SolidWorks CAD CAE CAM Technical Office Specialist
SolidWorks is a comprehensive computer-aided CAD-CAE-CAM system that allows us to design, develop, manufacture, and manage all types of products in different industrial sectors, following a concurrent engineering strategy due to its ease of use, optimal performance, and consistent 3D design capabilities. The objective of the SolidWorks Industrial Designer specialty is to train design professionals to efficiently create and manufacture cutting-edge products.
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About the SolidWorks CAD-CAE-CAM Technical Office course
We will provide personalized training and technical support throughout a comprehensive course on design, analysis, and manufacturing, so you can learn to create products for any industrial sector. We will assign you a license with the latest version and all the course add-ons. You can also register for the Official Community. MySolidWorks. This course is aimed at students and professionals in the industrial sector interested in learning how to efficiently design, develop, and manufacture products. SolidWorks is a comprehensive MCAD/CAE/CAM/PDM system for designing, developing, manufacturing, and managing all types of products in different industrial sectors, following a concurrent engineering strategy. MCAD (Computer-Aided Mechanical Design) tools are used to parametrically model products in three dimensions. CAE (Computer-Aided Engineering) applications allow us to perform all types of mechanical strength calculations. CAM (Computer-Aided Manufacturing) systems are used to plot cutting paths on three-dimensional models and translate all the parameters defined for a specific manufacturing process into different CNC (numerical control) languages. The PDM (Product Data Management) system is responsible for storing and organizing all the information generated during the process.
With SolidWorks, you'll see how your productivity increases when designing, developing, and manufacturing a product. You'll learn to model any object or product in 3D using parameterized methods, using different vector drawing strategies; by merging results, using multibody techniques, or by tracing wireframe objects and surfaces. You'll create drawings. You'll create the core and cavity for developing injection molding tools. You'll also learn to model and unfold sheet metal parts and assemblies using cold forming. You'll design welded structures. You'll create simulations of mechanical motions. You'll conduct mechanical strength studies—linear static, nonlinear, dynamic, fatigue, and thermal—and you'll design metalworking products—machines and tools—following a concurrent engineering strategy.
Duration:
Mode:
Prerequisites:Official Certification
Students gain official registration as technicians in a specific technology, which certifies them to practice their profession internationally. We certify our students worldwide.
Job opportunities
One of the most in-demand professions both nationally and internationally, Industrial Designers acquire the ability to develop their work in a variety of ways, including design studios, consulting firms, technical offices, R&D departments, marketing, and product development. This highly versatile professional profile combines technical and creative skills, making this profile highly sought-after in the labor market, allowing them to quickly find quality employment in the business world or in the research sector. Training in Industrial Design allows for design, analysis, and manufacturing work in the main sectors of the metal, naval, automotive, aerospace, and woodworking industries.
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.
Syllabus
Essential SolidWorks Concepts
- Interface and 2D sketches.
- Modeling of mechanical parts by fusion of results.
- Assemblies.
- Preparation of plans.
- Settings.
- Design tables.
Unit 1 – Parametric 3D modeling of mechanical parts, advanced level
- Interface.
- Advanced level 2D sketch.
- Advanced level 2D sketch-based figure operations.
- Advanced parametric 3D modeling of mechanical parts by results fusion.
Unit 2 – Mechanical assemblies, configurations and manufacturing drawings
- Advanced level assemblies.
- Parametric 3D modeling in the context of the assembly; External references.
- Equations, part and assembly configurations, design tables.
- Preparation of advanced level manufacturing plans.
Unit 3 – Multi-body solids
- Introduction to multi-body solids and matrices.
- Multi-body equations and configurations.
- 3D modeling techniques using multi-body solids.
- 3D modeling of products in part context using multi-body solids.
Unit 4 – 3D Sketches, Sweeps, Overlays, and PhotoView360
- 3D sketch.
- Advanced modeling techniques using sweeps and overlays.
- Scenes, lights and cameras.
- Product presentation render with PhotoView360.
Unit 5 - Surfaces
- Parametric 3D modeling of components through wireframes and surfaces.
- Commands for constructing curves and surfaces in space.
- Plotting curves on raster images and from point clouds.
- 3D model quality. Curvature and geometric continuity analysis.
Unit 6 - Core and Cavity; Molding Tools
- Mold tools.
- Direct design
- Analysis of demolding and rescaling of plastic components.
- Disconnection, separation and locking surfaces Core and cavity.
Unit 7 – Sheet metal
- Introduction to Sheet Metal.
- Sheet metal parameters and gauges.
- 3D modeling, development and drawings of folded sheet metal components and assemblies, fold by fold.
- 3D modeling, development and drawings of folded sheet metal components from solid bodies.
- Stamping and forming. Sheet metal forming tool.
Unit 8 – Welded parts
- Introduction to Welded Parts.
- 3D modeling and drawings of welded and bolted structures.
- Cut and property lists.
- Create and manage custom profiles.
Unit 9 – SolidWorks Motion
- Simulation of mechanical movements with SolidWorks Motion.
- Animation, basic movements and motion analysis.
Unit 10 – SolidWorks Simulation
- Analysis and simulation. Finite element calculations with SolidWorks Simulation.
- Linear, nonlinear and dynamic static studies.
- Thermal studies.
- Buckling and fatigue.
- Resistance of welding beads.
Unit 11 – Technical Office
- Introduction to the Technical Office.
- Machine tool orders.
- Parametric 3D modeling of a machine tool in part and assembly context.
- Integrate design components into a standard workflow through design libraries.
- Analysis of machine tool movements Manufacturing plans.
Unit 12 – SolidWorks CAM
- Introduction to computer-aided manufacturing with SolidWorks CAM.
- 3 and 5 axis milling.
- Lathe Product data management.
- Product data management.
FINAL PROJECT
- Course Review
- Case Study
OFFICIAL CERTIFICATION
- Preparation of 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.
