Program Benefits

  • Improve College Readiness

  • Master Engineering Graphics

  • Practice Coding and Circuits

Our Hands-On Curriculum Includes CAD Modeling, 3D Printing, Coding, and Circuits

  • Learn Engineering Principles

    Learn and apply critical thinking, problem-solving, and spatial-visualization skills using the engineering design methodology. Create industry standard drawings, format and organize blueprints at a comfortable yet practical pace, and gain a better knowledge of geometry and different views of shapes.

  • Create 3D CAD Models

    Using the industry-standard software Creo Parametric, students will build assemblies of 3D CAD parts. Students will also have a better understanding of geometry and measuring figures. They will also utilize a variety of functions to create complex and different figures that serve different purposes. Students can also create real-life objects to their own liking, such as chess pieces and tools.

  • Use and Maintain 3D Printers

    How to set up the 3D printers with Cura and import CAD models for 3D printing. Students will also be able to print out their project figures they have worked in CREO to take home.

  • Work with Circuit Boards

    Build electronic circuits with Arduino microcontrollers. Simulate how electronics will respond in real life. The course has a variety of components for your child to work with, as they will also have to submit code to give their circuits specific orders. Circuit classes can both be learned in online classes via TINKERCAD, and/or in-person where they can use real components.

  • Practice Coding Techniques

    Students will learn how to code inputs to give specific orders to their circuits. They will learn the functions and purposes of multiple orders, along with setting up and looping their circuits to what they want them to do.

  • Learn Electricity Fundamentals

    This module is designed to provide students with foundational knowledge in electrical principles. It will cover topics such as Ohm's law and the units of electrical measurement, with a focus on understanding the relationships between voltage and current. Participants will learn about digital circuits, build prototyping circuits on breadboards using schematic diagrams and simulators, and use real digital multimeters for troubleshooting.

Give Your Child the Master Skills to Work with the Same Technology that the Pros at NASA, Dell, Rolex, ASML, and Toyota Use.

Discover New Aspects of Coding by Engaging in Hands-On Activities Involving Circuit Boards.

Learn about Drafting Disciplines and How Important It Is In the Design Process

Bring Digital Products to Life. Transform Them into Physical 3D-Printed Materials.

Meet the Master Instructor

Tan Le, P.E.

Founder & Master Instructor

After completing his studies in mechanical engineering at the University of Texas at Austin, Tan has accumulated 9 years of experience in the semiconductor equipment industry with Applied Materials and 16 years in the subsea oil and gas equipment industry at National Oilwell Varco (NOV). During his time as a subsea project engineer at NOV, he also spent 5 years teaching 3D CAD at the University of Houston. Currently, he serves as a technical instructor for NOV. Tan is deeply passionate about spatial visualization skills, problem-solving, and hands-on training methodologies. As a licensed professional engineer (P.E.) in Texas, he has earned two utility patents and developed expertise in Creo Parametric 3D CAD software and 3D prototyping. Additionally, he holds a public speaking certification from Toastmasters International.

View LinkedIn Profile

Testimonials from Parents and Students

Get Started for Free

Frequently Asked Questions

  • How many hours does it take to complete a certified level?

    The time required varies based on the student's learning pace, but it may take up to 100 hours per level to fully acquire the knowledge and hands-on experience.

  • How does the monthly subscription work?

    Our instructor-led programs are available through a monthly subscription. Each class session is one hour long, and students can attend up to four hours per month. In-person classes are $225 per month, and online classes are also $225 per month. Make-up sessions are 30 minutes each. Missed sessions cannot be rolled over to the following billing cycle. Parents can pause the subscription at least two months in advance.

  • When are instructor-led classes offered?

    The in-person class times (Central Time) are available in the link:

    Click to View Schedule

  • What is the recommended age range for the courses?

    We advise students between the ages of 9 and 15 to enroll in our live courses. These courses are designed to meet the needs of younger students. For older students, our tailored courses offer a fast track to meeting their specific requirements.

  • What are the benefits of taking our program?

    Our curriculum uses STEM skills to solve real-world issues. Students learn by doing, using hands-on activities and project- and problem-based learning. We emphasize developing spatial visualization, critical thinking, creativity, innovation, and problem-solving skills. We believe students deserve the chance to use the same tools as the pros, and our curriculum includes using the same CAD software that NASA, Dell, and Toyota pros use.

  • Why is Creo Parametric selected as the preferred 3D CAD software to learn?

    3D CAD is three-dimensional Computer-Aided Design. Creo Parametric is award-winning CAD software that is easy to use and provides extensive capabilities. It is used by engineers at prestigious organizations such as NASA, Toyota, Caterpillar, Microsoft, Dell, Lockheed Martin, and Schlumberger.

  • What is coding with circuits?

    Coding with circuit boards is a form of physical computing that uses structured text or text-based programming to control circuits and electronics. Our introductory course teaches the basics of developing projects based on microcontrollers using Arduino software. Students learn how to construct circuits on microcontrollers and how to program microcontrollers.

  • Do you offer instructor-led online classes for long-distance students?

    Yes! Virtual classes offer flexibility in terms of scheduling and location. Both teachers and students can join the class from anywhere with an internet connection, eliminating the need for commuting or adhering to strict timetables. Virtual classes can also empower shy or introverted students to participate more comfortably. With proper planning and utilizing the available tools and resources, virtual classes can provide an engaging and effective learning environment.

  • What's the next step after completing the beginner level?

    In addition to our three levels of 3D CAD and circuit & coding disciplines, we offer custom courses in digital SAT math, electricity basics, hydraulics, robotics operating system (ROS), printed circuit board (PCB), and programmable logic controllers (PLC).

Location

9525 Katy Fwy Ste 225 Houston, TX 77024