Digital Journey Standard Course (Ages 12 – 16) (3 years program)
Digital Journey Standard Course (Ages 12 – 16) (3 years program)

In today’s world of technology where our kids are often first introduced to devices which are only equipped with a touch screen interface, it is increasingly valuable for them to learn how to use the keyboard properly or save their favourite image into the computer. Let your child excel in Computational Thinking with our progressive learning roadmap which takes them through App Development, and HTML, CSS, PHP, Java, JS, Python, C++, Node.js, Database and Advance Game Development. Students create real-world apps and solutions and will be exposed to the intricacies of UI/UX design.

Course Structure

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Data Analysis and Visualization

You’ll learn how to process and analyze data and visualization which is most valuable skills you can have. It allows you to take raw data and create meaningful, actionable insights. You’ll explore the four crucial steps for any data analysis project: reading, describing, cleaning, and visualizing data.

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Junior Front-End Developer

Create front end interfaces, styles, and websites like the ones you know and use every day by understanding the key concepts and getting familiar with in CSS, HTML, and JavaScript and discover how to bring concepts to life on the browser canvas by combining essential graphic design, coding principles and setting out layouts. Moving on you’ll focus on tags, elements, and attributes, forms, and JavaScript fundamentals. In all, this course serves as a stand-alone guide for those who are starting to prepare for front-end interfaces.

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Junior Software Development Coding

Coding and web-design skills are becoming more and more important in our technological world. This course will familiarize young ones with the fundamental programming that make up web-based programs and give them the head start they need. Learn about variables, loops and functions to prepare for more advanced programming courses. The other courses cover a wide range of topics. The topics that learners will understand include Learn about variables, loops and functions, and more. Learners will be able to practice using C++, Python, Node.js and other computing languages.

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Hackathon

Advanced Computer Scientists

Acquire Advanced Problem-Solving Skills 12 research areas for students to model advanced concepts and apply their coding know-how across complex app development.

Develop Apps for Android and iOS

Create real-world Apps spanning a vast variety of domains ranging from healthcare to entertainment. Be exposed to the intricacies of UI/ UX design.

Develop and Create

Advanced Computer Scientists marries software (coding) and is a collaborative platform for students to be developers of apps and software. Deep dive into app creation for both iOs and Android, develop the maker in them with our extensive curriculum, or touch base with Python in a way that students enjoy and understand, for maximum application and retention. We have 12 different badges for students to collect and advance their coding abilities. This class will expose students to diverse fields of application for coding. You can join us anytime throughout the year.
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Get started on MIT App Inventor

The MIT App Inventor platform is a visual programming language that will kickstart your kid’s interest in mobile app development.

Create Your Very Own Mobile App

With the right tools in hand and the right training, your kid is now ready to create an app that he is proud to show off to you.

Learn User Experience/ User Interface Design

Think from the user’s perspective and how they will act and react to different parts of the mobile interface and feedback to you about it.

App Inventor 1’s goal

App Inventor 1’s goal is to introduce mobile app programming, instill confidence and an adventurous spirit for students to continue exploring to become little app creators.

Outline

  • Introduction to App Inventor and its Interface
  • Learn about the Smartphone and its touch Interface
  • Load and run mobile Apps
  • Events-Driven Programming
  • Use Variables and Procedures
  • Graphics and Animation
  • Conditional/comparison Operators
  • Make animations come alive on your mobile phone
  • Development of own Project
  • Pour your knowledge into the cauldron to develop an interactive game
  • Artificial Intelligence and Machine Learning program for kids
  • Augmented Reality program for kids
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    App Inventor Stage-2

    • Course Outline:
    • Outline
      • Master the Art of MIT Mobile App Development
    • Review of MIT App Inventor 1 knowledge and solve more problems in MIT App Inventor stage 2 (Take it up a notch)
      •
      Be exposed to the Right Tools
    • Learn the components that you need to build your ideal app: Maps, sensors, Social, Web viewer, Notifier and how to store the data.
      • Solve Real-World Issues around us
    • Create a Text-to-Speech app for the deaf community or a fun game for your friends to play.
      • Mobile Mastery
    • Mic testing, 1, 2, 3. Spearhead your child’s growth in the field of mobile app development today! Delve into an array of functions on the MIT App Inventor stage 2 Platform such as Voice-to-Speech and GPS tracker to develop sophisticated phone applications of your child’s desire. The limit is but their imagination. App Inventor stage 2 will uncover the detail-oriented side of students as they enter the process of wireframing to strive to build an app that can solve a real world problem. Our fun-packed activities in the course will break down complex design and programming concepts to bite-size for students to digest.
    • Course Outline:
    • Outline
      • Quick Review
    • Review of App Inventor stage 2 Interface Brainstorm time for a complex app creation
      •
      Media
    • Learn to use various media components Voice Recognition
      •
      Booleans and Conditionals
    • If-then…else-then Logical Operators
      •
      Design Thinking
    • Introduction to phases of Design Thinking (Observation, Ideation, Rapid Prototyping, User Feedback, Iteration, Implementation)
      •
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    Portfolio-building

    This tailor-made program has been effective in helping students build and present their body of artwork, idea development and creative thinking process in an impressive manner for local and overseas interviews, assessments, competitions and college admission. Its individualized nature offers flexibility to students who wish to develop their unique personal styles.

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