Hands on seminar KUKASIM for KUKA robot programming

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Join us for an insightful IEEE Industry Applications Society talk and a 45-minute hands on seminar for KUKA robot programming using KUKA.Sim. 

Whether you are a seasoned professional or just starting your journey in robotics, this session will provide you with a solid understanding of KUKA.Sim’s capabilities and how it can streamline your robotic simulations and offline programming. 

What you will learn: 

Basic Interface Navigation: Get comfortable with the KUKA.Sim environment. 

Robot Model Setup: Learn how to select and configure various KUKA robot models. 

Target Teaching and Path Navigation: Understand how to set robot targets and define motion paths.  

Program Simulation and Export: View your programs in action and learn how to export them for real-world applications. 

Essential Tool and Features: Discover key functionalities that will enhance your workflow. 

Don’t miss this opportunity to kickstart your KUKA.Sim expertise and gain valuable insights into efficient robotic programming! 


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  • Deakin University
  • Geelong, Victoria
  • Australia 3216
  • Building: CADET building
  • Click here for Map
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  • Starts 25 September 2025 02:00 PM UTC
  • Ends 09 October 2025 01:00 PM UTC
  • No Admission Charge

  Speakers

Jack

Topic:

Jack Frencham

Biography:

Jack Frencham is a Mechatronics Engineering student at Deakin University with a strong interest in robotics and design. Through project-based learning, he has developed and built several autonomous robot prototypes including a robot for the 2024 Warman challenge, a pet feeder and a maze solving micromouse. He also joined the Ultrasonic Research Group at Deakin, where he collaborated with final year students on research projects and gained hands-on experience simulating and programming the KUKA KR 4 R600 robot arm using KUKA.Sim. His determination and dedication enabled the robot to perform tasks such as drawing paths, navigating wire loops, and executing pick-and-place operations. Jack is motivated to continue working with real-world robotic systems to excel in the field of robotics and design. 

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