24.16.2. Training Platforms

• VR-based cobot simulators for student learning.

VR-based cobot simulators are virtually immersive tools that allow students to learn how to operate and interact with collaborative robots (cobots) in a simulated environment. This platform enables students to practice maneuvers and operations that they might perform in real-life scenarios without the risk of physical harm or the need for actual cobots. It is especially beneficial because it makes the learning experience interactive and engaging, enhancing the students' comprehension and retention of the skills required for cobot operation.

Imagine learning how to drive a car using a driving simulator. Just as a driving simulator provides a safe way to practice without being on the road, a VR-based cobot simulator allows students to practice programming and handling cobots in a safe virtual space.

• Polytechnic and BTech-level lab modules with UR3/UR5 cobots.

Lab modules specifically designed for polytechnic and BTech programs incorporate UR3 and UR5 collaborative robots to provide hands-on experience for students. These modules teach students how to program, troubleshoot, and operate these robots effectively, thereby blending theoretical knowledge with practical skills. By working directly with these cobots, students can develop a solid understanding of how to apply robotics in various civil engineering contexts, preparing them for real-world situations.

Consider it similar to a cooking class where students not only learn the recipes (theory) but also actually cook in the kitchen (hands-on experience). The lab modules allow students to transition from learning about cobots conceptually to engaging with them physically, making the experience much more impactful.

• Hands-on certification from companies like ABB, KUKA, Universal Robots.

Companies such as ABB, KUKA, and Universal Robots offer hands-on certification programs that enable students to gain official recognition for their skills in operating cobots. These certifications are valuable because they are recognized in the industry and can enhance job prospects for graduates. By participating in these programs, students also gain insights into industry standards and practices, which is essential for a successful career in robotics and automation within civil engineering.

Think of obtaining a driver's license after completing driving lessons. Just as a driver's license validates your ability to drive and helps you secure job opportunities in transportation, these certifications validate a student's ability to work with cobots and improve their employability in the engineering field.

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