AI & Robotics Courses & Certifications Online

Robotics is an interdisciplinary field that integrates computer science and engineering to design, construct, operate, and use robots. Enrolling in online robotics courses can be a great option to learn more about robotics and its related aspects.

 

Online Robotics Courses offer students the flexibility to learn at their own pace, providing an in-depth understanding of building and programming robots for various applications across multiple fields. These programs cover various subjects, such as robotic kinematics, control systems, embedded systems, artificial intelligence, machine learning, and sensor integration.

Explore Robotics Online Courses & Certification

Why Learn Robotics Online

• Access to Specialized Courses

Online programs offer a variety of courses for robotics, covering topics such as robotic programming, control systems, and advanced AI applications. These specialised courses will help you learn tools and methodologies often unavailable in traditional settings.

• Flexibility for Engineers

Online learning allows current engineers and aspiring roboticists to continue their education and enhance their skills without interrupting their careers. It enables them to balance work, studies, and personal life effectively.

• Exposure to Different Engineering Perspectives

Online robotics programs attract students from different regions and backgrounds. They provide exposure to various engineering philosophies, cultural perspectives, and real-world projects on industrial robots, autonomous vehicles, and home automation systems.

• Networking with Industry Peers

Many online programs include virtual networking events, discussion forums, and collaborative projects. These allow students to connect with other engineers and industry professionals globally, which can help expand their professional network significantly.

• Hands-on Experience with Development Tools

Online robotics courses typically include practical training with essential tools and platforms like ROS (Robot Operating System), Arduino, and various programming languages. This prepares students for the practical aspects of designing, building, and programming robots.

• Staying Updated with Technological Advances

Online robotics programs quickly update their curriculum to reflect the latest technologies, best practices, and industry standards in robotics development. This ensures that students learn the most current skills relevant to the job market.

• Specialised Development Tracks

Online robotics courses often offer specialised tracks like robotics for manufacturing, autonomous systems, or advanced AI integration. This allows students to customise their learning to specific interests and career goals within the broad field of robotics development.

Career in Robotics

Position	Job Role	Average Salary (Per Annum)
Robotics Engineer	Designs, tests, and maintains robots and robotic systems for various applications.	₹8.0 Lakhs
Automation Engineer	Develops automated solutions for industrial processes, integrating robots into production lines.	₹7.0 Lakhs
Embedded Systems Engineer	Works on the design and development of embedded systems for robotics applications.	₹6.5 Lakhs
AI Specialist	Develops artificial intelligence algorithms to enhance the capabilities of robots.	₹9.0 Lakhs
Control Systems Engineer	Designs control systems to manage the movement and functionality of robots.	₹7.5 Lakhs
Mechatronics Engineer	Integrates mechanical, electronic, and computer engineering to develop advanced robotic systems.	₹8.5 Lakhs
Robotic Process Automation Developer	Creates RPA solutions to automate repetitive tasks in various industries.	₹6.0 Lakhs
Technical Lead	Oversees development projects, provides technical guidance, and often works with robotic systems.	₹10.0 Lakhs
Software Engineer	Develops software solutions, including control software for robots and robotic applications.	₹7.0 Lakhs
Research Scientist	Conducts research to develop new robotic technologies and improve existing systems.	₹9.5 Lakhs

Source: AmbitionBox

What skills do I need to excel in Robotics?

Technical Skills

1. Knowledge of engineering science and technology
2. Mathematical skills 
3. Programming skills 
4. Quality Control Analysis
5. Artificial Intelligence 
6. Sensors and hardware
7. 3d design and manufacturing
8. Kinematics and motion control

Robotics Tools for Programming and Simulation

1. Gazebo
2. ROS Robot Operating System
3. RDS (Robotics Developer Studio)
4. Arduino
5. LabView

What are the eligibility criteria/prerequisites to learn Robotics?

To take up an online robotics course, you will need to have knowledge of Mathematics. It is also important to have a solid understanding of Physics because it provides foundational knowledge in energy, electrical circuits, mechanics, and other key topics for robotics. 

Explore the list of Top Free AI and Data Science Courses

Top Robotics Course Providers 

1. Popular Robotics Course on edX
2. Best Robotics Course on Coursera
3. Popular Robotics Course on Udemy
4. Popular Robotics Course on Udacity

Top Robotics Courses for Career Growth

1. Robotics Foundations I - Robot Modeling on edX
2. Become a Robotics Software Engineer on Udacity
3. Making the Case for Robotic Process Automation on Coursera
4. Robotics: Dynamics and Control on edX
5. Robotic Process Automation - RPA Overview on Udemy 
6. Modern Robotics: Mechanics, Planning, and Control Specialization on Coursera

Books to learn Robotics

1. Exploring Robotics with ROBOTIS Systems | Author: Chi N. Thai
2. Intermediate Robot Building (Technology in Action) | Author: David Cook
3. Robotics: Everything You Need to Know About Robotics from Beginner to Expert | Author: Peter Mckinnon
4. Making Simple Robots: Exploring Cutting-Edge Robotics with Everyday Stuff | Author: Kathy Ceceri
5. Robotics: Discover The Science and Technology of the Future with 20 Projects (Build It Yourself) | Author: Kathy Ceceri

What Will You Learn In An Online Robotics Course?

Core Development Skills

Skill	Description
Robotic Kinematics	Master the principles of robotic motion and control to design effective robotic systems.
Control Systems	Learn techniques for developing control algorithms to manage robot behaviors and actions.
Sensor Integration	Develop skills in integrating various sensors to enhance robot perception and interaction with the environment.

Advanced Robotics Concepts

Skill	Description
Machine Learning	Enhance your understanding of machine learning algorithms to improve robot autonomy and decision-making.
Artificial Intelligence	Learn advanced AI techniques for developing intelligent robotic systems capable of complex tasks.
Embedded Systems	Implement and program embedded systems to control robotic hardware effectively.

Integration and Deployment

Skill	Description
API Integration	Develop techniques for integrating various APIs to extend the functionality of robotic systems.
Testing	Utilize tools to write unit and integration tests for robotic components ensuring reliability and performance.
Deployment	Deploy robotic applications and systems in real-world environments using platforms like ROS and various cloud services.

Collaboration and Communication

Skill	Description
Version Control	Utilize Git and GitHub for version control, collaboration, and code management in your robotics projects.
Collaboration Tools	Enhance remote teamwork and project coordination using Slack, Trello, and Jira tools.
Code Reviews	Develop techniques for conducting and participating in code reviews to improve code quality and team collaboration.

Strategy and Best Practices

Skill	Description
Performance Optimization	Optimize the performance of your robotic systems for better efficiency and effectiveness.
Security Best Practices	Implement security best practices to ensure your robotic systems are secure and resilient.
Accessibility Standards	Ensure your robotic applications are accessible to all users, adhering to recognized standards and best practices.

So, what are you waiting for? Master robotics now and live the life of your dreams!