COURSES - Kids for Tech

COURSES

Robotics

KIDSFORTECH’S education system begins with the fundamental micro controller module and advances to the configuration of components such as LED, buzzer, motors, and sensors. Modelled on a blend of configuration theories, our advanced curriculum teaches block programming to ensure that students understand both the hardware and software they’re dealing with, while maintaining interest.

7 Step Approach

At KIDSFORTECH, we have developed a structured 7 Step Approach for each class, designed to optimize students’ learning experience and make the most of their time with us.

Establish class objective: We begin by setting a clear objective for each class, ensuring that students understand what they will learn and achieve during the session.

Acquire hardware knowledge through assembly: Students dive into hands-on learning by assembling the robotics hardware components. This practical experience helps them develop a strong foundation of hardware knowledge.

Reinforce robotics theory through textbook instructions: Our curriculum incorporates textbook instructions to reinforce the underlying robotics theory. Students deepen their understanding of concepts and principles through engaging educational materials.

Improve logical cognition and critical thinking through coding instruction: We guide students in learning coding, which enhances their logical cognition and critical thinking abilities. By instructing them in programming languages and logical problem-solving techniques, we equip them with valuable skills for the world of robotics.

Creation of a personalized robot based on foundational knowledge: Building upon the foundational knowledge acquired, students embark on the exciting task of creating their own personalized robot. They apply what they have learned to bring their unique creations to life, fostering creativity and innovation.

Boost confidence and develop a team-oriented mindset through competitions: To nurture a sense of confidence and teamwork, we organize competitions where students can showcase their robots and compete with their peers. These friendly challenges encourage collaboration, strategic thinking, and healthy competition.

Enhance thought organization by analyzing and discussing their work: To further develop their thought organization skills, students analyze and discuss their work on paper. Through reflection and discussion, they gain insights into their processes, make improvements, and refine their approaches.

Coding

Robotic programs (code) are the series of commands or instructions that tell a mechanical device and electronic system what tasks to perform. Simply, it is the instruction that operates the robot. Once the mechanical components are put together, the next step is to write a good program or code to operate the machine. Without it, the machine is useless! Programming or coding is therefore an essential skill for learners to develop in robotics.

At Kidsfortech, our goal is to provide our students with an in-depth, direct and complete robotics education. Over the years, we tried hard to develop our own robotics kits. It is our pride that our students now can learn and have fun by assembling over 50 different robots with our kits.

Our CPU boards are programmable by Arduino IDE, a program language based on C++. We have designed a series of easy-to-follow coding lessons to teach Arduino code to our students. Also, for our young students, we have developed lessons to teach a visual language software, Mixly. The visual or graphical programming software helps our young students to better understand the programming principles and program thinking and, as a result, lays the foundation for future text programming.

Tuition & Program

Class open every week upon request! Choose your convenient schedule.
Please contact to SURREY : 778-955-9968

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

Kidsfortech Robotics Programs presents an Intermediate Level 1 course for kids aged 8 to 11. This course centers on hands-on robotics assembly with Kidsfortech’s LEVEL 2-5 kit, educating students about motors, LEDs, piezo speakers, and IR sensors across 5 pre-programmed modules. Additionally, 5 block-based coding lessons are included. The course concludes with a 2-class final project allowing students to choose, modify, and present a module-based robot.

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

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

Kidsfortech Robotics Programs offers Intermediate levels 2 to 5 for children aged 8 to 11, focusing on robotics assembly using their LEVEL 2-5 robotics kit. Students learn to operate components like piezo speakers, motors, LEDs, and IR sensors across 5 modules with pre-programmed coding. The course includes 5 block-based coding lessons and concludes with a 2-class final project where students modify a chosen module-based robot.

Advanced Robotics and Coding LEVEL 1,2,3

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

This is an advanced course, levels 1 to 3, focused on teaching Arduino coding and operating 10 robots. Using Kidsfortech kits and Arduino software, students create 10 projects, learning coding, electronics, and mechanics. The course makes coding and robotics enjoyable, concluding with 2 final classes where students design and code their own Arduino robot.

LEGO Spike Coding

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

Explore robotics and coding in our LEGO Spike Class! Build e-robots with the LEGO Spike kit, animate them using Scratch or Python, and shine in the LEGO Challenge Competition. Led by experienced instructors, our program fosters critical thinking, teamwork, and innovation. Join us to unlock creativity, dive into robotics, and excel in learning and achievement.

Java Script with AI

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

JavaScript stands as a vital programming language globally, indispensable for web development and front-end design. For those aspiring to create impressive websites and applications, JavaScript is a necessary skill offering endless prospects. Moreover, enhancing your learning journey is ChatGPT, our AI-powered assistant, adding enjoyment and efficiency to coding.

AP Courses

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

Calculus, Computer Science, Economics

AP Computer Science A provides a year-long immersive course in computer science, centered on Java-based object-oriented programming. Students code applications, refine problem-solving, and grasp key principles. The curriculum cultivates skills through interactive projects, preparing students for the AP exam in May, offering college credit and a strong computer science foundation.

Enroll in AP Calculus AB for a robust math foundation, earning university credits and easing the transition to higher education. This advanced course emphasizes calculus principles, refining problem-solving and logical reasoning. Success in the AP exam may lead to skipping introductory-level college calculus, enabling exploration of advanced math. AP Calculus AB enhances academic growth and equips students for university challenges.

Join AP Microeconomics and Macroeconomics for insights into economic principles at micro and macro levels. Covering markets and broader economies, you’ll master concepts like supply-demand dynamics and economic indicators, gaining analytical skills. Success may earn college credit, setting a solid foundation for higher education’s economic challenges.