Thank you! We'll be in touch within 24 hours
Oops! Something went wrong while submitting the form.
Please try again.
Please try again.
TechTrain’s core Coding and Robotics curricula are complemented by App Design, Game Design, 3D Technologies, AR/VR Environments and much more. Our globally inspired, in-house programs open the way to 21st Century success for Vietnamese students. TechTrain's integrated approach delivers essential tech- and soft-skills, all in an English language environment.
Explorers work collaboratively and creatively to solve problems, using engaging platforms to make stories, games and robots.
Builders communicate in English and apply their ideas to make fun programs. They advance their computational thinking skills as they code stories, games and robots.
Creators harness critical thinking and communication abilities to design and develop the right solutions for making games, mobile apps and robots.
Simple drag and drop blocks allow learners of any age to create programs without having to type code
Students learn essential coding concepts by creating interactive stories and games
Text-based coding languages give learners the ability to create everything from websites, to software, to robots
Students learn fundamental coding concepts and syntax with Python, a simple yet powerful programming language
This course encapsulates all stages of website creation, from ideation to deployment
Students learn about the practices and principles of User Interface (UI) and User Experience (UX), which they encounter daily on the internet
Mobile Applications are built primarily for iOS and Android devices, and developed with both block and text-based programming platforms
Students learn how to design, wireframe and code a variety of functional apps, with topics such as games, fashion, animals and sports
Electronics are the fundamental building blocks of robotics, where learners assemble and code hardware to move and sense the environment.
Students learn about circuits, as well as sensors and motors to build and control robots
Students learn the basics of 3D CAD (3 Dimensional Computer-Aided Design), designing a simple 3D object using design software.
Students then convert their designs to a printable format, and print using a 3D printer
AR (Augmented Reality) and VR (Virtual Reality) are technologies that simulate an environment with graphic interfaces. Students learn the basics of AR and VR, augmenting their ‘real’ classroom, and creating a fully immersive and interactive virtual classroom environment.
Students also create a virtual 3D AR/VR representation of their previously designed/scanned 3D objects
Recent advances in Artificial Intelligence (AI) and Machine Learning mean that computers and robots can now be taught to see, listen, speak and think just like humans.
Students learn how the human brain works and how to code and and train their own neural networks, before moving on to harness the awesome power of modern, cloud-based AI tools.
Simple drag and drop blocks allow learners of any age to create programs without having to type code
Students learn essential coding concepts by creating interactive stories and games
Text-based coding languages give learners the ability to create everything from websites, to software, to robots
Students learn fundamental coding concepts and syntax with Python, a simple yet powerful programming language
This course encapsulates all stages of website creation, from ideation to deployment
Students learn about the practices and principles of User Interface (UI) and User Experience (UX), which they encounter daily on the internet
Mobile Applications are built primarily for iOS and Android devices, and developed with both block and text-based programming platforms
Students learn how to design, wireframe and code a variety of functional apps, with topics such as games, fashion, animals and sports
Electronics are the fundamental building blocks of robotics, where learners assemble and code hardware to move and sense the environment.
Students learn about circuits, as well as sensors and motors to build and control robots
Students learn the basics of 3D CAD (3 Dimensional Computer-Aided Design), designing a simple 3D object using design software.
Students then convert their designs to a printable format, and print using a 3D printer
AR (Augmented Reality) and VR (Virtual Reality) are technologies that simulate an environment with graphic interfaces. Students learn the basics of AR and VR, augmenting their ‘real’ classroom, and creating a fully immersive and interactive virtual classroom environment.
Students also create a virtual 3D AR/VR representation of their previously designed/scanned 3D objects
Recent advances in Artificial Intelligence (AI) and Machine Learning mean that computers and robots can now be taught to see, listen, speak and think just like humans.
Students learn how the human brain works and how to code and and train their own neural networks, before moving on to harness the awesome power of modern, cloud-based AI tools.
SUBSCRIBE TO RECEIVE TECH NEWS
