Solid Edge Advanced Techniques course is offered online or at the PROLIM, Cincinnati, Ohio.
Course Overview
Duration: 3 Days
Format: Online or In-Person at PROLIM, Cincinnati, Ohio
Target Audience: New-to-Intermediate Solid Edge users looking to improve their productivity by mastering advanced part modeling, assembly techniques, and data management.
Course Curriculum
Day 1
- Lesson 1: Advanced Modeling (Review of Part Modeling – Breakdown of a part)
- Lesson 2: Advanced Part Modeling (Swept Protrusion – Lofted Protrusion)
- Lesson 3: Surfacing
Day 2
- Lesson 4: Surfacing – continued
- Lesson 5: Modeling a cast part – Hand-on Activity
- Lesson 6: Variable Tables
- Lesson 7: Family of Parts
- Lesson 8: Singular Part Copy
- Lesson 9: Adjustable Parts
- Lesson 10: Advanced Sheet Metal
Day 3
- Lesson 11: Advanced Assemblies
- Lesson 12: Interference Checking
- Lesson 13: Sensors
- Lesson 14: Duplicate Parts (Duplicating parts within ASY – Close Components – Alternate Assemblies)
Course Objectives
- Master advanced Solid Edge modeling techniques including sweeps, lofts, and surface design.
- Streamline design processes with the use of variable tables, family of parts, and part copies.
- Gain proficiency in advanced sheet metal and assembly creation techniques.
- Learn to effectively manage design verification, animation, rendering, and data management.
- Expand knowledge of the Solid Edge environment with advanced tools like XpressRoute for tubing and piping.
Course Delivery
- Experienced Trainers: Delivered by industry experts with years of experience in advanced Solid Edge design.
- Interactive Learning: A combination of lectures, demonstrations, and hands-on exercises to ensure a comprehensive understanding of advanced techniques.
- Real-World Applications: Practical exercises and case studies to demonstrate how advanced modeling techniques are applied in real-world design scenarios.
Course Benefits
- Develop advanced skills to handle complex parts and assemblies with confidence.
- Learn techniques that streamline your design processes, helping you work faster and smarter.
- Improve your ability to design a variety of parts, including sheet metal, machined, cast, and plastic parts.
- Boost your career prospects in product development, advanced manufacturing, and engineering by mastering advanced Solid Edge techniques.
