Digital Design Junior [STD2001]
Digital Design Junior [STD2001]
Digital Design Junior: Unlock Your Creative Potential
The Digital Design Junior course is an inspiring program designed to nurture creativity and build essential design skills in young learners. This comprehensive course is divided into four captivating levels, each offering a unique exploration into the world of digital design.
In the first level, students are introduced to graphic design using Canva, where they create visually appealing posters, presentations, and social media content with a user-friendly drag-and-drop platform.
The program then ventures into 3D modeling through TinkerCad, allowing students to design and visualize objects and structures, with the option to transform their creations into physical models using 3D printing. The final level integrates coding with design, as students use TinkerCad CodeBlocks to craft complex 3D models programmatically, enhancing their problem-solving abilities and creativity.
Digital Design Junior provides children with the skills and confidence to transform their imaginations into real-world creations, cultivating a love for technology, design, and innovation in a supportive and engaging learning environment.
Duration : 12 weeks [Each Level]
Program Delivery: In-Person
Starting Date: January 9th, 2025
Digital Design Junior: Creativity in Action
The Digital Design Junior course is a dynamic program crafted to ignite creativity and develop essential design skills in young minds. This engaging course is structured into four exciting levels, each introducing students to a new aspect of digital design.
In the first level, students explore the fundamentals of graphic design using Canva, where they create eye-catching posters, presentations, and social media graphics with an intuitive drag-and-drop interface. The journey continues as they delve into digital art using a pen tablet, mastering techniques to craft detailed illustrations and bring their artistic visions to life.
The program progresses with an introduction to 3D modeling through TinkerCad, where students design objects and structures that can even be brought to reality with 3D printing. Finally, they blend coding and design by using TinkerCad CodeBlocks to create intricate designs programmatically, honing their problem-solving skills while unleashing their creativity.
Digital Design Junior equips children with the tools and knowledge to turn their ideas into tangible creations, fostering a passion for technology and innovation in an engaging and supportive environment.
LEVEL 1 [STD2001]
Canva Program: Master the Art of Design—LEVEL 1 [STD2001]
Unlock your creative potential with our comprehensive 12-week Canva program! This course is designed to help students of all skill levels master the essentials of graphic design using Canva, an intuitive and powerful design platform.
Throughout the program, participants will explore the fundamentals of layout, color theory, typography, and branding while creating professional-quality designs. From eye-catching social media posts to stunning presentations, logos, and marketing materials, students will learn to craft visuals that stand out.
Each week builds on the previous one, introducing advanced techniques, design principles, and practical tips to elevate creativity and confidence in digital design. By the end of the course, participants will have a versatile portfolio showcasing their projects and the skills needed to excel in personal or professional design endeavors.
Join us for this hands-on and engaging program and become a Canva design pro in just 12 weeks!
LEVEL 2 [STD2002]
LEVEL 3 [STD2003]
TinkerCad Design and Modelling: Build Your Imagination in 3D – LEVEL 3 [STD2003]
Step into the world of 3D creativity with our TinkerCad Design and Modelling course! This engaging program introduces young learners to the exciting possibilities of 3D design and modeling using TinkerCad, a user-friendly and versatile online platform.
Students will learn the fundamentals of 3D design, including creating shapes, combining objects, and designing intricate models. They’ll explore how to turn their ideas into digital creations, ranging from everyday objects to imaginative prototypes. Along the way, they’ll develop spatial thinking, problem-solving skills, and an understanding of design principles.
By the end of the course, participants will have the confidence and skills to design and visualize their projects in 3D, with the option to bring their creations to life using 3D printing technology.
Let your child’s imagination soar as they explore the limitless potential of 3D modeling in this fun and educational course!
LEVEL 4 [STD2004]
TinkerCad Design with CodeBlock: Where Coding Meets Creativity – LEVEL 4 [STD2004]
Discover the power of programming combined with 3D design in our TinkerCad Design with CodeBlock course! This innovative program introduces young minds to the exciting world of computational design, using TinkerCad’s CodeBlock feature to create complex and dynamic 3D models programmatically.
Students will learn the basics of coding while exploring how to design objects through logical sequences and patterns. They’ll experiment with loops, variables, and parameters to build intricate and customizable 3D structures, enhancing their problem-solving and critical thinking skills along the way.
By the end of the course, participants will not only understand the fundamentals of programming but also have the ability to bring their creative visions to life in 3D, bridging the gap between design and technology.
Empower your child to innovate and excel in this hands-on course where imagination and coding skills come together to create something extraordinary!
ABOUT US
STEMOTICS is a specialized robotics center in Cambridge, Ontario. It aims to provide children and youngsters with the right skills to expedite their learning, especially in STEM-related fields, and express their creativity. STEMOTICS is about helping children exploring their potentials and developing their life skills.
DEVELOP YOUR SKILLS
The Goals behind STEMOTICS training are:
- Investigating machines from the engineering point of view
- Focusing on mechanical software design in a team
- Investigating machine mechanisms required to operate , using mathematics and physics
- Finding solutions for programmatic-mechanical optimization problems
ROBOTIC VALUES
Our programs help to:
- Develop procedural logical and creative thinking; ability to cope malfunctions; mathematical thinking; programming skills; motor skills; engineering processes analytic skills.
- Strengthens social aptitude, self-confidence and a sense of capability
QUICK ACCESS
- Address: 695 Bishop Street North, Cambridge, Ontario, N3H 2K8