Course overview
“Smart Robotic Production” is a 20 ECTS module for engineering professionals, focusing on designing, implementing, and optimizing robotic systems in modern manufacturing. In the Robotlab, participants gain hands-on experience with advanced technologies and methods to boost efficiency, flexibility, and innovation. The course also covers computational design principles for optimizing and customizing robotic solutions.
Professional context
In today’s rapidly evolving manufacturing landscape, there is a growing demand for engineering professionals with expertise in smart robotic production and computational design. This course prepares graduates to excel in various industries, positioning them for a range of dynamic roles, for example Robotics Engineer, Automation Specialist, Manufacturing Consultant or Research and Development Engineer.
- Key topics
- Introduction to Industrial Robotics in Manufacturing: Understanding the role of robotics in modern manufacturing, including automation principles, robotic applications, and industry trends.
- Industrial Robotics Hardware and Software: Exploring the components of robotic systems, including manipulators, sensors, actuators, and control systems. Hands-on experience with programming languages and simulation tools.
- Smart Manufacturing Concepts: Introduction to Industry 4.0 and 5.0 principles, including IoT integration, data analytics, and cyber-physical systems, and their application in robotic production environments.
- Computational Design for Robotics: Utilizing computational design principles, algorithms, and software tools to optimize robotic system performance, customization, and adaptability.
- Robotic System Integration: Techniques for integrating robotic systems into existing manufacturing processes, including design considerations, safety protocols, and human-robot collaboration.
- Advanced Robotics Technologies: Exploration of advanced robotics technologies such as collaborative robots (cobots), machine learning, computer vision, and adaptive control for enhanced production capabilities.
Target group
This course is designed for engineering professionals who want to enhance their skills in smart robotic production and computational design.
Course dates
Every Monday from 12:00 to 18:00 h. (October - January
Cost
€ 3426,33 euro
Admission
There are no specific formal prerequisites for admission, apart from your motivation and access to a laptop. However, this course is aimed at professionals with a background in engineering or related fields, so having prior knowledge of basic engineering principles or related experience would be beneficial. The course is conducted in English.
Study load
The course has a total of 20 ECTS (European Credit Transfer and Accumulation System), which equates to approximately 560 study hours over a period of 5 months. This includes time for: Interactive lectures, hands-on workshops, collaborative projects, weekly assignments and challenges.
Language
The course will be taught in English
Learning Methodology
In this course, we’re shaking things up. Get ready for a dynamic, hands-on learning experience that’s designed to keep you engaged, challenged, and inspired!
- Interactive Lectures: No boring monologues here! Our lectures are interactive, with plenty of opportunities for you to ask questions, share ideas, and get involved in discussions. We use cool multimedia tools to make concepts clear and exciting.
- Hands-On Workshops: You’ll get your hands busy in our labs. These sessions are all about doing, not just listening. You’ll work on real projects, use cutting-edge tools, and see your ideas come to life.
- Collaborative Projects: Team up with your classmates to tackle creative challenges, learning how to brainstorm, design, and build together in projects that mimic real-world professional environments
- Digital Tools and Platforms: You'll become proficient in the latest design and communication software, gaining industry-standard skills that will make you job-ready by the end of the course.
- Robot Lab and Peer Feedback: Take your ideas from digital to physical in our Robot Lab, where you’ll prototype and test designs. Plus, through peer reviews and feedback, you’ll improve your work and develop critical thinking skills for continuous growth.
What will you learn?
- You will be able to understand robotics principles and apply them effectively in manufacturing environments.
- You will gain the skills to design and implement robotic solutions tailored to specific production needs, using computational design techniques for optimization and customization.
- You will learn how to integrate smart manufacturing concepts to boost productivity and flexibility in production processes.
- You will be equipped to evaluate and optimize robotic production systems for improved performance, quality, and safety, utilizing computational tools for simulation and analysis.
- You will master industry best practices for maintaining, troubleshooting, and continuously improving robotic systems.
