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Artificial Intelligence

Learning about Artificial Intelligence (AI) is a great way to understand about the development and application of computer systems capable of performing tasks that would typically require human intelligence. Students will gain an understanding of concepts such as machine learning, natural language processing, and computer vision. Give students the opportunity to be a part of the future of technology.

Beginner
9 week course
AI Advocates

This course delves into the intersection of artificial intelligence (AI) and society, exploring how AI can be harnessed for social good. Students will gain an understanding of AI's role in society, examine real-world case studies, and learn about Google's Teachable Machine. They will also have the opportunity to build their own AI model for social good. The course also covers AI ethics, including an introduction to the ethical considerations in AI, an exploration of AI bias, and case studies of AI bias. This course is ideal for those interested in the societal implications of AI.

Intermediate
6 week course
AI Philosophers

This course delves into the intersection of artificial intelligence (AI) and philosophy, exploring the profound questions and ethical dilemmas posed by AI. In the first module, 'The Thoughtful Machine', we will examine if machines can think, explore machine ethics, and discuss the impact of AI on privacy and employment. The second module, 'The Philosophical AI', will focus on the philosophical implications of AI, discussing topics like AI and free will, AI and identity, the future of AI, and the concept of superintelligence. This course encourages critical thinking and ethical considerations in the rapidly evolving field of AI.

Advanced
9 week course
AI Economists

This course delves into the intersection of artificial intelligence (AI) and economics, exploring how AI can be used to model and predict economic trends. The first module introduces AI in economics, its role in economic models, and its predictive power, with a focus on stock market predictions. The second module investigates the application of AI in policy analysis and implementation, its impact on economic inequality, and changes in the job market. The final module involves a hands-on project where students design, implement, and present their own AI economic model.

Expert
8 week course
AI Pioneers

This course delves into the fascinating world of Artificial Intelligence (AI), beginning with an exploration of its pioneers and their groundbreaking work in the 'Trailblazers of AI' module. Lessons cover the origins of AI, its role in our daily lives, its impact on equality, and its transformative power in healthcare. The second module, 'Becoming an AI Pioneer', equips students with the knowledge and skills to harness AI in decision-making, drive innovation, and build an AI system. The course culminates in an AI project, providing a hands-on experience in AI application.

Life Skills You'll Gain

Ready to level up your life skills? Learning about Artificial Intelligence is a great way to do it! Check out some of the abilities you'll develop as you become a pro.

Problem-solving

Requires breaking down complex problems into smaller, manageable tasks, and then finding solutions to those tasks.

Critical thinking

Requires understanding the logic and structure of a program or robot, and being able to think critically about how to improve it.

Creativity

Allows students to express their creativity by building their own programs, games, art and other digital projects.

Collaboration

Often done in teams, and students learn how to work effectively with others and communicate their ideas effectively.

Entrepreneurial skills

Can be used to develop and design websites, mobile applications, software and robots. This can be used to start a business venture or to create a startup.

Technical literacy

Can help students develop their understanding of technology and how it works, which can be useful in many areas of life.

STEM skills

Often requires a combination of science, technology, engineering and math, and students who take robotics courses may develop their STEM skills and knowledge.

Data Analysis

Requires understanding and analyzing data, which can be a valuable skill in many fields.

Ethics

Requires understanding ethical considerations and implications of technology, which can be important in many aspects of life.

Future Ready

Technology is increasingly becoming a part of our daily lives and understanding it can help students be more prepared for the future workforce and society.

Communication

Students learn to express ideas effectively, collaborate, and provide feedback to achieve successful outcomes.

Discover Your Dream Career

Wondering where your Artificial Intelligence skills can take you? Check out these potential careers to discover your options.

Artificial Intelligence Engineer

They create computer programs that can think and make decisions like a human.

Robotics Engineer

They design and build robots, making sure they work properly and do what they're supposed to do.

Machine Learning Engineer

They design and build computer programs that can learn from data, allowing them to improve over time without being explicitly programmed.

Natural Language Processing Engineer

They create computer programs that can understand and generate human language, such as speech recognition and language translation.

Computer Vision Engineer

They create computer programs that can "see" and understand the world around them, such as image recognition and object detection.

Data Scientist

They analyze large amounts of data, using statistical methods and computer algorithms to find patterns and make predictions.

Develop Life Skills

Learning about Artificial Intelligence can help students develop a variety of life skills, including:

Problem-solving

Requires breaking down complex problems into smaller, manageable tasks, and then finding solutions to those tasks.

Critical thinking

Requires understanding the logic and structure of a program or robot, and being able to think critically about how to improve it.

Creativity

Allows students to express their creativity by building their own programs, games, art and other digital projects.

Collaboration

Often done in teams, and students learn how to work effectively with others and communicate their ideas effectively.

Entrepreneurial skills

Can be used to develop and design websites, mobile applications, software and robots. This can be used to start a business venture or to create a startup.

Technical literacy

Can help students develop their understanding of technology and how it works, which can be useful in many areas of life.

STEM skills

Often requires a combination of science, technology, engineering and math, and students who take robotics courses may develop their STEM skills and knowledge.

Data Analysis

Requires understanding and analyzing data, which can be a valuable skill in many fields.

Ethics

Requires understanding ethical considerations and implications of technology, which can be important in many aspects of life.

Future Ready

Technology is increasingly becoming a part of our daily lives and understanding it can help students be more prepared for the future workforce and society.

Communication

Students learn to express ideas effectively, collaborate, and provide feedback to achieve successful outcomes.

Pro Interview

Advice from Pros

We also include video interviews with leading Artificial Intelligence professionals and experts, providing students with valuable insights and advice on the world of Artificial Intelligence, as well as a glimpse into the diverse career opportunities available in this field.

Explore Future Career Paths

Learning about Artificial Intelligence can put students on track for a rewarding career

Artificial Intelligence Engineer

They create computer programs that can think and make decisions like a human.

Robotics Engineer

They design and build robots, making sure they work properly and do what they're supposed to do.

Machine Learning Engineer

They design and build computer programs that can learn from data, allowing them to improve over time without being explicitly programmed.

Natural Language Processing Engineer

They create computer programs that can understand and generate human language, such as speech recognition and language translation.

Computer Vision Engineer

They create computer programs that can "see" and understand the world around them, such as image recognition and object detection.

Data Scientist

They analyze large amounts of data, using statistical methods and computer algorithms to find patterns and make predictions.

Frequently Asked Questions

Our online coding learning platform for schools provides a comprehensive and engaging curriculum that teaches students the fundamentals of coding and computer science. Our platform features interactive lessons, real-world projects, and personalized support to help students develop essential skills for the 21st century. By using our platform, schools can enhance their curriculum, prepare students for future careers, and promote digital literacy.

Our courses are tailored to the unique needs and abilities of students in different age groups. We offer curriculum for students between 6 - 18 years old.

This allows us to provide age-appropriate content and instruction that best supports students' learning and development.

No prior coding experience is required to use our platform. Our curriculum is designed to be accessible and engaging for beginners and advanced learners alike.

Our platform is web-based and can be accessed on any device with an internet connection. Teachers can create student accounts, assign lessons and projects, and monitor progress and performance. Students can complete lessons and projects at their own pace and receive feedback and support from their teacher or our online community of coding educators.

A digital skill pathway is a collection of courses within a particular field of study, such as robotics, that provides students with an introduction to the field and gradually expands their knowledge and skills in that area.

Our digital skills pathways provide comprehensive education and guidance to students throughout primary and secondary school, equipping them with the knowledge and skills they need to succeed in higher education and in their future careers.

Our platform is web-based and can be accessed on any device with an internet connection. We recommend using a modern web browser, such as Google Chrome, Mozilla Firefox, or Safari, for the best experience. No additional software or hardware is required to use our platform.

The number you enter for your school during registration depends on your school's country:

  • Ireland: Please enter your School Roll Number. This is a unique identifier for schools in Ireland.
  • UK: Enter the School URN (Unique Reference Number). This is a unique number allocated to all schools in the UK.
  • US: Please enter your school's NCES ID (National Center for Education Statistics Identifier). This is a unique identification number for recognized educational institutions in the US.

Please ensure you input the correct number to ensure accurate identification and registration for your school.

If you are unsure of your school number please contact us and we'll be glad to help.

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