Are you ready to take your game design skills to another level? With Unity, an industry-grade design software, aspiring game designers will learn level editing, 3D modeling, impactful gameplay creation, as well as how to utilize scripts and variables. Student-created games will be available on a password protected Black Rocket website to share with friends and family. Students will work in pairs or teams for most of the program. Returning students can create more advanced projects that build on previous years.

Are you ready to take your game design skills to another level? With Unity, an industry-grade design software, aspiring game designers will learn level editing, 3D modeling, impactful gameplay creation, as well as how to utilize scripts and variables. Student-created games will be available on a password-protected Black Rocket website to share with friends and family. Returning students can create more advanced projects that build on previous years. Students will work in pairs or teams for most of the program.

Are you ready to take your game design skills to another level? With Unity, an industry-grade design software, aspiring game designers will learn level editing, 3D modeling, impactful gameplay creation, as well as how to utilize scripts and variables. Student-created games will be available on a password protected Black Rocket website to share with friends and family. Students will work in pairs or teams for most of the program. Returning students can create more advanced projects that build on previous years.

Take a step behind the scenes and uncover the mysteries of artificial intelligence! This program readies the next generation of AI engineers as they work with customized machine learning models for a variety of scenarios. Students will also gain experience in block-based coding skills while building interactive projects and games. From simulating self-driving racecars to teaching robots how to play video games, push the boundaries of what is possible with the help of A.I. Students will work in pairs or teams for most of the program.

Take a step behind the scenes and uncover the mysteries of artificial intelligence! This program readies the next generation of AI engineers as they work with customized machine learning models for a variety of scenarios. Students will also gain experience in block-based coding skills while building interactive projects and games. From simulating self-driving racecars to teaching robots how to play video games, push the boundaries of what is possible with the help of A.I.

Take a step behind the scenes and uncover the mysteries of artificial intelligence! This program readies the next generation of AI engineers as they work with customized machine learning models for a variety of scenarios. Students will also gain experience in block-based coding skills while building interactive projects and games. From simulating self-driving racecars to teaching robots how to play video games, push the boundaries of what is possible with the help of A.I.

Take a step behind the scenes and uncover the mysteries of artificial intelligence! This program readies the next generation of AI engineers as they work with customized machine learning models for a variety of scenarios. Students will also gain experience in block-based coding skills while building interactive projects and games. From simulating self-driving racecars to teaching robots how to play video games, push the boundaries of what is possible with the help of A.I.

Take a step behind the scenes and uncover the mysteries of artificial intelligence! This program readies the next generation of AI engineers as they work with customized machine learning models for a variety of scenarios. Students will also gain experience in block-based coding skills while building interactive projects and games. From simulating self-driving racecars to teaching robots how to play video games, push the boundaries of what is possible with the help of A.I.

Introduction to alternating current electricity. A study of characteristics of sine wave including amplitude, frequency, period, and phase relationships; analyzing AC circuits by use of AC network theorems, resonant circuits, and filter circuits. Includes lab component. 

The ACT is a standardized test used for college admissions.  This course will help students identify their strengths and weaknesses in English, Mathematics, Reading, and Science, and will prepare them for taking the test.  Students will need to purchase The Official ACT Prep Guide 2026-2027, Wiley, and bring it with them to class.  Students will also need to bring paper and pen/pencil for note-taking and an approved calculator.  You will find the approved calculators at the following website:  https://www.act.org/calculator-policy.html.  Students will have one hour for lunch, time is approximate (12:00-1:00).  They can either bring their lunch or may leave campus if they prefer.

The ACT is a standardized test used for college admissions.  This course will help students identify their strengths and weaknesses in English, Mathematics, Reading, and Science, and will prepare them for taking the test.  Students will need to purchase The Official ACT Prep Guide 2026-2027, Wiley, and bring it with them to class.  Students will also need to bring paper and pen/pencil for note-taking and an approved calculator.  You will find the approved calculators at the following website:  https://www.act.org/calculator-policy.html.  Students will have one hour for lunch, time is approximate (12:00-1:00).  They can either bring their lunch or may leave campus if they prefer.

The ACT is a standardized test used for college admissions.  This course will help students identify their strengths and weaknesses in English, Mathematics, Reading, and Science, and will prepare them for taking the test.  Students will need to purchase The Official ACT Prep Guide 2026-2027, Wiley, and bring it with them to class.  Students will also need to bring paper and pen/pencil for note-taking and an approved calculator.  You will find the approved calculators at the following website:  https://www.act.org/calculator-policy.html.  Students will have one hour for lunch, time is approximate (12:00-1:00).  They can either bring their lunch or may leave campus if they prefer.

This course introduces how AI is being used in today’s business world. You will learn the basics of AI and how it impacts strategy, operations, communication, and decision-making.

You will also get hands-on practice using AI tools for writing, research, brainstorming, and improving everyday workflows. Along the way, we’ll cover how to think critically about AI, including its risks, limitations, and responsible use in real business settings.

This course introduces AI in simple, practical terms and shows how it shows up in everyday life. You will learn the basics of AI and where it’s already being used in personal, school, and work settings.

You will also get hands-on practice using AI tools to improve productivity, solve everyday problems, and think more clearly. This course includes guidance on how to judge AI outputs, understand limitations, and use AI responsibly and ethically in daily situations.