Beginner LEGO Wedo Coding 1 & 2 & 3

Age 5-8 | Class Size: 1:4 max ratio

This is a fun-oriented course for your children aged 5-8. The children experience robot assemblies and easy basic coding with the well known Lego Wedo kits. Through our 10 fun-oriented projects, the course provides children with an interest in robotics and the opportunity to develop fine motor sills and improve concentration.

Intermediate Robotics and Coding LEVEL 1

Age 8-11 | Class Size: 1:4 max ratio

This is an Intermediate level 1 course Kidsfortech Robotics Programs. For children aged between 8 to 11, the course mainly focuses on robotics assemblies. With Kidsfortech’s own from LEVEL 2-5 robotics kit, the students get to learn the operation of robotics components such as piezo speaker, motors, LEDs and IR sensors. The course consists of well-designed 5 different modules to build. Each module contains pre-programmed coding to operate the robot. The fun and valuable learnings come together with the course. The course also includes 5 lessons on block language-based coding. And the last 2 classes are the final project. Students choose their favorite module and modify the robot as a final project.

Intermediate Robotics and Coding LEVEL 2,3,4,5

Age 8-11 | Class Size: 1:4 max ratio

This is the Intermediate level 2,3,4,5 course Kidsfortech Robotics Programs. For children aged between 8 to 11, the course mainly focuses on robotics assemblies. With Kidsfortech’s own from LEVEL 2-5 robotics kit, the students get to learn the operation of robotics components such as piezo speaker, motors, LEDs and IR sensors. The course consists of well-designed 5 different modules to build. Each module contains pre-programmed coding to operate the robot. The fun and valuable learnings come together with the course. The course also includes 5 lessons on block language-based coding. And the last 2 classes are the final project. Students choose their favorite module and modify the robot as a final project.

Advanced Robotics and Coding LEVEL 1,2,3

Age 11-14 | Class Size: 1:4 max ratio

It is an advanced level 1,2,3 course designed to teach students Arduino coding and the operation of 10 robots. With the Kidsfortech #1-3 robotics kits and Arduino language software, students complete 10 creative projects. Throughout detailed lessons on practical coding and electronics, students learn to operate mechanical components and understand electrical schematics. It seems coding and robotics and complicated, but this course would that they can be fun and exciting. And the last two classes are the final projects. Students build their own designed, and Arduino coded robot on the final project.

LEGO Spike Coding

Age 11-14 | Class Size: 1:4 max ratio

Unleash your creativity, dive into the world of robotics, and master coding in our LEGO Spike Class! Build and customize awesome e-robots using the LEGO Spike kit, and bring them to life through Scratch or Python coding. Prepare for the renowned LEGO Challenge Competition in our special class where you’ll refine your skills and showcase your talent. Led by experienced instructors, our comprehensive program develops critical thinking, teamwork, and innovation. Join us to unlock your creativity, explore the limitless possibilities of robotics and coding, and embark on an incredible journey of learning and achievement.

Java Script with AI

Age 14-18 | Class Size: 1:4 max ratio

As one of the most popular programming languages in the world, JavaScript is an essential tool for web development and front-end design. For anyone interested in building great websites and web applications, JavaScript is a must-know language that can open up a world of possibilities and opportunities. Plus, we’ve got a secret weapon to make your learning journey even more enjoyable – ChatGPT! With the assistance of this AI-powered language model, you’ll unlock new ways to simplify and enhance your coding experience. Get ready to elevate your web development skills with JavaScript and ChatGPT by your side!

AP Courses

Age 16-18 | Class Size: 1:4 max ratio

Calculus, Computer Science, Economics

AP Computer Science A presents an immersive, year-long introductory course in computer science, placing emphasis on honing object-oriented programming skills using Java. Students engage in coding practical applications, mastering problem-solving techniques, and cultivating their creativity. The curriculum ensures a profound understanding of object-oriented principles, design patterns, and algorithmic thinking through interactive projects and collaborative learning. The ultimate goal is to thoroughly prepare students for the challenging AP Computer Science exam in May, offering the chance to earn college credit and empowering them with a solid foundation in computer science for future academic.

Enrolling in AP Calculus AB provides students with a strong understanding of mathematics, preparing them to earn credit in university and ensuring a smoother transition into their first year of higher education. This advanced placement course emphasizes calculus principles, particularly differentiation and integration techniques, fostering critical problem-solving skills and logical reasoning. By excelling in the AP exam, students can potentially skip introductory-level calculus courses in college, allowing them to delve deeper into more advanced math subjects. The comprehensive knowledge gained from AP Calculus AB not only enhances academic growth but also equips students to confidently navigate the challenges of their university studies.

Enrolling in AP Microeconomics and Macroeconomics offers students valuable insights into the fundamental principles governing economic systems at both the micro and macro levels. These advanced placement courses delve into the intricate workings of individual markets (microeconomics) and the broader national and global economies (macroeconomics). By studying the intricate interplay between supply and demand, resource allocation, market structures, and economic indicators, students develop a profound understanding of economic concepts and their real-world applications. Mastering these subjects not only enhances students’ analytical and critical thinking skills but also provides them with the opportunity to earn college credit and potentially skip introductory economics courses in university. This preparation equips students with a strong foundation, empowering them to navigate economic challenges with confidence in higher education and beyond.