Introduction

The Robotics lab is a place that can be used for research and training of sensors, controls, programming, and operating of robotics systems. The lab is the center for different technology fields that bring people together to create robots to perform different tasks. To have a functional robotics lab goes beyond having different robots in a single space. Before a space can be categorized as a robotics lab, all the necessary robotics lab equipment needs to be present such as hardware, software, robotics design tools, and human resources that will channel the use of the equipment.

In setting up a robotics lab in schools and at home, many people do not understand what it entails to have a standard and working robotics lab. And as a result of inadequate information, and resources, many people do run into a problem in the course of establishing a robotics lab. As this field is a growing one with a promising future, vast exposure and experience need to be acquired to set up a well-equipped lab with all the robotics training kits. As the field of science and technology is growing, having AI to get work done, educational institutions need to set up a space with all the robotics lab equipment for schools. A guide on how to set up a robotics lab will help you have a lab for your use or school.

Steps in setting up a robotics lab

To have a working robotics environment to carry out robotic engineering, you need to get the settings right in line with robotics lab equipment for the lab. In setting things up, here are some things to be done;

I. Find a suitable room for the robotics lab

The first thing that must be done is to get a perfect space suitable for the robotics lab. In getting this room, you should consider the space the robotics lab equipment will occupy. For instance, setting up a robotics lab for a school will require more than a room that can house the set of robotics training equipment for the school. The lab will be for basic training on robotics, while some other labs will be for programming. On the other hand, a robotics lab for research will not share the same features as a school, nor will the robotics lab equipment list be the same.

In a research robotics lab, a minimum of twelve robot stations will be needed, along with some demonstration stations, workstations, and equipment storage. The lab may also be required that it is fenced for security, especially that of a school to prevent accidental contact with robots and ensure students’ safety. The security fencing can also guard the lab’s environment against being intruded on and carted off the robotics lab equipment.

II. Purchase robotics lab equipment

After you have gotten a suitable room that can be converted to a robotics lab, whether you are setting up for school or research, the next important step is getting all the needed equipment. In furnishing the lab, robot training kits can be gotten to enhance the student’s basic knowledge of robotics. In sourcing for the robotics lab equipment, you should focus on the flexibility of the design you are going for, considering the space allocated for the lab. For instance, if you want a flexible lab, you can design your lab for a ceiling-mounted bus duct, having all the utilities and moveable electrical disconnects for power situated in the ceiling. With this setting, you can purchase robotics lab equipment configured on an excellent hardware environment for students’ training or research.

III. Dolang provides a one-stop service

Getting robotics lab equipment to set up a standard and up-to-date robotics lab for students to learn robotics. Dolang provides the best service to make your robotics laboratory suitable for all purposes. Dolang is an equipment manufacturer of all vocational and research training equipment to meet with your robotics lab. With Dolang, you can get sets of robotics lab equipment and a systemic vocational training lab to help students quickly learn about robotics engineering, from basic to programming and building robots. The services that this manufacturer offers are;

1. Dolang offers robotics lab schemes and sets them up for clients
2. Clients can choose different robotics training equipment with different robots, such as

• ABB robotics training
• FANUC robotics training
• KUKA robotics training
• Mitsubishi robot training
• Effort robot training

3. Dolang provides teaching materials such as textbooks, ppt, and videos that can enhance faster robotics learning.

Benefits of setting up robotics labs in schools

Having a robotics lab is not a topic that needs to be debated repeatedly. The world is expanding in technology. Students need the proper exposure at an early age to be comfortable working with machines. As a result, having a robotics lab has become part of the necessity of schools of this generation. Not only does learning robotics in schools help the student’s knowledge, but it also complements their academic curriculum. Therefore, having a space with sets of robotics lab equipment is essential in most schools of this age.   Setting up a robotics lab in schools can be of value in diverse ways.

Students apply their knowledge in a model way

Most schools have a well-established knowledge of implementing science and mathematics into their curriculum. Technology can be incorporated into the system. In doing this, schools can upgrade their IT labs and equip them with robotics lab equipment. With the robotics lab, students can learn STEM more practically and apply their knowledge in a model way.

It will improve students’ engagement in robotics studying

Teaching the students by engaging them in the robotics lab helps foster the learning level in their STEM education. The monotonous level of learning may not bring the correct result in students. But with their interest in robots and their awareness that their classroom learning is linked to robotics training, their level of engagement will be increased. And this will spur their interest more in taking their STEM learning passionately through the robotics practical.

It helps to learn programming skills

Having a lab that is well equipped with robotics lab equipment for learning in schools will enhance the critical thinking and problem-solving potential. Students have the proper knowledge to code in a different programming language. They will be more analytical, rational, and critical in solving their problems. With the help of the robotics lab available in schools, students will practically see the outcome of their codes. And seeing their written algorithms’ results will motivate them to go the extra mile and learn more. When a student is exposed to a robotic environment, it helps them to learn programming in a better way.

They learn to work as a team

They learn to work as a team: building a robot goes beyond the work of a single person. More hands come together to achieve the result. While learning in the robotics lab, students will sit around the robots to learn about them. Students think collectively and what to come up with to achieve their concepts. With teamwork, they brainstorm and work together as one. Some may be good with programming. Another may be good with the circuit. While another oversees the task, and another may help those not getting the work done. Doing this with robotics learning is an excellent way of initiating collective working traits in students.

Working with technology and creativity

Working with technology and creativity: as technology expands in nature and scope, students will have to work around the technology. They may find they have to work with technology like artificial intelligence in line with their human creativity. With the proper foundation working with robots and AI, it will not be a strange environment for them after school. Their creativity will be put to full use alongside technology.

Conclusion

Having a robotics lab is essential to have for schools and research purposes. The need for robotics lab equipment and services will be required to get the environment well set up for full robotics use.

In setting up a robotics lab, three primary environments must be kept in good order and well organized to avoid lab disasters. The first environment is the hardware environment, which entails a wide range of tools and components. The environment should be kept clean and orderly to avoid shortcomings in the hardware environment. In the same vein, the software environment also needs attention. And this is because it is the environment where the software will be installed into the computer to code various programming languages to run robots. You must avoid instances where what you code and send to the microcontroller through the hardware devices causes unintended results that can drive the robots off the track.

Your mind is another robotics lab environment that you must keep in check while working to ensure safety and avoid injury.