This module aims to equip students with comprehensive knowledge and practical skills in utilizing advanced Modelling software tools to conceptualize, simulate, and analyse mechatronics systems and to empower students understand the principles of system Modelling, apply various software-based modelling techniques, and critically analyse and optimize mechatronics systems, fostering their ability to innovate and solve real-world challenges in the field of Mechatronics.
1. What is AI in Mechatronics?
AI in mechatronics means embedding machine learning, deep learning, and intelligent algorithms into mechatronic systems to enhance automation, decision-making, and performance.
Examples include:
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Robotics that can learn tasks and adapt to changes.
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Predictive maintenance using sensor data.
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Smart control systems that optimize performance automatically.
- Teacher: Jean Claude NTIRANTA
ChatGPT Image Sep 22, 2025, 12_38_43 PM-min.pngThis module describes the skills, knowledge and attitude required to manage personal work priorities and professional development. At the end of this module, the trainee will be able establish personal work goals, set and meet own work priorities, and develop and maintain professional competence.
- Teacher: Jean Claude NZAYISENGA
This module is designed to provide undergraduate students with the
essential knowledge and skills necessary for conducting effective
research. It comprehensively addresses the entire research process,
from problem formulation through literature review, data collection,
analysis and writing academic reports, laying a solid foundation for
their independent research projects. By the end of this module,
students will be well-equipped to navigate the complexities of research
and apply their learning to real-world research endeavors.
- Teacher: NIYONSABA Maximilien
Ø Step into the future of engineering with this dynamic online module in Mechatronics Modelling. Designed for aspiring mechatronic engineers, this course equips you with both the knowledge and practical skills to harness advanced modelling software for conceptualizing, simulating, and analyzing complex systems. You’ll gain a strong foundation in system modelling principles, explore a variety of software-based techniques, and learn how to optimize designs for efficiency and innovation. More than just technical training, this course empowers you to think critically, solve real-world challenges, and confidently apply your skills in the rapidly evolving field of Mechatronics.
Ø Model. Simulate. Innovate — your journey in Mechatronics starts here
This comprehensive course guides you through building robust and scalable web backends using the Django framework. Learn to design database schemas, handle URL routing, and create powerful views to power your applications.
- Teacher: Javan MBONIGABA