10 Best + Free Robotics Courses with Certificates

Robotics is a multidisciplinary field that integrates mechanical engineering, electronics, computer science, and artificial intelligence to design, build, and operate intelligent machines capable of performing tasks autonomously. From industrial automation to healthcare and exploration, robotics is pivotal in advancing technology and reshaping various aspects of our daily lives. Below you can find the list of Best + Free Robotics Courses with Certificates for further learning.

Best + Free Robotics Courses with Certificates….

Begin Robotics

• • • University of Reading via FutureLearn
    • 70,042+ already enrolled!
    • ★★★★★ (57 Ratings)

Participants will gain a comprehensive understanding of robotics, covering history, anatomy, and intelligence. Through practical exercises and simulations, they’ll explore robot design, control mechanisms, cybernetics, and behavior, preparing them for advanced topics in the field.

• The reason for selecting this course is to acquire a foundational understanding of robotics and explore history, anatomy, and intelligence. This course offers hands-on experience with simulations, enabling participants to delve into robot design, control, and behavior.
• This course is ideal for anyone intrigued by robotics, regardless of prior experience or robot ownership. It caters to those interested in learning about robot history, design, and functionality, providing a comprehensive introduction to the field.

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Robotics Foundations I – Robot Modeling

• • • University of Naples Federico via edX
    • 24,801+ already enrolled!
    • 80 Hours of effort Required!

In this course, participants will learn the foundational elements of robotics, focusing on comprehensive robot modeling. Key subjects include industrial and advanced robotics scenarios, kinematics, differential kinematics, statics, Jacobian properties, and the formulation of inverse kinematics algorithms. Additionally, learners will master deriving equations of motion for robot manipulators through Lagrange and Newton-Euler formulations.

• The reason why we chose this course is to gain comprehensive insights into robotics, focusing on robot modeling. It provides essential knowledge for navigating industrial and advanced robotics scenarios, covering kinematics, Jacobian, and dynamic models, enhancing our proficiency in the field.
• This course is designed for individuals seeking a deep understanding of robotics, particularly in robot modeling. It caters to students, researchers, and professionals interested in the intersection of mechanics, electronics, control engineering, and mathematical modeling. Ideal for those eager to advance their expertise in industrial and advanced robotics scenarios.

Introduction to Robotics with Webots Specialization

• University of Colorado via Coursera
• 03 Months of effort Required!
• ★★★★★ (11 Ratings)

Participants in this course, will master the intricacies of robotics, covering forward and inverse kinematics, trajectory planning, and managing uncertainty in sensing and actuation. Gain skills in Python, behavior-based robotics, and 3D simulation using Webots, with hands-on projects leading to a University of Colorado Boulder career certificate.

• The reason behind selecting this course is to acquire a comprehensive understanding of robotics with a focus on practical skills. The specialized curriculum, utilizing Webots and Python, aligns with our career goals, providing hands-on projects and a University of Colorado Boulder certificate for credibility in the field.
• This course is ideal for aspiring robotics professionals, students, and enthusiasts aiming to launch their careers in robotics. It caters to those seeking a deep understanding of forward and inverse kinematics, trajectory planning, and handling uncertainty in robotic systems. Suitable for learners wanting hands-on experience with Webots and Python.

Robotics Specialization

• • • University of Pennsylvania via Coursera
    • 54,075+ already enrolled!
    • ★★★★★ (3,056 Ratings)

In this course, participants will acquire essential skills for a robotics career. Topics include motion planning, Matlab programming, and estimation techniques. The curriculum explores robot flight, environmental perception, and adaptive movements, with real-world applications in disaster recovery and healthcare. The capstone project involves programming robots for various tasks, enhancing practical proficiency.

• The reason for choosing this course is to build a solid foundation for a career in robotics. The curriculum, with a focus on motion planning, Matlab, and estimation, aligns with my goals. Hands-on projects and a University of Pennsylvania career certificate enhance the practical aspects of learning.
• This course caters to individuals aspiring to enter the field of robotics. Ideal for students, professionals, or enthusiasts seeking a comprehensive understanding of motion planning, Matlab programming, and estimation techniques. Suited for those desiring hands-on experience and a University of Pennsylvania career certificate to validate their robotics expertise.

Robotic Drives & Physics: Robotics, learn by building

• Ian Juby via Udemy
• 7,277+ already enrolled!
• ★★★★★ (398 Ratings)

In this course, participants will delve into robotic drives and physics, exploring the mechanisms behind robot movement. Topics include simple machines, arm robot design, various drives, hydraulics, pneumatics, motors, safety protocols, and real-world case studies, fostering comprehensive expertise in robotics.

• The reason for selecting this course is to deepen my knowledge of robotics, specifically in robotic drives and physics. Building on my foundation in analog and digital electronics, the practical insights into designing, operating, and understanding robot drive systems align with my career aspirations.
• This course is suitable for robotics enthusiasts, students, and professionals interested in an advanced exploration of robotic drives and physics. Ideal for those with prior knowledge of electricity, analog, and digital electronics seeking comprehensive insights into robotic systems.

Continue with more Free Robotics Courses with Certificates…

Modern Robotics: Mechanics, Planning, and Control Specialization

• • • Northwestern University via Coursera
    • 28,621+ already enrolled!
    • ★★★★★ (908 Ratings)

In this course, participants will acquire an in-depth understanding of spatial motion, rigid body dynamics, and modern screw theory. The curriculum covers kinematics, motion planning, and control of mobile robots and robot arms, enhanced by hands-on projects using a robot simulator for practical application and software development.

• The reason for opting for this course is to gain an advanced understanding of modern robotics, focusing on mechanics, planning, and control. With a rigorous curriculum, hands-on projects, and software development opportunities, we aim to master essential skills and earn a career certificate from Northwestern University, aligning with our career goals in robotics.
• This course caters to individuals with a freshman-level engineering background, robotics enthusiasts, and professionals seeking an in-depth exploration of modern robotics concepts. Ideal for those looking to advance their skills in kinematics, dynamics, motion planning, and control, and apply them through hands-on projects with a free robot simulator.

Building a Future with Robots

• The University of Sheffield via FutureLearn
• 25,232+ already enrolled!
• ★★★★★ (39 Ratings)

In this course, participants will explore the current and future developments in robotics. They will learn how robots sense and interact with the world, understand the fundamental principles and challenges of robotic design, and envision the potential impact of robotics on various aspects of daily life.

• The reason to choose this course is to gain insights into the evolving role of robots in our future. By exploring current and prospective developments in robotics, we aim to understand their impact on daily life and prepare for potential contributions to this transformative field.
• This course is suitable for individuals intrigued by the future of robotics, including aspiring engineers in the mechanical, automotive, and robotics fields. It’s valuable for product designers, technicians, and enthusiasts eager to understand the evolving role of robots in diverse aspects of life.

Hands-On Robotics with Arduino, Build 13 robot projects

• • • Dinesh Tavasalkar via Udemy
    • 22,864+ already enrolled!
    • ★★★★★ (1,236 Ratings)

Participants will learn to construct robots from scratch, understand various components, and master Arduino programming for robot control. The course covers six different directions of movement and includes downloadable source codes. No prior knowledge is necessary.

• This course was selected to gain practical skills in building and programming robots using Arduino. As a participant, we aim to understand the fundamentals of robotics, enhance our knowledge of electronics, and explore various applications, from smartphone-controlled robots to line followers.
• This course is suitable for students interested in learning robotics basics, Arduino enthusiasts looking to advance their skills, and individuals with backgrounds in mechanical, electronics, electrical, computer science, or robotics seeking hands-on experience in building and programming robots.

Robot Development

• • • University of Naples Federico via edX
    • 5,901+ already enrolled!
    • 60 Hours of effort Required!

In this course, participants will gain an in-depth understanding of developmental cognitive robotics, exploring principles and applications. The course covers sensorimotor and cognitive skill acquisition in robots, incorporating models for intrinsic motivation, motor learning, social interaction, language learning, and abstract knowledge.

• The reason for selecting this course is to explore the intersection of developmental psychology and robotics. The promise of applying child psychology principles to enhance robot sensorimotor and cognitive skills aligns with our interdisciplinary interests in AI and cognitive science.
• This course is suitable for a diverse audience, including robotics and computer science students, cognitive scientists, and psychologists. It is also an excellent option for individuals pursuing BSc/MSc degrees in robotics, computer science, psychology, anthropology, and cognitive sciences. The interdisciplinary nature of the content caters to a broad range of academic backgrounds and interests.

MedTech: AI and Medical Robots

• • • University of Leeds via FutureLearn
    • 11,323+ already enrolled!
    • ★★★★★ (19 Ratings)

Participants will explore human-robot interaction in healthcare, understand the challenges of designing robots for healthcare, learn about regulatory frameworks, and discover the use of AI in surgical procedures, diagnostics, exoskeleton technology, and patient care.

• The reason for choosing this course is to gain insights into AI and robotic technologies’ impact on healthcare, understand the commercialization and regulatory processes of medical robotics, and explore the challenges and solutions in using AI and robotics in healthcare settings.
• This course is suitable for anyone interested in MedTech and product design. It is particularly beneficial for undergraduate students in engineering, product design, and healthcare-related disciplines, as well as professionals in the healthcare sector and MedTech designers.