skilldevelopment.cpe@lpu.co.in

What you'll learn

Description:  This course is designed to: 1.Skill Enhancement: Empower participants with practical proficiency in using PTC Creo Parametric for complex design challenges. 2.Industry Readiness: Align the skillset of participants with the demands of the industry, fostering a seamless transition into professional roles. 3.Hands-On Learning: Provide an immersive, activity-based learning experience that emphasizes practical application and problem-solving. 4.Innovation and Creativity: Encourage creative design thinking and innovation through structured exercises and real-world design tasks. Learning Outcome: By the end of this workshop, participants will be able to: 1)Develop 3D parametric models and detailed assemblies using PTC Creo Parametric. 2)Create professional 2D technical drawings from 3D designs. 3)Apply advanced modeling features like sweeps, patterns, and blends. 4)Perform basic design simulations to evaluate functionality and feasibility. 5)Use CAD modeling techniques aligned with industry standards and best practices.

  • 1.Introduction to PTC Creo Parametric: Interface Navigation and Overview 2.Knowledge of Graphical user interface
  • 1.Basics of 2D Sketching 2.Constraints, Dimensions, and Basic Shapes 3.Advanced Sketching Techniques: Mirroring, Patterns, and Trimming
  • 1.Basic 3D Part Modeling: Extrusions, Revolves, and Holes 2.Advanced 3D Modeling: Patterns, Sweeps, Blends, Rounds, and Chamfers 3.Editing and Modifying Features
  • 1.Assembly Basics: Constraints, Mate, Align, and Insert 2.Ability to assemble multiple components. 3.Advanced Assembly Techniques 4.Managing Large Assemblies and Exploded Views
  • 1.2D Drafting 2.Creating Drawings from 3D Models 3.Annotations, and Dimensions
  • 1.Introduction to Basic Simulation 2.Project Work Phases I to III: Design, Modeling, Assembly, and Drafting
  • 1.Introduction to PTC Creo Parametric: Interface Navigation and Overview 2.Knowledge of Graphical user interface
  • 1.Basics of 2D Sketching 2.Constraints, Dimensions, and Basic Shapes 3.Advanced Sketching Techniques: Mirroring, Patterns, and Trimming
  • 1.Basic 3D Part Modeling: Extrusions, Revolves, and Holes 2.Advanced 3D Modeling: Patterns, Sweeps, Blends, Rounds, and Chamfers 3.Editing and Modifying Features
  • 1.Assembly Basics: Constraints, Mate, Align, and Insert 2.Ability to assemble multiple components. 3.Advanced Assembly Techniques 4.Managing Large Assemblies and Exploded Views
  • 1.2D Drafting 2.Creating Drawings from 3D Models 3.Annotations, and Dimensions
  • 1.Introduction to Basic Simulation 2.Project Work Phases I to III: Design, Modeling, Assembly, and Drafting

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Dr. Akash Gupta
Assistant Professor

Dr. Akash Gupta possesses expertise in finite element analysis (FEA), with a specialized focus on composite joints and the fatigue analysis of composite structures. His work emphasizes durability assessment, failure prediction, and performance optimization of advanced composite materials under cyclic loading conditions.