Bright Computer Education�s Solid Edge Certification program equips you to become a proficient 3D modeling expert with a competitive edge. Our program, led by experienced Solid Edge professionals, provides a comprehensive understanding of this powerful software, known for its unique blend of synchronous and parametric modeling. Learn to create innovative and complex designs with greater flexibility and control, streamlining your product development process.
Introduction to the Solid Edge interface, user workspace, and basic modeling tools.
Master dimensioning techniques, annotation tools, and creating detailed production drawings directly linked to your 3D models.
Master sketching, extruding, revolving, lofting, and other techniques to create complex 3D parts.
Learn to create stunning visuals and animations to effectively communicate your designs.
Explore the power of synchronous modeling for intuitive design modifications and direct manipulation of geometry.
Explore specialized tools and techniques for efficient sheet metal design and manufacturing.
Dive deeper into advanced features like sweeps, blends, shells, and fillets for intricate designs.
Gain an introduction to finite element analysis (FEA) for basic stress analysis and design optimization (additional module may apply).
Learn to create assemblies from individual parts, utilizing advanced constraints, mates, and motion simulations to analyze assembly functionality.
Apply your learned skills to design and model a complex product using Solid Edge’s synchronous and parametric modeling capabilities.
This program equips you with the skills and knowledge to confidently utilize Solid Edge for professional 3D modeling, assembly creation, detailed engineering drawings, and leverage the benefits of synchronous technology for efficient design workflows.
This course is ideal for aspiring engineers, product designers, drafters, and anyone who wants to learn how to create innovative 3D models using Solid Edge.
Solid Edge skills are in high demand across various industries, including mechanical engineering, product design, manufacturing, and prototyping.
Basic computer literacy and a strong interest in 3D modeling are recommended. Prior CAD experience is a plus, but not required.
You’ll be able to confidently design and model complex 3D parts and assemblies, create professional engineering drawings, and leverage Solid Edge’s unique functionalities to streamline your design process and bring your ideas to life.
Solid Edge is used in industries like: Automotive Aerospace Machinery Manufacturing Consumer Goods Electronics