How to Find the Best Artificial Intelligence Course in the USA: A Complete Guide for Parents

Artificial Intelligence (AI) is transforming the way people live, work, learn, and communicate. From smart assistants and self-driving cars to healthcare technologies and robotics, AI is becoming an important part of our everyday lives. As this technology continues to grow, introducing children to artificial intelligence at an early age can help them develop valuable skills for the future.

Many parents in the United States are now exploring an Artificial Intelligence course for kids to help their children understand emerging technologies. However, choosing the right program is not always easy. With so many online academies, STEM learning centers, coding schools, and technology programs available, how can parents identify a course that genuinely supports their child's learning?

If you live in New Jersey, finding the right AI learning opportunity becomes even more important. You may be searching for an AI course for kids in New Jersey, practical robotics training, or interactive Artificial Intelligence classes in NJ that combine theoretical knowledge with hands-on activities.

The best approach is to look beyond advertisements and compare the curriculum, teaching methods, instructor experience, practical projects, age suitability, and learning outcomes.

In this guide, we will explain how to find the best Artificial Intelligence course USA for children, what features to consider, and why Brainy n Bright is worth considering when exploring STEM, robotics, and AI education opportunities for kids in New Jersey.

1. Why Is Artificial Intelligence Education Important for Kids?

Artificial Intelligence is no longer a technology reserved for scientists, engineers, and software developers. Children interact with AI-powered applications through smartphones, educational platforms, games, voice assistants, and other digital tools.

Learning about AI helps children understand how these technologies work instead of simply using them. It encourages curiosity and gives them opportunities to explore how computers recognize patterns, process information, and make predictions.

An effective AI program also introduces children to problem-solving, logical thinking, creativity, and computational skills. These abilities are useful across many academic subjects and future career paths.

1.1 Understanding Future Technologies

Children who learn artificial intelligence gain an early understanding of technologies that are influencing industries around the world. They can explore how AI helps doctors identify diseases, how robots perform repetitive tasks, and how recommendation systems suggest videos or products.

This knowledge makes technology less mysterious. Instead of seeing AI as something complicated, children begin understanding it as a collection of tools that people design, train, and improve.

1.2 Developing Problem-Solving Skills

AI education encourages children to approach problems logically. They learn to break complicated challenges into smaller steps, identify patterns, test different solutions, and improve their results.

These activities develop analytical thinking and patience. Whether children are creating a simple chatbot or training an image recognition model, they learn that successful solutions often require experimentation.

1.3 Encouraging Creativity and Innovation

Artificial Intelligence is not only about mathematics and programming. It also creates opportunities for children to develop creative ideas and turn them into working projects.

For example, students might design an AI-powered learning assistant, experiment with voice recognition, or build a simple system that identifies different objects. Such activities help them combine imagination with technical knowledge.

2. Understand What an Artificial Intelligence Course for Kids Includes

Before selecting a program, parents should understand what children are expected to learn. A good Artificial Intelligence course for kids should introduce important concepts gradually rather than overwhelming beginners with advanced technical terminology.

The curriculum should combine explanations, demonstrations, guided activities, and practical projects. Children should have opportunities to experiment with AI tools and understand the basic principles behind their results.

2.1 Introduction to Artificial Intelligence

A beginner-friendly course should explain what artificial intelligence means and how it differs from traditional computer programs. Children should understand that AI systems can perform tasks such as recognizing images, understanding language, identifying patterns, and making predictions.

Teachers can introduce these ideas through familiar examples, including virtual assistants, smart cameras, translation applications, and educational games.

2.2 Machine Learning Fundamentals

Machine learning is one of the most important areas of artificial intelligence. It involves teaching computers to identify patterns and make predictions using data.

In a children's AI program, students can explore machine learning through simple experiments. For example, they might train a model to recognize different categories of pictures and observe how the quality of its predictions changes when they provide more examples.

2.3 Introduction to AI Tools and Applications

Children should get opportunities to explore age-appropriate AI applications. These tools can help them understand how technology supports writing, image recognition, speech processing, research, and creative activities.

However, learning should not become a process of simply clicking buttons in AI applications. A quality program explains how the technology works, where it can make mistakes, and how people should use it responsibly.

2.4 Hands-On AI Projects

Practical projects are essential because they allow children to apply what they have learned.

Students might create a simple chatbot, experiment with image classification, develop a recommendation system, or design an interactive application. These activities turn abstract concepts into experiences children can understand and remember.

3. Identify Your Child's Age and Learning Level

Not every AI program is suitable for every child. A seven-year-old beginner and a sixteen-year-old student have different learning abilities, interests, and levels of technical understanding.

Parents should select a course that matches their child's age, previous experience, and learning pace. The right program should provide enough challenges to maintain interest without making lessons unnecessarily difficult.

3.1 AI Courses for Beginners

Children who are new to technology should begin with basic concepts. They can explore logical reasoning, simple coding activities, visual programming, and introductory AI experiments.

A beginner-friendly learning environment should encourage questions and experimentation. Students should feel comfortable making mistakes because mistakes are an important part of learning technology.

3.2 AI Programs for Intermediate Learners

Children who already understand basic coding can explore more advanced topics, including machine learning, data classification, chatbot development, and introductory Python programming.

At this stage, students should gradually move from guided activities to independent projects. This helps them develop confidence and understand how different programming concepts work together.

3.3 Advanced AI Learning for Teenagers

Older students may be ready to explore Python-based AI applications, datasets, model training, computer vision, and natural language processing.

Advanced programs should include structured projects that encourage independent thinking. They should also introduce the limitations of AI models and explain why data quality, testing, and human supervision matter.

4. How to Find the Best Artificial Intelligence Course in the USA

Finding the right program requires more than searching for popular AI classes online. Parents should evaluate the educational experience, course structure, teaching quality, and opportunities for practical learning.

A well-designed program should help children understand concepts and apply them independently. Consider the following factors before making your decision.

4.1 Check the Course Curriculum

Start by reviewing the complete syllabus. Look for topics such as AI fundamentals, machine learning, coding, data concepts, computer vision, natural language processing, and AI applications.

The curriculum should have a logical learning sequence. Children should begin with introductory concepts and gradually progress toward more challenging topics.

Avoid programs that promise to teach everything about AI in only a few sessions without explaining what students will actually learn.

4.2 Look for Experienced Instructors

The quality of instruction has a major influence on a child's learning experience. Experienced instructors should understand both the technical subject and how to communicate complicated ideas to young learners.

They should be able to explain AI concepts using simple examples, guide students through projects, and provide feedback when children encounter difficulties.

Parents can ask about instructor qualifications, teaching experience, class structure, and the level of individual attention students receive.

4.3 Evaluate Practical Learning Opportunities

AI is a practical subject, so children should not spend every class listening to explanations.

Look for programs that include interactive demonstrations, coding exercises, guided experiments, and independent projects. These activities help students understand how AI concepts work in real situations.

Ask whether students complete projects during the course and whether they receive opportunities to demonstrate what they have created.

4.4 Compare Online and Classroom Learning

Some children learn more effectively through face-to-face interaction, while others enjoy the flexibility of online classes.

Online AI courses can provide access to instructors and structured learning without requiring daily travel. Classroom programs offer direct interaction, collaborative activities, and in-person guidance.

Choose the learning format that fits your child's schedule, attention span, and educational preferences.

4.5 Check Student Reviews and Parent Feedback

Reviews can provide useful information about the actual learning experience. Look for feedback about instructor communication, curriculum quality, practical projects, student engagement, and course organization.

Do not rely entirely on promotional testimonials. Consider asking the training center for a demonstration class or a detailed explanation of its teaching methodology.

5. Why Parents Are Searching for AI Courses for Kids in New Jersey

New Jersey offers families access to a growing educational environment that includes technology programs, STEM initiatives, coding classes, and robotics activities.

As parents become more interested in preparing children for technology-driven careers, demand for specialized learning opportunities is increasing.

An AI course for kids in New Jersey can help students develop technical confidence while exploring subjects that connect computer science, mathematics, creativity, and engineering.

5.1 Growing Interest in STEM Education

STEM education combines science, technology, engineering, and mathematics. These subjects help children understand how ideas can be transformed into practical solutions.

Artificial intelligence fits naturally into STEM learning because it involves programming, mathematics, data analysis, logical reasoning, and experimentation.

Children who participate in STEM programs can develop a broader understanding of how different technical disciplines work together.

5.2 Connecting AI With Robotics

One of the most interesting ways to introduce children to artificial intelligence is through robotics.

Robotics allows students to explore how hardware, software, sensors, and programming work together. When AI concepts are introduced, children can investigate how machines recognize information, respond to inputs, and perform tasks.

This combination makes learning more interactive and helps students connect digital concepts with the physical world.

5.3 Preparing Children for Future Opportunities

AI knowledge can support future studies in computer science, engineering, data science, automation, and other technology-related fields.

Although learning AI at a young age does not guarantee a particular career, it helps children develop transferable skills that can support their academic journey.

Early exposure also allows students to discover whether they enjoy programming, designing applications, experimenting with robots, or solving technical problems.

6. What to Look for in Artificial Intelligence Classes in NJ

Parents comparing Artificial Intelligence classes in NJ should focus on the overall learning experience rather than choosing a program based only on its advertised duration or price.

The best classes should balance technical education with creativity, interaction, and age-appropriate instruction.

6.1 Small Class Sizes and Individual Attention

Children have different learning speeds. Some understand programming concepts quickly, while others need additional demonstrations and practice.

Smaller learning groups can make it easier for instructors to answer questions and identify areas where students need support.

Ask how many students participate in each class and whether instructors provide individual guidance during projects.

6.2 Interactive Teaching Methods

Young learners generally respond well to visual demonstrations, games, challenges, and practical activities.

An effective AI instructor should make lessons interesting while maintaining educational depth. Children should be encouraged to ask questions, test ideas, and explain their project decisions.

6.3 Project-Based Learning

A good course should include meaningful projects that demonstrate what students have learned.

For example, children might build a basic chatbot, experiment with image recognition, or develop an application that uses AI-generated predictions.

Projects also give parents a clearer understanding of the student's progress.

6.4 Progress Tracking and Assessments

Parents should understand how the training center measures student progress.

Regular assignments, practical assessments, project demonstrations, and instructor feedback can help identify strengths and areas that require improvement.

A structured assessment system also encourages children to take responsibility for their learning.

7. How to Choose the Right AI Courses for Kids

There are many AI courses for kids available across the United States, but their quality, structure, and learning outcomes can differ significantly.

Before enrolling, compare the following elements to determine whether a program offers genuine educational value.

7.1 Course Duration and Learning Schedule

Check how many sessions the program includes and how much time children spend learning each week.

A course should provide enough time for students to understand concepts, practice skills, and complete projects. Parents should also consider whether the schedule fits their child's schoolwork and extracurricular activities.

7.2 Beginner-Friendly Teaching Approach

A good course should not assume that every child already knows programming.

Instructors should introduce unfamiliar concepts step by step and provide demonstrations before asking students to complete independent activities.

This approach makes AI education accessible to children with different levels of experience.

7.3 Certificates and Learning Outcomes

Some training programs provide certificates after successful course completion.

However, parents should evaluate the actual skills students develop rather than treating a certificate as the main measure of quality.

Ask whether students complete practical projects, receive feedback, and gain experience using relevant tools and programming concepts.

7.4 Opportunities for Advanced Learning

Children who enjoy AI may want to explore more advanced topics after completing an introductory course.

Look for programs that offer a clear progression into Python, machine learning, robotics, application development, and other related STEM subjects.

A structured learning pathway can help students continue developing their abilities as they grow.

8. Why Consider Brainy n Bright for AI and STEM Learning in New Jersey?

Brainy n Bright is a STEM and robotics training center focused on helping children develop technology skills through structured learning and practical activities.

For parents exploring an Artificial Intelligence course in New Jersey, Brainy n Bright is worth considering because its educational approach connects technology learning with creativity, coding, and robotics.

Rather than treating technology as something children should only study theoretically, the goal is to encourage students to explore ideas, experiment with tools, and develop their own solutions.

Brainy n Bright positions itself as a leading choice for children's STEM and robotics training in New Jersey, making it relevant for families looking for a broader technology education experience.

8.1 Learning Beyond Traditional Classroom Methods

Children often understand complicated subjects more easily when they can see how concepts work in practice.

Brainy n Bright emphasizes practical technology learning through subjects such as coding, robotics, and artificial intelligence. This type of learning encourages students to participate actively rather than simply memorize information.

By connecting different STEM subjects, children can understand how programming, engineering, and problem-solving contribute to modern technologies.

8.2 Combining Artificial Intelligence and Robotics

AI and robotics are closely connected areas of technology.

Artificial intelligence helps computer systems interpret information and make decisions, while robotics involves designing and programming machines that interact with their surroundings.

Learning these subjects together gives children opportunities to understand how intelligent technologies can be applied in practical situations.

For example, students can explore how sensors collect information, how programs respond to inputs, and how AI can help systems recognize objects or patterns.

8.3 Building Practical Technical Skills

Practical learning allows children to develop skills through experimentation.

When students work on coding and robotics activities, they learn to identify problems, test possible solutions, correct mistakes, and improve their projects.

These experiences help build confidence and encourage independent thinking.

8.4 Supporting Different Learning Levels

Children entering technology education may have very different backgrounds.

Some may already have experience with coding or robotics, while others may be completely new to these subjects. A structured learning pathway should help students progress according to their existing knowledge and learning abilities.

Parents should contact Brainy n Bright to discuss the appropriate program, age suitability, available learning formats, and current course details.

9. Exploring AI Courses for Kids in NJ: Important Learning Topics

When comparing AI courses for kids in NJ, parents should check whether the program introduces a broad range of concepts.

Artificial intelligence includes several interconnected areas, and exposure to these topics can help children discover their interests.

9.1 Python Programming

Python is widely used in artificial intelligence, machine learning, data science, and software development.

Older children can learn Python fundamentals, including variables, conditions, loops, functions, and basic data structures.

These concepts provide a foundation for understanding how AI applications are developed.

9.2 Machine Learning and Data

Machine learning introduces children to the idea that computers can learn patterns from examples.

Students can explore simple datasets and observe how a model identifies similarities, classifies information, or generates predictions.

They should also understand that inaccurate or incomplete data can produce unreliable results.

9.3 Computer Vision

Computer vision allows computers to interpret visual information, including photographs and videos.

Children can explore introductory image recognition activities and learn how AI systems distinguish between different objects or visual patterns.

These activities help connect artificial intelligence with familiar real-world applications.

9.4 Natural Language Processing

Natural language processing, commonly called NLP, focuses on how computers work with human language.

Children can explore how chatbots respond to questions, how translation applications process sentences, and how voice assistants recognize spoken commands.

This subject is particularly interesting because it connects AI with everyday communication.

9.5 Responsible AI and Digital Safety

Understanding responsible AI use is just as important as learning technical concepts.

Children should learn about privacy, misinformation, bias, online safety, copyright, and the importance of checking AI-generated information.

Parents should look for programs that teach children to use AI as a learning assistant rather than relying on it to complete every task.

10. Benefits of Enrolling in an Artificial Intelligence Course for Kids in New Jersey

An artificial intelligence course for kids in New Jersey can provide several educational benefits when it is designed around the child's age and learning needs.

The most valuable outcomes extend beyond technical knowledge. Children can develop habits and abilities that support learning in different areas.

10.1 Improved Logical Thinking

AI activities encourage children to understand how information is processed and how decisions are made.

They learn to follow logical steps, recognize patterns, and evaluate whether a particular solution works.

These skills can also support mathematics, science, and everyday problem-solving.

10.2 Better Understanding of Technology

Children who study AI gain a deeper understanding of the digital tools they encounter every day.

They begin to recognize that applications, recommendation systems, and intelligent assistants are built using algorithms and data.

This knowledge encourages more informed and responsible technology use.

10.3 Greater Confidence Through Projects

Completing a working project can be a rewarding experience for a young learner.

When children build something independently, they develop confidence in their ability to solve problems and apply new knowledge.

Presenting projects to instructors, classmates, or parents can further strengthen communication skills.

10.4 Development of Creative Thinking

AI education allows children to experiment with different ideas.

They can explore how technology might help solve problems related to education, transportation, environmental awareness, healthcare, and entertainment.

This encourages students to think about technology as a tool for creating useful solutions.

11. Online vs. In-Person Artificial Intelligence Courses in the USA

Parents searching for the best Artificial Intelligence course USA have two common learning options: online classes and in-person training.

Both formats can be effective when the course provides quality instruction, appropriate learning materials, and practical activities.

11.1 Advantages of Online AI Classes

Online learning offers flexibility and allows children to attend classes from home.

Students can interact with instructors, access digital learning resources, complete coding exercises, and work on AI projects without travelling to a physical training center.

This option can be particularly useful for families with busy schedules or those living far from specialized STEM institutions.

11.2 Advantages of Classroom AI Training

Classroom training provides direct interaction with instructors and other students.

Children can ask questions immediately, participate in collaborative activities, and receive hands-on assistance when working through technical challenges.

In-person learning may be especially useful for programs that combine AI with physical robotics activities.

11.3 Which Learning Format Should Parents Choose?

The right format depends on your child's preferences, learning habits, and educational goals.

If your child enjoys independent digital learning, online classes may be a suitable option. If they prefer direct interaction and collaborative activities, classroom training could be more engaging.

Before enrolling, ask whether the program provides a trial session or demonstration so your child can experience the teaching approach.

12. Questions Parents Should Ask Before Enrolling in an AI Course

Choosing a training program is an important decision. Asking the right questions can help parents understand whether a course meets their expectations.

Do not hesitate to contact the training center and request detailed information before making a payment.

12.1 What Will My Child Learn During the Course?

Ask for a detailed syllabus that explains the subjects, tools, programming languages, and projects included in the program.

This will help you determine whether the course matches your child's age, experience, and learning objectives.

12.2 Does the Course Include Practical Projects?

Find out how much time students spend working on projects.

A program that combines explanations with practical assignments can help children understand concepts more effectively than one focused mainly on theory.

12.3 How Experienced Are the Instructors?

Ask about instructor qualifications, teaching experience, and familiarity with children's technology education.

Good instructors should be able to explain complex subjects in simple language and support students when they face difficulties.

12.4 What Support Is Available Outside Class?

Some children need additional practice or help completing assignments.

Find out whether students can ask questions between sessions, access learning materials, or receive feedback on their projects.

12.5 How Is Student Progress Evaluated?

Ask whether the program includes assessments, practical demonstrations, project reviews, or progress reports.

Understanding the evaluation process helps parents see whether their child is developing the expected skills.

13. Common Mistakes to Avoid When Selecting AI Courses for Kids

Parents sometimes focus on promotional claims instead of examining the actual educational experience.

Avoiding a few common mistakes can make the selection process easier and help you find a program that offers long-term learning value.

13.1 Choosing a Course Only Because It Is Cheap

Price is an important consideration, but the cheapest program may not always offer the best learning experience.

Compare instructor quality, class size, project opportunities, curriculum depth, and learning support before making your decision.

13.2 Ignoring Your Child's Interests

Not every child is immediately interested in programming or artificial intelligence.

Some children prefer robotics, while others enjoy designing applications, creating games, or experimenting with digital tools.

Choosing a program connected to your child's interests can make learning more enjoyable and encourage consistent participation.

13.3 Selecting an Advanced Course Too Early

A course that introduces advanced programming without explaining the basics may discourage beginners.

Make sure the program provides a suitable starting point and allows children to progress gradually.

13.4 Focusing Only on Certificates

Certificates can document course completion, but they do not automatically demonstrate technical ability.

Pay more attention to what your child can explain, create, and accomplish after completing the program.

14. How AI Education Connects With Other STEM Subjects

Artificial intelligence becomes even more interesting when children understand its relationship with other technical subjects.

A well-rounded STEM learning experience introduces students to different areas of technology and demonstrates how they work together.

14.1 AI and Coding

Coding provides the instructions that allow software applications to function.

Children who learn programming can understand how AI applications are created, how data is processed, and how different components communicate.

14.2 AI and Robotics

Robotics combines engineering, electronics, programming, and mechanical design.

When AI is introduced into robotics education, students can explore how intelligent machines interpret information and respond to their surroundings.

14.3 AI and Mathematics

Mathematics supports many AI concepts, including probability, statistics, patterns, and data analysis.

Children can gradually explore these connections through practical examples rather than starting with complicated mathematical formulas.

14.4 AI and Creative Application Development

AI can also support the development of interactive applications, educational tools, and digital experiences.

Students can combine creativity with programming to design solutions that address simple everyday challenges.

15. The Future of Artificial Intelligence Education for Children in the USA

Artificial intelligence is continuing to influence education, business, healthcare, transportation, entertainment, and scientific research.

As these technologies develop, understanding how they work will become increasingly valuable for students.

Schools, training centers, and educational organizations are exploring ways to introduce AI concepts through age-appropriate lessons and practical experiences.

15.1 AI Literacy Will Become Increasingly Important

Future students will benefit from understanding what AI can do, how it generates results, and where its limitations exist.

AI literacy involves more than programming. It includes evaluating information, identifying errors, understanding privacy, and making responsible decisions.

15.2 Practical Skills Will Support Future Learning

Children who experiment with coding, robotics, and AI can develop a foundation for more advanced studies.

These experiences may help them explore future interests in software development, engineering, automation, computer science, and data-related fields.

15.3 Creativity and Human Thinking Will Remain Essential

AI can process information and automate certain tasks, but human creativity, judgment, empathy, and critical thinking remain important.

Children should learn how to work with technology while developing their own ideas and decision-making abilities.

The goal of AI education should be to prepare children to use technology intelligently, not to make them dependent on it.

16. Why Brainy n Bright Is Worth Exploring for STEM and Robotics Training

When searching for technology education in New Jersey, parents should consider training centers that introduce children to multiple connected subjects.

Brainy n Bright focuses on STEM education, robotics, coding, and emerging technologies, helping children explore different areas of technical learning.

For families looking beyond a basic coding class, this broader educational approach can be valuable.

16.1 A Broader Approach to Technology Education

Children benefit from understanding how different technologies connect.

Combining coding, robotics, and AI allows students to explore both software and hardware concepts while developing practical problem-solving abilities.

This creates opportunities to discover personal interests and build skills progressively.

16.2 Learning Through Exploration and Experimentation

Children should have the freedom to ask questions, test ideas, and improve their work.

Practical STEM activities can make technology more approachable and encourage students to become active participants in their education.

16.3 Supporting Future-Ready Learning

Brainy n Bright aims to introduce children to technology skills that can support their future academic development.

Parents searching for AI courses, robotics programs, or coding education in New Jersey can explore its available programs and discuss which learning pathway best suits their child.

Visit Brainy n Bright to learn more about its STEM and technology education offerings.

Conclusion

Finding the best Artificial Intelligence course in the USA requires careful consideration of curriculum quality, instructor experience, practical projects, student support, and age-appropriate teaching methods. Parents should look for programs that encourage children to understand technology, experiment with new ideas, and develop independent problem-solving skills.

If you are searching for an Artificial Intelligence course for kids, compare programs that combine AI fundamentals with coding, machine learning, robotics, and creative projects. Families exploring AI courses for kids in NJ should also consider class sizes, learning formats, project opportunities, and the overall educational approach.

Brainy n Bright is worth exploring for parents looking for a STEM and robotics training center for kids in New Jersey, USA. Its focus on coding, robotics, and technology education makes it a relevant option for children interested in discovering the possibilities of artificial intelligence and other emerging technologies.

The earlier children begin exploring technology, the more opportunities they have to develop curiosity, confidence, and valuable technical skills. Give your child the opportunity to explore, create, experiment, and prepare for a technology-driven future.

Frequently Asked Questions (FAQs)

1. What Is the Best Artificial Intelligence Course for Kids in the USA?

The best AI course for kids is one that offers age-appropriate lessons, experienced instructors, practical projects, and a structured curriculum. Look for programs covering AI fundamentals, machine learning, coding, and responsible AI use. Brainy n Bright is worth exploring for families interested in combining AI education with STEM and robotics learning.

2. At What Age Can Children Start Learning Artificial Intelligence?

Children can begin exploring basic AI concepts at an early age through interactive activities, visual programming, and simple technology experiments. More advanced subjects, such as Python programming and machine learning, are generally introduced as students develop stronger logical and mathematical skills. The appropriate starting point depends on the child's individual learning level.

3. Where Can I Find AI Courses for Kids in New Jersey?

Parents can explore specialized STEM academies, coding schools, robotics training centers, and online learning programs. Brainy n Bright is one option to investigate for children interested in AI, coding, robotics, and STEM education in New Jersey. Check its current course availability, age requirements, and class formats before enrolling.

4. What Do Children Learn in an Artificial Intelligence Course in New Jersey?

An AI course may introduce children to artificial intelligence fundamentals, machine learning, Python programming, image recognition, chatbots, natural language processing, and data concepts. Depending on the program level, students may also complete practical projects that help them understand how AI applications work.