Mission coder loader
algorithmics programming school

PROGRAMMING

Graphical Program

Python

coding curriculum for kids

ROBOTICS

Let's Make Robots

Learn. Build. Share

online computer programming for kids

2D & 3D DESIGNING

3D Design & Printing

Augmented Reality

early childhood coding education

GAME DEVELOPMENT

Turning Brilliant Ideas

Into Brilliant Game

PROGRAMMING

PROGRAMMING

Skills & Stem Development

Programming Logic

Computer Literacy
Programming Logic

Game & Animation

Prototyping
Logical Thinking

Design Techniques

Creativity
Design Techniques

Software & Hardware Interface

Problem Solving
Software & Hardware Interface

fundamental program

At Mission Coders we offer a unique fundamental program that teach our students basic computer programming concepts, algorithms, loops, events, and etc. Students will collaborate as a team; investigate different problem-solving techniques; endure in the face of difficult tasks, and learn about digital citizenship. By using bright engaging visuals with click-and-drag platform originated by MIT, our students will learn the essential fundamental skills that can be applied in today’s tech-driven world.

The students will moved toward project based course once they master the fundamental programming concepts. They will further advance their programming skills;

- Robotics
- Game Development
- Design and Programming

They will build up their knowledge foundation while working on project that uses Scratch or Python or 3D design programming language.

Tools

Scratch is a visual programming language and users create their own interactive stories, games and animations, then share and discuss their creations with one another.


Python is a computer programming language. It is easy to learn, and can be used to write all sorts of computer programs. People use Python to build games, online tools, and websites.


Lego Mindstorms is a hardware software platform produced by Lego for the development of programmable robots based on Lego building blocks.

ROBOTICS

ROBOTICS

Skills & Stem Development

Problem Solving

Problem Solving
Programming Logic

Assembling Robots

Software & hardware Interface
Assembling Robots
Teamwork

Design Techniques

Creativity
Design Techniques

Why Robotics

Why Robotics

Robotics is increasingly being considered as the fourth “R” of learning, “Reading, wRriting and aRithmetic” that modern-day students must understand to succeed in a highly competitive and technology-driven world. Robotics integrates all STEM fields in a way no other subject can cover. Robotics oversees all subjects. It integrates mechanical, electrical, electronics, control engineering, computer science, technology, math, and science all in one. You will discover breakthrough technologies in Robotics. Immerse yourself in the most forward-looking discipline of our time. Make learning fun, engaging, and inspiring. Provides highly practical hands-on experience. It gives a head-start in preparing for high school and college. Develops critical thinking skills and problem solving strategies. Enables learners to develop and express creativity. Develops the ability to work collaboratively in teams. Helps the student develop an intuitive understanding of physical concepts in science and math. Helps to excel in math and science and choose a career in science and technology. Enables students to appreciate and realize technology and how it plays a larger role in our society. Builds confidence and self-esteem. Prepares your student for the fast-paced competitive world.

The adorable global sensation that helps children get smarter as they built. From the outset mBot, with its big adorable eyes and cute smiley face, has enthralled more than 4.5 million children worldwide. mBot is an educational playmate for children learning to build and program, and an excellent educational aid for teachers in STEAM lessons. It is also a frequent heavyweight contender at large robot competitions, such as MakeX. mBot gets children to engage both their hands and their brains, encouraging kids to exercise their interdisciplinary abilities while allowing them to experience the endless fun of creation at the same time.


In the Junior Robotics camp, we use Mbot Education, it makes elementary science come to life through hands-on tasks, real-world projects, and relevant technology that engages students. Through assignment-based activities, students’ skills are enhanced across science, engineering, technology, and coding. The unique Mbot robots, classroom-friendly software, and inspiring, standards-based technology projects results in a resource that builds students’ confidence. Empower them to ask the right questions, define problems, and design their own solutions by putting scientific discovery in their hands. The curriculum is designed for students and covers many foundational computer science and engineering skills that are not often taught in early childhood. These academic frameworks are taught through a series of powerful ideas: the Engineering Design Process, Robotics, Programming, and Sensors. Each Idea addresses foundational math, literacy, science, and art skills. Be an inventor, think like an inventor. A fun Robotics program that introduces innovation. Become an Inventor and Engineer! While working in teams, students learn the basics of brainstorming, design and cost tradeoffs, and intellectual property. Teams compete in best designs for multiple challenging projects using material from class and/or home.


- Engineering - Innovation
- Prototyping
- Persistence
- Complex Systems
- Machines


• Camp curriculum is designed from beginner to advanced level
• Hands-on experimental and exploratory study
• Kids learns strategies for “Critical Thinking, Lateral Thinking, Problem Solving, Designing Projects, and Communicating Ideas”
• Students will be assigned with projects according to their grade and skill level
• At the start of each week, the teacher analyzes the student’s progress and teaches each student based on their skill level to help them complete the course work.


In Advance Robotics Camp, students will design, build, program and test robots that can complete various tasks, respond to environmental changes and compete in tournaments. MBot helps bring technology, science and computer programming to life with hands-on, project-based STEM learning. The curriculum is designed to polish students STEM skills make applied math more meaningful, explore and understand science and Inspire the engineers of tomorrow. Classmates work in pairs or individually to complete projects and compete in a tournament.

2D & 3D DESIGNING

DESIGNING

Skills & Stem Development

Programming Logic

Problem Solving
Programming Logic

Modelling Techniques

Creativity
Modelling Techniques

Logical Thinking

Prototyping
Logical Thinking

Reality Interface

Manufacturing Planning
Reality Interface

fundamental programming

Once the students completed their fundamental programming concepts, students can further their coding experience by complete project base courses that allow them to explore;

- 3D printing
- Augmented Reality (AR)
- Game Design
- Produce an animated film

Tools

Scratch is a visual programming language and users create their own interactive stories, games and animations, then share and discuss their creations with one another.


Python is a computer programming language. It is easy to learn, and can be used to write all sorts of computer programs. People use Python to build games, online tools, and websites.


Google launched google website builders to create easy and affordable website. Google website builder handles the coding and offer templates you can customize with your own text, designs, images and more. 


Blender is open-source 3D computer graphics software toolset used for creating animated films, visual effects, art, 3D printed models, interactive 3D applications and video games.


Maya is a 3D animation, modelling, simulation and rendering software provides an integrated, powerful toolset. Use it for animation, environments, motion graphics, virtual reality and character creation.

GAME DEVELOPMENT

GAME DEVELOPMENT

Skills & Stem Development

Programming Logic

Problem Solving
Programming Logic

Character Creation Techniques

Creativity
Character Creation Techniques

Game Design Principle
Game Design Principle
Design Techniques
fundamental programming

Like to play video games? Why not create one! Once the students completed their fundamental programming concepts, students can further their coding experience by learning how to create games. They will do;

- Create Characters
- Design Game menus & interfaces
- Explore the essential game design principles.

Tools

Minecraft is a game where you dig (mine) and build (craft) different kinds of 3D blocks within a large world of varying terrains and habitats to explore. In this world the sun rises and sets as you go about your work, gathering materials and making tools.


Python is a computer programming language. It is easy to learn, and can be used to write all sorts of computer programs. People use Python to build games, online tools, and websites.


GameMaker is designed to allow its users to easily develop video games without having to learn a complex programming language.


Bloxels is not just another tech-enabled toy. It's a hands-on, brains-on, creativity and technology experience. Bloxels uniquely unlocks students' innate creativity by leveraging something they love: video games.


Tynker is an educational programming platform aimed at teaching kids how to make games and programs. Instead of typing the source code, you visually drag blocks of code and snap them together.

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