STEM Labs
Class Descriptions
Alphabetically by Class Name
Learning with Block-Based Code
Semester: Fall 2026
Grades: 5th - 12th
Day: Tuesday
Time: 1pm - 2pm
Number of Weeks: 13 (full semester)
Teacher: TBD
Cost: $250
Teacher / Curriculum / Supply Fee: $25 paid directly to Teacher
Supplies: Laptop running Windows OS required
Discover the exciting world of computer programming through hands-on coding projects designed for beginners and aspiring programmers alike! In this STEM Lab class for students in grades 5–12, learners will use block-based coding platforms to build games, animations, interactive stories, simulations, and problem-solving challenges while developing foundational programming skills. Students will explore key computer science concepts such as sequencing, loops, conditionals, variables, debugging, and logical thinking in an engaging and accessible way. Through creative projects and collaborative challenges, students will strengthen critical-thinking, problem-solving, and computational thinking skills while gaining confidence in technology and coding. No prior programming experience is required, making this an excellent introduction to the world of computer science and software development.
Learning with Block-Based Code
Semester: Fall 2026
Grades: 3rd - 6th
Day: Tuesday
Time: 2pm - 3pm
Number of Weeks: 13 (full semester)
Teacher: TBD
Cost: $250
Teacher / Curriculum / Supply Fee: $25 paid directly to Teacher
Supplies: Laptop running Windows OS required
Introduce your young learner to the world of coding through creativity, exploration, and fun! In this STEM Lab class for elementary students, children will use age-appropriate block-based coding platforms to create interactive stories, animations, games, and simple problem-solving projects. As they build and experiment, students will learn foundational computer science concepts such as sequencing, patterns, logic, loops, and debugging in a hands-on and engaging environment. Through guided activities and creative challenges, students will strengthen critical-thinking, perseverance, and problem-solving skills while gaining confidence with technology. No prior coding experience is required—just curiosity and a willingness to learn through play and discovery!
Robotics 101
Semester: Fall 2026
Grades: 7th - 12th
Day: Thursday
Time: 8:30am - 10am
Number of Weeks: 13 (full semester)
Teacher: TBD
Cost: $300
Teacher / Curriculum / Supply Fee: $25 paid directly to Teacher
Explore the exciting intersection of engineering, programming, and technology in this hands-on STEM Lab designed for junior high and high school students. In Robotics 101, students will learn the fundamentals of robotic design, construction, and programming as they work through a variety of real-world challenges and projects. Topics may include mechanical systems, sensors, motors, automation, coding, problem-solving, and the engineering design process. Students will collaborate to build, test, troubleshoot, and improve robotic systems while developing valuable skills in critical thinking, innovation, teamwork, and perseverance. Whether students are interested in engineering, computer science, technology, or simply enjoy building and creating, this course provides an engaging introduction to the rapidly growing field of robotics. No prior robotics experience is required.
Robotics 101
Semester: Fall 2026
Grades: 3rd - 6th
Day: Thursday
Time: 10am - 11:30am
Number of Weeks: 13 (full semester)
Teacher: TBD
Cost: $300
Teacher / Curriculum / Supply Fee: $25 paid directly to Teacher
Get ready to design, build, and bring robots to life! In this hands-on STEM Lab class for students in grades 3–6, learners will explore the exciting world of robotics through engaging challenges, creative problem-solving, and team-based activities. Students will learn the fundamentals of robotics, including simple engineering concepts, mechanical design, sensors, motors, and basic programming as they build and test robotic creations. Through experimentation and real-world challenges, students will develop critical-thinking, collaboration, perseverance, and problem-solving skills while discovering how robots are used in everyday life and modern industries. No prior robotics experience is required—just curiosity, creativity, and a willingness to explore the world of technology and innovation!