Online Robotics Engineering Courses & Certifications

The Modern Robotics: Mechanics, Planning, and Control Specialization Certification Course is a 100% online course that discusses the fundamentals of modern robotics along with mechanics, kinematics, dynamics, motion planning, and control of robots. The course is led by Kevin Lynch, Professor of Mechanical Engineering, and offered by Northwestern University.

The Modern Robotics: Mechanics, Planning, and Control Specialization Training will be provided through course videos, academic readings and will follow a self-paced learning pattern. The evaluation modes include graded assignments, graded quizzes, and exams. Once everything is successfully completed, learners will receive the Modern Robotics: Mechanics, Planning, and Control Specialization Certification by Coursera and Northwestern University.

Human-Robot Interaction is the course provided by the University of Canterbury on the EdX portal for learners who are interested in building their future in robotics. The online self-paced course aims for the overall development of the learner. The candidate shall be exposed to the concepts like human-robot interaction and the latest research methods in this field. This is a comprehensive course that aims for the overall development of the learner. The candidate shall be learning about Human-Robot Interaction and drones. 

Human-Robot Interaction training shall be delivered by industry experts through online self-paced videos. The course comprises videos and lectures on how to design the robots and the technology adopted for the same. Students and researchers from robotics, computer science, psychology, sociology, and design will find it a concise and accessible guide to the current state of the field. This is a 4-month course during which the candidate should give 5-10 hours per week. The candidate shall also receive Human-Robot Interaction certification by EdX after the completion of the course. If the learners pursue the programme for free, they will have a limited duration of access to it. 

It has never been easier to design robotic devices using actuators, sensors, and microcontrollers. Today, we use high-tech mechatronic devices as an answer to many global challenges. The use of low-cost embedded computers has made computer-controlled devices more accessible than ever before. Join the Mechatronics Revolution: Fundamentals and Core Concepts training to explore the fundamentals of mechatronics. 

In this course, you will learn how to couple of embedded computers with sensors and actuators to create mechanical systems. The Mechatronics Revolution online course curriculum promotes hands-on lab experience with the TI-RSLK-Mechkit. The Georgia Institute of Technology has made this certification programme which is available in free and paid variants. 

Become a skilled mechatronics engineer and create a fully functional small robot in the Mechatronics Revolution: Fundamentals and Core Concepts programme. This 16-weeks extensive course is a self-paced programme that covers the design process, fundamentals of actuators and their control, microcontrollers, and sensor interfacing. You can audit this course for free and choose to attain the final certification by paying a fee. 

Technology has rapidly evolved to the point that robots are commonly used in factories as workhorses that perform complex tasks and assist humans in dealing with challenges. However, such robots remain tethered to their workstations and cannot move around. The Autonomous Mobile Robots programme deals with mobile robots that can freely move around in their environment. 

To facilitate this movement, robots must possess competencies like perception, localisation, map-building and collision avoidance. This course on Autonomous Mobile Robots by edX delves into these methods that go into the making of a mobile robot. It also covers the basic concepts and algorithms required to develop a mobile robot. 

ETH Zurich, one of the leading institutions for technology, has created the Autonomous Mobile Robots course for learners on edX. The main objectives of this programme are to equip candidates with the knowledge and technical know-how necessary to develop a mobile robot. Moreover, the 15-week online programme is available for free to audit. However, the candidates will have access only for a limited duration. For full access and the certificate of completion, the students must enrol by paying the fee. 

The ‘Introduction to robotics’ online course is a study about the state-of-the-art technologies and techniques associated with designing robots and their applications. This National Program for Technology Enhanced Learning(NPTEL) free online course on robotics is provided on the Swayam online education platform. The online training is offered by the faculty of the Indian Institute of Technology Madras.

The program is conducted for twelve weeks and is a core course for the undergraduate and postgraduate level students of design engineering or robotics. The course instructors of this certification program are Dr. T Asokan from the department of engineering design, Prof. Balaraman Ravindran teaching computer science, and Dr. Krishna Vasudevan of the electrical engineering department. This AICTE approved faculty development program enables the students to receive three credits after completing the online training. The ‘Introduction to robotics’ e-certificate is issued to the qualified students with NPTEL and IIT Madras logos on it.

The Robotics Essentials Certification Course is a specialized course that explores the significance and scope of robotics technology. The 10 week-long courses led by MIT experts will discuss the fundamentals of automation and robotics design.

Through the training course, learners will learn the key concepts of robotic systems and their applications in the modern scenario. The Robotics Essentials course is offered by MIT xPRO in partnership with Emeritus.

Upon successful completion of the assessments included in the Robotics Essentials Course, learners will be rewarded with a valid certificate of completion. The course will require learners to contribute 4 to 6 hours on a weekly basis.

The Wheeled Mobile Robots programme is a collaborative online course by IIT Madras and IIT Palakkad. Students will learn algorithms and measurements to design basic electrical and mechanical robots. The curriculum adopts an elective approach to product design, mechanical engineering, technology, and manufacturing processes subjects. Those interested in mobile robotics and are at their graduate/undergraduate level will gain the most from this course.

Aiming at undergraduate/postgraduate students, the Wheeled Mobile Robots certification syllabus is spread across eight weeks. It explains sensors, robot types, mapping, motion controlling, navigation, and error propagation. Students will also learn the Newton-Euler and Lagrange-Euler methods of mobile dynamics. Assignments and study references come along as course materials.

Learners can opt for the Wheeled Mobile Robots certification to verify their newly acquired knowledge. They must register via the course website for the proctored examination conducted by Swayam at select examination centres. Additionally, they must complete the study and submit all the in-course assignments.

The Robot  Motion Planning  Certification course is an 8-week online course. The IIT Kanpur is responsible for creating and approving the course syllabus, although Swayam is used to deliver the course. Once more, the Indian Institute of Technology, Kanpur, and NPTEL are the organizations that award this course certificate.

The training in robot motion planning is a part of the robotic engineering elective curriculum. Ashish Dutta is the professor of this certificate programme. The fundamental ideas and mathematics covered in this course will be necessary for understanding, analyzing, and designing the algorithms needed for the motion planning of serial robotic arms.

The Robotics certification course provides a comprehensive overview of the field, covering topics such as robot history, system components, and workspace analysis. Students learn about applications in various industries and methods of robot teaching. Economic analysis, kinematics, dynamics, control schemes, and sensor principles are also explored, fostering a well-rounded understanding.

Tailored for engineering students and practicing professionals, the Robotics certification by Swayam offers 2 credit points at the undergraduate/postgraduate level. Supported by industry leaders like RDCIS, CMERI, Reliance Industries, and C-DAC, it equips learners with practical skills and insights into the evolving landscape of robotics, ensuring relevance and applicability in real-world scenarios.

Also Read: Online Robotics Engineering Certification Courses

The robot is one of the most effective inventions by the human mind that can achieve wonders. The technology of robots is recent and it is grabbing the attention of many young minds. Technology is creating many opportunities and offers wide scope in this sector. Introduction to Human-Robot Interaction is the initiative by EdX to make interested learners step into the world of robots, their design, and their work. The course is the initial part of the Human-Robot Interaction professional certificate. Candidates enrolling in this course shall be exposed to the designing and working of robots. They shall also be introduced to the concept of human-robot interaction. 

Human-Robot Interaction professional certificate training will be delivered by the assistant professor of the University of Canterbury. The course will teach the learners about the software and tools utilized in the making and working of robots. This is the introductory course that shall help the students to learn the basic concepts of robot designing, working, and human-robot interaction. The students shall also receive Introduction to Human-Robot Interaction certification by EdX after completion of the course if they have chosen the verified mode to join it. While joining it in the free mode, the learners will have only a limited duration of access to the course materials. 

Building Arduino Robots and Devices online course is an extensive, in-depth 6-week study into the process of building gadgets and robots using the state-of-the-art microcontroller, Arduino. The certification course demonstrates the assembly of such devices and bots, along with how to program them to perform specific tasks. 

Coursera developed the Building Arduino Robots and Devices programme specifically for individuals keen in the field of robotics and looking to upskill. Also, the programme is the right choice for those who wish to develop their skills in the field of industrial or home automation, and for anyone involved in the field of advertising or industrial design.

Moreover, candidates will have access to ample reading material, carefully curated by the course developers. Once candidates complete the programme modules and practice assignments, they will be eligible for the much-coveted course completion certificate.

Finally, since the entire Building Arduino Robots and Devices course is committed to practical training, it will be beneficial if you had some of the electronics equipment used in this course handy.

In the present age of technology, where the world is moving at a very fast pace, the advances in technology with the help of robotics seem to have never-ending horizons if taken up as a career. The course is for people who are inquisitive about robots and are willing to take-up robotics as a career. It is for someone who is intending to put efforts in order to learn the basics of mathematical modelling techniques that are applied in all subsidiary fields of robotics.

The course Modern Robotics, Course1: Foundations of Robot Motion is a part of specialisation- Modern Robotics: Mechanics, planning, and control that consist of six short courses that prepare the student for taking up advanced study in robotics or pursue robotics as a profession.

In the course 1-Foundation of Robot motion, the participant will learn about the basic material required for the robot configuration in robots with closed chains and in robots with serial mechanisms.

The participant will be building a library having a collection of robotics software in various languages like MATLAB, Python, and Mathematica, etc. They will also be making the use of robotic simulator V-REP on the cross-platform, which will assist them to create DIY (Do it yourself) robots at their home with no cost or investment involved.

The Mind of the Universe - Robots in Society: Blessing or Curse training is developed with a vision to understand how mixing machine learning and robotics will have a beneficial impact on our culture and our well-being. However, it also poses a lot of legal concerns. 

In this sequence, the following topics will be included as artificially intelligent robots remove our jobs or have had their own free will and also some scripture do-have the ability to take over the planet, or should we design robots to greater responsiveness to human emotions, and if so, how and under what circumstances would humans employ robotics for military applications? This will also discuss the design standards that designers should stick to and objectively focus on topics such as robot independence, knowledge, and intellect. This Mind of the Universe - Robots in Society: Blessing or Curse? the certification course will give you lots of learning opportunities on this critical topic, with discussions with top leading professionals. 

This series is a turn of the "brain of the world" documentary film developed by the VPRO. Several colleges are using the free software content from the documentary series as a reference point for related learning experiences.

Foundations of Cognitive Robotics certification is an associate presentation by Swayam, NPTEL, and IIT Kanpur. The inclusion of robots directly from the industries to the social arena has been rapidly advancing with the functional requirements of corresponding behaviour of humans increasing day by day. To meet this demand, the course has been prepared. In order for the robot design complexities to be processed, the course has been made to give an overall idea of this topic.

Foundations of Cognitive Robotics training is a short 4-weeks duration course with 16-course modules that are designed for striking a balance between streams of engineering, biology, and control system design for attracting people towards the interdisciplinary fields. This certification has been curated free for the participants except for when they require certification. Also, this postgraduate level course is an FDP one that has secured the approval of the AICTE council under the government of India.

The ‘Robotics: Perception’ online course is developed for the students to enhance their knowledge of the process involved in object grasping which is accomplished by the computation of the 3D posing of objects and the robot navigation. This Robotics specialization course is a part of the mechanical engineering domain under physical science and engineering, it is provided for the students on the online education platform Coursera and is offered by the University of Pennsylvania. The course is a self-paced learning program where the students will take approximately thirty three hours to complete the course. 

The intermediate level certification engages the students to familiarize themselves with the concepts of visual odometry and landmark-based localization to understand the process of navigation in robots. The course curriculum is offered with subtitles in French, Portuguese, Russian, English, Spanish for the candidates to experience a better learning process. The ‘Robotics: Perception’ training program by Coursera ensures a certificate for the participants who complete the course.

The ‘Robotics: Estimation and Learning’ online course is a study about robots with the techniques and strategies involved in determining the surrounding factors during flight and movement. This online program is part of the Robotics specialization of the mechanical engineering domain that is under the physical science and engineering courses. This Robotics course is provided by the online educational platform Coursera and the curriculum is offered by the University of Pennsylvania. This self-paced learning course training is framed to be completed in fifteen hours. 

The course instructor for this online training is Daniel Lee from the Electrical and Systems Engineering department. The students are ensured with the flexibility in deadlines and subtitles offered in languages such as English, Spanish, and Chinese along with the videos and other exercises that add up to an experiential learning process. The ‘Robotics: Estimation and Learning’ by Coursera enables the candidates of the program to receive a shareable certificate for recognition after completion of the course study.

The Robotics: Computational Motion Planning Certification Course is a 100% online course that explores the nuances of robotics including its working mechanism, control systems and motion planning. The course available on the Coursera learning platform has a flexible pattern that allows learners to reset deadlines.

Through the Robotics: Computational Motion Planning Online Course, learners will be introduced to topics like automated planning and scheduling in the field of robotics engineering. The course will be instructed by CJ Taylor, Professor of Computer and Information Science at The University of Pennsylvania.

After completing the Robotics: Computational Motion Planning Live Course, learners will receive a certificate of completion. The course is the second one out of six course constituting the Robotics Specialization Programme.

The Robotics: Mobility Certification Course is a 100% online course that explores the specifications of robotic mobility through the study of robotic motors and sensors. The course available on the Coursera platform is the third out of six in the Robotics Specialization programme. 

Through the Robotics: Mobility Training Course, learners will be introduced to the complex process of robotics design, robotics mobility, and kinematics. They will be instructed by Daniel E. Koditschek, Professor of Electrical and Systems Engineering at The University of Pennsylvania.

After completing the Robotics: Mobility Live Course through expert video lectures, informative readings, graded assignments, quizzes, and exams, learners will receive a certificate of completion. The flexible structure of the course will allow learners to reset the deadlines according to their preferences.

Robots can resemble humans, but are not needed to, and are capable of adopting any appearance and performing any number of tasks. They can be programmed by humans or computers, but they can also have their own Artificial Intelligence software routines that allow them to take in and analyze information and make decisions as if they were living creatures. Some are even capable of learning on their own using machine learning. Building a Future with Robots certification course is developed by the University of Sheffield, will be taught by Sandor Veres, and is delivered by FutureLearn.

Building a Future with Robots online training comprises more than three weeks of comprehensive learning resources and unlimited access to the course for those who want to develop various understandings about how robots will affect many facets of human life in the future, and analyze present and future revelations in the discipline of robotics.  Building a Future with Robots online classes cover topics such as the impact of how robots sense their environment, how robotics is inspired by nature, and how robots will interact with people. Candidates will obtain an understanding of the fundamental challenges of robotic design and illustrate how research is being conducted to address these obstacles and more.

PDPM IIITDM Jabalpur’s Social Robotics training provides exposure to the essentials of Artificial Intelligence and the field of Robotics. During the programme, you will learn about the dynamics of industrial manipulators and kinematics, path planning, trajectory planning, robot design, and other key concepts. 

Furthermore, the Social Robotics course syllabus covers topics like Robotics’ basics, Robot kinematics, Reinforcement learning, Rehabilitation Robotics, Robots in healthcare, Wheeled Mobile Robots, etc. The curriculum also emphasises the application of Robotics in the Healthcare industry. Hence, you will learn how robots help in the rehabilitation of heart and stroke patients. 

Moreover, the Social Robotics programme also explores how robots are being used in the current Covid-19 crisis. Experts are formulating ways of robotic treatment for patients to reduce human contact during the pandemic. The course is open to faculty, students, Research scholars, and industry personnel working in this particular field. 

IITDM has collaborated with NIT Patna and MNIT Jaipur to curate the Social Robotics online course. Hence, esteemed faculty members are the educators who will help you grasp the curriculum concepts efficiently.