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Introduction from Johnson and Johnson

Hear Hani Abouhalka, company group chairman for the surgery business at Johnson and Johnson, introduce the simulation.

Tasks in this program

Intro & Scenario
Meet your team members and learn about your project goals.
Your role
  • You'll analyze and troubleshoot control code within a robotic surgical arm to diagnose performance issues and identify areas for improvement.
  • Implement solutions to optimize the precision, responsiveness, and reliability of robotic systems.
  • Collaborate with a design specialist to evaluate diagnostic findings and propose targeted design modifications that enhance system functionality.
  • Document your findings and recommendations in a structured, professional format to support the development of safer and more effective surgical devices.
Your goal
  • Gain hands-on experience diagnosing and resolving control system challenges in robotic surgical devices.
  • Sharpen your skills in optimizing control code to improve the performance of advanced robotic systems.
  • Learn how to analyze robotic designs and confidently propose targeted improvements that drive real-world results.
  • Develop expertise in documenting technical findings and recommendations for professional engineering contexts.

Reviews

Over 2100
5 Star Reviews
"“Simulation helps us understand real-life situations in a safe and easy way. I like simulation because it improves learning, decision-making, and practical skills.”"-- Student from MIT Academy of Engineering
"This simulation provided a realistic hands-on experience in robotics control system diagnostics and design optimization. I particularly liked how the tasks combined Python-based troubleshooting, response-time analysis, and engineering design improvements in a practical surgical robotics scenario. The annotated visuals and simulation workflow made i..."-- Student from Pranveer Singh Intstitute Of Technology
"I liked how the simulation provided a real-world understanding of robotic arm diagnostics and optimization. It helped me improve my problem-solving, troubleshooting, and analytical skills while working with control systems and performance issues. I also liked learning how software and hardware work together to improve the robotic arm’s reliability..."-- Student from Parul University
"I liked how the simulation provided a realistic experience of diagnosing robotic arm issues and improving system performance using practical engineering solutions."-- Student from Vellore Institute of Technology
"The program’s hands-on approach with realistic tasks and clear guidance helped me understand robotic control systems better. Using Python for simulations made it practical and engaging."-- Student from My institution is not listed
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