LPU - Lovely Professional University
What you'll learn

This summer training program provides hands-on exposure to modern product engineering by integrating 3D Printing, Finite Element Analysis (FEA), and Artificial Intelligence (AI). Participants learn the complete product development cycle—from design and simulation to prototyping and optimization—using advanced tools and technologies. The course emphasizes practical applications, enabling students to develop innovative, efficient, and performance-driven products. Learning Outcomes: By the end of the training, participants will be able to: • Understand the fundamentals of product design and engineering workflow. • Apply 3D printing techniques for rapid prototyping. • Perform FEA analysis for structural and performance evaluation. • Utilize AI tools for design optimization and decision-making.

  • Introduction to product development using CAD tools and fundamentals of additive manufacturing technologies.
  • Basic concepts of Finite Element Analysis including meshing, boundary conditions, and simple structural simulations.
  • Preparation of 3D models for printing, slicing, toolpath generation, and machine operation.
  • In-depth study of complex simulations such as nonlinear, fatigue, and thermal analysis.
  • Application of AI techniques for design optimization, along with dynamic analysis of mechanical systems.

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Dr. Akash Gupta
Associate 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.


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Dr. Vishal Francis
Associate Professor

Dr. Vishal Francis has expertise in 3D Printing using FDM technology, with a focus on design optimization, material selection, and process parameter tuning. His work emphasizes improving part quality, mechanical performance, and efficiency in additive manufacturing applications.