline mode Introduction to unions.
      • Union parameters.
      • Rigid, revolution, sliding, cylindrical, pole, slot, flat and ball.
      • Editing the parameters of a union.
      • Union as is
      • Origin of the union
      • Rigid group
      • Animation Unions
      • Movement link
      • Contact sets
      • Study of movement
      • Edit in situ
      • Default edit-in-place settings.

      Specific Training - Duration: 120 hours

      Unit 1 – Advanced level sketch
      • Introduction to Sketch.
      • Sketch environment.
      • General flow.
      • Creation of 2D and 3D Sketches.
      • Definition and references of a sketch.
      • Geometric entities: Point, line, rectangle, circle, ellipse, polygon, arc of a circle, and ellipse.
      • Conic and Spline Curves.
      • Fit curves to mesh selection.
      • Symmetry, rectangular and circular pattern.
      • Project and intersect.
      • Include 3D geometry.
      • Project onto surface.
      • Intersection curve.
      • Dimensional restriction.
      • Rounding and chamfering.
      • Trim, extend, split, scale, offset, and insert.
      • Constraints, Canvas, SVG, DXF and save as DXF.
      Unit 2 – Advanced level parametric 3D modeling
      • Introduction to parametric 3D modeling through solid figure operations.
      • Types of Tools.
      • New component.
      • Derive, extrude, revolve, sweep, and loft.
      • Rib, net, embossing, hole and thread.
      • Square, cylinder, sphere and toroid.
      • Coil and pipe.
      • Rectangular, circular pattern, on a curve and symmetry.
      • Thicken and fill contour.
      • Create base operation, search operations and fluid volume.
      • Push and pull.
      • Edit face.
      • Fillet and chamfer.
      • Pouring, demolding, scaling and combining by boolean.
      • Offset face, replace face, split face and body, silhouette split.
      • Move, copy, align and delete.
      • Housing for electronics.
      • Organize.
      • Eliminate operations and faces.
      • Replace with primitives.
      • Physical material and appearance.
      • Manage materials.
      • Convert.
      • Change parameters.
      • Calculate everything.
      • Context menu for the bodies folder.
      • Context menu of a body.
      • Context menu of the main component.
      • Context menu of a child component.
      • Timeline context menu.
      • Construction of planes, axes and points.
      • Measure, interference and validate.
      • Curvature analysis, zebra stripes and draft angle.
      • Curvature map analysis, ISO curves, accessibility, minimum radius, section and center of mass Insert derivation, decal, background canvas, T-Spline and mesh.
      Unit 3 – Advanced level assemblies
      • Introduction to assemblies.
      • Differences between bodies and components.
      • Elements of an assembly.
      • Workflow with assemblies.
      • Internal components.
      • Referenced external components.
      • How to upload files to Fusion 360.
      • How to insert components into the active layout.
      • Break links of referenced components.
      • Deleting referenced designs in Fusion 360.
      • Working in offline mode Introduction to unions.
      • Union parameters.
      • Rigid, revolution, sliding, cylindrical, pole, slot, flat and ball.
      • Editing the parameters of a union.
      • Union as is.
      • Origin of the union.
      • Rigid group.
      • Animation unions.
      • Movement link.
      • Contact sets.
      • Study of movement.
      • Edit in situ.
      • Default edit-in-place settings.
      Unit 4 – Design Documentation
      • Introduction to Drawing.
      • Workspace access panel; Drawing.
      • Browser interface, definitions and elements.
      • Document settings.
      • Configuration of plans.
      • References.
      • Default workspace settings; Drawing.
      • Base view, projected view, section, detail and cut.
      • Create sketch; Sketch tab.
      • Move, rotate and delete.
      • Axis, center mark and center mark pattern.
      • Edge extension.
      • Coordinate dimension, linear, aligned, angular, radius dimension, diameter, baseline and continuous.
      • Organize dimensions and dimension cutting.
      • Text, note, guideline note, hole, thread and fold.
      • Surface texture, tolerance frame, reference identifier and weld symbol Insert images.
      • Automatic table, custom, parts list, reference number, change numbering and align reference numbers.
      • Folding table and fold identifier.
      • Export, title block, attributes and borders.
      • New custom drawing template.
      Unit 5 – Polygonal surfaces and meshes
      • Introduction to Surfaces
      • Surface tab
      • Derive, extrude, revolve, sweep, and loft
      • Contour, ruled and offset surface
      • Rectangular prism, cylinder, sphere, toroid, coil and pipe
      • Rectangular, circular and curved pattern
      • Symmetry
      • Thickening and filling contour
      • Push and pull
      • Edit face
      • Fillet and Chamfer
      • Crop, uncrop, and lengthen
      • Sewing and unstitching
      • Merge, invert normal, and scale
      • Dividing faces and bodies
      • Convert and validate
      • Introduction to Tspline Shapes
      • Shape tab
      • Polygonal modeling
      • Introduction to meshes
      • Mesh tab
      • Insert mesh
      • Triangular
      • Create mesh section sketch
      • Create base mesh operation
      • Repair, reduce and convert mesh.
      Unit 6 – Sheet metal
      • Introduction to Sheet Metal.
      • Concepts on sheet metal bending.
      • Sheet metal tab.
      • New component.
      • Eyelash.
      • Fold.
      • Convert into sheet metal.
      • Create a flat pattern.
      • Deploy.
      • Sheet metal rules.
      • Limitations of sheet metal design in Fusion 360.
      • Plans with sheet metal.
      Unit 7 – Working with imported geometry and generative design
      • Importing geometry from Autodesk and non-native applications.
      • Editing non-native imported geometry.
      • Contact types for simulation.
      • Definition of materials and properties.
      • Principles of meshing models for simulation.
      • Simplification of models for finite element analysis.
      • Generative design.
      • Shape optimization vs generative design.
      • Access generative design in Fusion 360.
      Unit 8 – Simulation
      • Thermal study.
      • Shape optimization.
      • Frequency study.
      • Structural buckling.
      • Injection molding.
      • Cooling of electronics.
      • Thermal stress.
      • Nonlinear static study.
      • Event simulation.
      Unit 9 – Product Design Extension
      • Product Design Extension Overview.
      • Assign plastic rules to components.
      • Managing plastic rules in a design.
      • Adding protrusions to solid bodies.
      • Adding snap fits to solid bodies.
      • Adding souls and nerves to solid bodies.
      • Add geometric patterns to solid bodies.
      • Identify manufacturing problems through design advice.
      Unit 10 – Machining
      • Starting a milling project
      • Milling setup
      • Milling Basics
      • Adaptive compensation trajectory
      • Cashiers with adaptive cleaning
      • Simulate the trajectory Inspect the features
      • Contour milling
      • Derived trajectories
      • Chamfer milling
      • Point drill holes.
      • Drill holes.
      • Set up the second side.
      • Copy paths.
      • NC Program.
      • NC Program – Post Processing.
      • NC Program – Setup Sheet.
      • Starting a lathe project.
      • Lathe setup.
      • Basic concepts of turning.
      • Roughing of turning profile.
      • Turning finish.
      • Tool library.
      • Turning groove.
      • Turning thread.
      • Rotating part.
      • NC Program – Post Processing.
      Unit 11 – Machining Extension
      • Steep and shallow strategy.
      • Steep and shallow – Notch machining (3 axis).
      • Steep and Shallow – Notch Machining (5 Axis).
      • Steep and shallow – Optimized passes.
      • Hole recognition.
      • Rotational strategy.
      • Rotary – Collision Avoidance.
      • 3D contour multi-axis trajectory.
      • 5-axis flow path.
      • Chip path.
      • Multi-axis contour path.
      • 5 axes: collision avoidance.
      • 5 axes: advance and tilt.
      • 5 axes: from the curve.
      • 5 axes: For bending.
      • 5 axes: from the point.
      • 5 axes: Ready.
      • Path clipping: polygon limitation.
      • Path clipping: limitation by plane or boundary.
      • Path clipping – splitting.
      • Change tools.
      • Delete passes.
      • Move entry positions.
      • Probe geometry.
      • Inspect surface.
      • Alignment of parts.
      Unit 12 – 3D Printing
      • Getting your bearings in Fusion 360.
      • Solid and parametric modeling focused on additive manufacturing.
      • Shape modeling.
      • Design considerations for additive manufacturing.
      • Additive FFF 3D printing.
      • Additive FFF support structures.
      • Additive FFF print settings and body presets.
      • Additive Service Level Agreement.
      FINAL PROJECT
      • Course Review.
      • Case Study.
      OFFICIAL CERTIFICATION
      • Seminar on preparing exam-type questions.

      Subsidized Training for Companies

      Cloud Training as an entity registered with code 16753 in the State Registry of Training Entities, Manages and teaches courses within the Company-Programmed Training initiative, Vocational Training for Employment, in accordance with the provisions of Law 30/2015, of September 9.

      Cloud Training helps you check your company's credit amount for this year, free of charge.