This webinar will provide a comprehensive overview and live demonstration of various manufacturing process simulation technologies used in academic research and industrial product development. Participants will gain insights into how simulation tools can be applied to analyze, optimize, and validate manufacturing processes before physical production, reducing development time and cost while improving product quality.

Manufacturing Processes to be Demonstrated

• CNC Machining Simulation
• Casting Simulation
• Forging Simulation
• Extrusion Simulation
• Rolling Simulation
• Drawing Simulation
• Sheet Metal Forming Simulation
• Heat Treatment Simulation
• Powder Compaction Simulation
• Injection Molding Simulation
• Additive Manufacturing Simulation
• Welding Simulation
• Composite Manufacturing Simulation
• Semiconductor IC Packaging Simulation

Webinar Highlights

• Introduction to Manufacturing Process Simulation
• Demonstration of simulation workflows for different manufacturing processes
• Process optimization and defect prediction techniques
• Finite Element Analysis (FEA) applications in manufacturing
• Academic research opportunities using simulation technologies
• Case studies from industry and research projects
• Discussion on Digital Manufacturing, Industry 4.0, and Digital Twins

Who Should Attend

• Faculty Members
• Research Scholars (Ph.D., M.Tech., M.E., M.S.)
• Undergraduate and Postgraduate Students
• Manufacturing and Design Engineers
• Researchers interested in Computational Manufacturing

Learning Outcomes

By the end of the webinar, participants will understand how simulation can be used to:

• Analyze manufacturing process behavior
• Predict defects and product quality
• Optimize process parameters
• Reduce experimental costs and development cycles
• Support high-quality academic research and publications

Join us to explore how modern manufacturing simulation technologies are transforming research, innovation, and product development across diverse manufacturing domains.