skilldevelopment.cpe@lpu.co.in

What you'll learn

3D Printing revolutionizes product design by enabling rapid prototyping and customization, fostering innovation and cost-efficiency. It empowers designers and engineers to visualize, test, and refine ideas quickly, significantly reducing development time and production costs. This technology encourages creativity, supports sustainable manufacturing practices, and bridges the gap between digital concepts and functional products. The proposed course will empower participants with essential skills in additive manufacturing crucial for modern product development. Through expert-led instruction and hands-on practice, students will gain proficiency in translating digital designs into physical prototypes and understanding process optimization for improved quality and functionality. This summer course offers invaluable benefits, including practical learning experiences, networking opportunities, and career advancement prospects, positioning participants as sought-after innovators in their respective fields.Apply design considerations for developing a CAD model for 3D printing using online tools. • Prepare data (preparing error free. STL file, understanding the effect of Orientation, Slicing) for 3D printing. • Understand the effect of process parameters (how to print a part and calibrate the machine) on the printed part. • Understand the working principle of 3D printers and post-processing techniques to enhance the part quality.

  • Concept, evolution, and significance.
  • Understanding modeling principles for AM.
  • Mechanical and thermal evaluation methods.
  • Demo training on FDM technology.
  • Cleaning, curing, and finishing methods.
  • Examples of industrial and research projects.

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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.