Robots and devices on Arduino
If you have never had anything to do with robotics before, this is the best course to start. The fact is that all training takes place on the basis of the hardware and software of the Arduino platform. The downside is that you have to pay for a starter kit, and the pluses are, firstly. Simplicity and accessibility for beginners, and secondly, almost anything can be built based on Arduino, from musical equipment to dancing robots.
The good thing about the course is that it doesn’t give one specific instruction. How to assemble something specific), but tells you how to solve practical problems as you create independently working devices. The creators of the program promise that after passing. It students will be able to create robots that will perceive information from the outside world with the help of sensors, move in a controlled manner and perform specified actions. It is worth clarifying that
Specialization in Robotics
The Robotics Specialization consists of six separate courses, each of which deals in detail with a specific applied aspect of the creation of robotic devices, from the mechanics of movements and the design of sensors to the creation of drones.
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The course is designed for those who want not only to build a small robot blinking diodes but to seriously immerse themselves in this scientific field: a lot of theory is given here related to each of the aspects of the functioning of robots, examples of real devices are given. In the final graduation project, students will need to write code for certain robot movements, such as flying or grabbing objects.
Electrical Engineering and Computer Science
MIT is famous primarily for its robotics, so it was simply impossible not to include their courses in the list. This one, for example, belongs to the introductory, and, which is especially good, it is designed specifically for self-study. From the course, students will learn about the basics of electrical engineering and computer science, necessary for further study of robotics. You definitely won’t be bored – the course includes many laboratory experiments with mobile robots.
Introduction to electrical engineering and electrical engineering
Another good introductory electrical engineering course. There will be many examples of completely different devices on which lecturers will explain the basic principles of science. Also, as part of the course, they will talk about advanced developments in this area, which Japanese scientists are currently working on. The creators of the program tried to combine in equal proportions the practical knowledge of electrical engineering, its fundamental principles, and the latest research.
Mechanics and control of robots
Knowledge of mathematics is essential for anyone who wants to get involved in the creation of robots. And this course is dedicated to just an introduction to mathematics for future roboticists. Topics include robot configuration space models, degrees of freedom, static grip analysis, description of rigid body motions, open and closed circuit kinematics, and fundamentals of robot control.
The lecturers will talk about the basics and key principles of robotics as a discipline – they separately emphasize that there is no emphasis on the latest trends and developments here, only everything you need.
Electronic biosensors
If you are already somehow familiar with robotics and want to develop in this area. Pay attention to this very fresh course from one of the leading technical universities. In the United States (the US National Science Foundation also had a hand in its creation). The topic is at the intersection of biotechnology and electrical engineering, and this area of science is actively developing right now.
The main subject of study in this course is the physics of recognition of biomolecules. In terms of three fundamental concepts: reaction time, sensitivity, and specificity. Students who have completed the course to the end will be able to make informed decisions. Which sensor is needed in each particular case, how to design it, and how to evaluate the measured results.
Low Drive Robotics
Another advanced course in robotics: if you don’t want to give commands to the robot all the time. But expect it to be able to make decisions about actions on its own. You need to master and use machine learning technologies. These lectures are dedicated to them. The course was delivered at MIT in the spring of 2009 and recorded on video. So you’ll really hear what the graduate students of the institute hear about the non-linear dynamics of passive robots, motion planning, reinforcement learning, and many other things.
Machine Design
Machine design, or the design of mechanical systems. Is another “advanced” course that will be of interest to people who are passionate about robotics. The course is quite detailed: it consists of three parts, and only the first of them can be found at the link. In general, it covers a whole range of topics on how to design your device as efficiently as possible. And in the first part, those who completed the course will learn about analytical techniques for predicting and checking the quality of the design.
Smart Machines
We decided to end the list of robotics courses with the most inspiring of them. How and how do smart machines now help people in different areas of life? What principles underlie their work? How will this inspiring field of science develop? All of this will be covered in the course. First of all, it is for those who want to choose robotics and electrical engineering as their future profession.
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