Learn how we integrate computer science with your curriculum

Scratch lessons bring coding to life for elementary students by combining creativity and technology in a fun, interactive way. Through drag-and-drop programming, students design games, animations, and stories while integrating math, science, social studies, and ELA standards. These projects not only build foundational computer science skills but also reinforce key concepts students are already learning, helping them deepen their understanding and work toward mastery in multiple subjects.

Tynker lessons introduce students to the world of coding through engaging, game-based activities that align with grade-level learning. By solving puzzles, designing projects, and creating interactive stories, students develop computational thinking and coding skills while integrating math, science, social studies, and ELA standards. For example, students might create a math game to practice multiplication or design an interactive presentation to showcase research on a famous historical figure. These projects reinforce key concepts students are already learning, helping them build mastery in multiple subjects through hands-on, creative coding experiences.

Minecraft lessons turn the popular game into an educational powerhouse, teaching coding, collaboration, and problem-solving through immersive, block-based adventures. By building virtual worlds and tackling challenges, students develop computational thinking skills while integrating math, science, social studies, and ELA standards. For example, they might create interactive timelines to visualize historical events, design virtual museums to showcase research projects, or build models of scientific concepts to demonstrate their understanding. These projects allow students to share their learning creatively while reinforcing key academic skills through hands-on coding experiences.

Our lessons bring the exciting world of robotics to life through a diverse range of tools, including LEGO, VEX, Bee-Bots, Indi, and more. Students engage in hands-on building, coding, and problem-solving as they design, program, and test their own robots. Whether constructing LEGO models, navigating Bee-Bots through mazes, or programming VEX robots for complex tasks, learners develop critical thinking, teamwork, and computational thinking skills in a dynamic and interactive environment. These lessons also integrate core content areas such as math, science, social studies, and ELA—for example, students might program Bee-Bots to follow a sequence of events in a historical timeline, use LEGO robots to model scientific processes, or apply measurement concepts while coding navigation paths. By combining robotics with core subjects, students deepen their understanding while developing creativity, innovation, and problem-solving skills to tackle real-world challenges with confidence and curiosity.

Our 3D printing lessons empower students to turn their ideas into reality by combining creativity with cutting-edge technology. Through hands-on projects, learners design and print 3D models while integrating core subjects like math, science, social studies, and ELA. For example, students might create 3D models of geometric shapes to explore mathematical concepts, design historical artifacts to enhance social studies lessons, or print models of scientific structures to reinforce their understanding of complex concepts. These lessons encourage innovation and experimentation, allowing students to develop engineering, design thinking, and problem-solving skills while deepening their mastery of academic content in a fun and engaging way.

Makey Makey lessons transform everyday objects into interactive inventions, sparking creativity and curiosity in students. By connecting the Makey Makey board to items like bananas, playdough, or even themselves, learners explore the basics of circuits, coding, and conductivity while creating unique projects like musical instruments, game controllers, or research posters with interactive elements. For example, students might design a multiplication game that helps reinforce math skills or create a research poster with touch-activated features to showcase their learning on a historical figure or scientific concept. These hands-on activities encourage innovation, problem-solving, and a deeper understanding of how technology interacts with the world around us while integrating core subjects like math, science, social studies, and ELA.

Our coding lessons are designed to spark curiosity and creativity, offering students a foundation in computational thinking and problem-solving through a variety of engaging tools and platforms. At Promise Consulting, we specialize in developing customized curriculum tailored to your unique needs, ensuring every area of interest is explored with innovative, hands-on learning experiences.