Junior
Engineering
Starting from February 10th
The course material has been meticulously crafted to seamlessly integrate with the school curriculum, specifically in the areas of Science, Mathematics, and Information Technology (IT). This guarantees that students will benefit from a well-rounded and cohesive educational journey, ultimately boosting their comprehension and expertise in these crucial subjects.
Comprehensive Kit featuring Variety of Electronics Components, and 3D Printed Parts | 6 Month Course
Maths
Applications of Summation, Optimization Through Minimization, Utilizing Division for Problem Solving, Multiplication in Real-world Scenarios, and Solving Algebraic Equations.
Robotics
Fundamental Robotics Applications Involving Servomotors, Utilization of 3D Printing Technology, Proficiency in 3D Designing, and Practical Implementations of Microcontroller Systems.
Electronics
Electronics Fundamentals Aligned with Both Local and International Syllabi, Incorporating Mathematical Calculations for Practical Applications.
Mechanical Eng
Children will also develop leadership skills as part of their learning experience
Science
Children will delve into scientific concepts, including physics and astronomy, as they participate in our sessions
Programming
Kids will acquire essential programming skills and knowledge, paving the way for a bright future in the world of technology.
Leadership
Children will also develop leadership skills as part of their learning experience
Used Platforms to learn
Capturing Past Moments
Gadget Engineer Course Kit
Elevate your engineering journey with the Gadget Engineer Pro Kit, a comprehensive DIY creation package. Inside, you’ll find everything you need to craft your own unique gadgets: small and big ice cream sticks, charging module, hot glue gun, AA battery holder, 3D printed parts, laser wood, syringes, speakers, a breadboard, wires, switches, motors, propellers, diodes, resistors, speaker modules, and a 3.0 jack. The possibilities are limitless. Say goodbye to store-bought toys and hello to hands-on innovation with this kit. Dive into the electrifying world of gadget creation and watch your creative ideas come to life!
Workshop Schedule (Starting from February 10th)
The red-colored slots are already reserved, while the yellow ones still have availability.
Course Plan
- Introduction to fundamental mechanical concepts.
- Hands-on activities to understand basic mechanics.
- Exploration of simple machines and their applications.
- Integration of 3D printing basics for creating mechanical components.
3D Printing Basics:
- Integration of 3D printing into mechanical and electronic projects.
- Designing and printing components for robotics and other projects.
Ethics in Engineering:
- Discussion of ethical considerations in various engineering projects.
- Incorporation of ethical discussions within robotics and innovation projects.
Discover the fascinating world of Mechanical Principles! From understanding the basic principles of motion to hands-on exploration of simple machines, this module lays the groundwork for building and designing mechanical systems. Get ready to unleash your creativity and build cool projects with your newfound knowledge!
- Learning the fundamentals of electronic components.
- Practical demonstrations of circuit building.
- Introduction to soldering and electronic prototyping.
- Integration of renewable energy concepts within electronic systems.
the Basics of Electronics! Dive into the world of circuits, electronic components, and soldering. In this module, you’ll not only learn the fundamentals of electronics but also explore the exciting realm of renewable energy integration. Get ready to light up your imagination and power up your understanding of electronic wonders!
- Understanding the role of microcontrollers in electronic systems.
- Programming basics for microcontrollers.
- Hands-on projects using Arduino or similar platforms.
- Introduction to Internet of Things (IoT) concepts using microcontrollers.
Get ready to embark on a journey into the heart of electronic control with Microcontrollers! This module introduces you to the brain behind many electronic devices. From programming basics to hands-on projects with microcontrollers like Arduino, you’ll be coding your way to creating smart and innovative solutions. The future is in your hands—literally!
- Introduction to coding languages suitable for young learners.
- Interactive coding exercises to enhance problem-solving skills.
- Application of coding concepts in real-world scenarios.
Internet of Things (IoT):
- Application of IoT concepts in microcontroller programming.
- Building projects that involve IoT principles.
Step into the world of Coding! This module is your gateway to the language of computers. Learn the basics of coding and explore its real-world applications. Whether you’re creating interactive games or solving everyday problems through code, this module will empower you to think like a programmer and bring your ideas to life!
- Basic principles of robotics and automation.
- Building simple robots using kits.
- Programming robots to perform specific tasks.
- Integration of ethics in engineering discussions within robotics projects.
Welcome to the exciting world of Robotics! Unleash your inner engineer as you delve into the basic principles of building and programming robots. From assembling your own robotic creations to making them perform specific tasks, this module will spark your curiosity and set you on the path to becoming a robotics maestro!
- Encouraging creativity and independent thinking.
- Guided project work to apply learned concepts.
- Presentation and demonstration of individual projects.
- Development of presentation and communication skills for project showcasing.
It’s time to shine with the Innovation Individual Project! This module is all about putting your skills to the test. Develop your creativity, critical thinking, and technical abilities as you work on your very own project. From concept to presentation, this is your chance to showcase the engineer in you and make a mark in the world of innovation!
Sessions Conducted by Engineers
Children will gain valuable practical knowledge from our experienced engineering instructors during our sessions
Instructor
Eng. Chamath Kandambi
Founder and CEO @ 360 labs
Instructor
Eng. Yuneth Wijenayake
Director @ 360 labs
Benefits from this course
Strong Foundation: The course provides a solid foundation in engineering principles and concepts, setting the stage for more advanced studies in the future.
Hands-on Learning: Students gain practical experience through hands-on projects and experiments, fostering a deeper understanding of engineering concepts.
Critical Thinking: The course encourages critical thinking and problem-solving skills, which are essential not only in engineering but also in various aspects of life.
Math and Science Proficiency: It helps improve mathematical and scientific skills, which are fundamental to success in engineering and related fields.
STEM Integration: It integrates Science, Technology, Engineering, and Mathematics (STEM) subjects, promoting interdisciplinary learning and a holistic approach to education.
Preparation for Advanced Studies: Junior Engineering Part 1 prepares students for more advanced engineering courses and lays the groundwork for future academic and career opportunities.
Career Readiness: It introduces students to the world of engineering, helping them explore potential career paths and interests within the field.
Problem Solving: Students learn to analyze and solve real-world engineering problems, which can be applied in various professional settings.
Creativity and Innovation: The course fosters creativity and innovation, encouraging students to design and create their engineering solutions.
Life Skills: Beyond academics, it instills essential life skills such as teamwork, communication, and time management, which are valuable in any career.
Global Perspective: It exposes students to engineering concepts with both local and global relevance, broadening their perspectives.
Personal Growth: Students develop self-confidence as they tackle engineering challenges, contributing to personal growth and a sense of accomplishment.