Embark on A Galactic Coding and Circuitry Odyssey

With our 30 days Adventure Kit

CHECK WHAT IS WAITING FOR YOU...

UNPACK YOUR KIT AND START YOUR CHALLENGE

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Adventure Kit: 30 Days Lost in Space  × 1 $97.00
Subtotal $97.00
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Total $97.00
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the best coding + circuits kit

Start Now and Experience the Best Coding + Circuits Kit in the Market

A GLIMPSE OF OUR ADVENTURE STORY

in the middle of your space journey...

your spaceship crash-lands on a strange planet

Oops, didn't see that on the radar, did you?

don't worry. We've faced this puzzle many times before

in 30 days, be ready to explore the cosmos again

Let us be your guiding light as we walk you through every step

What is in your Journey

What is in your Repair Kit

Meet Dr. Greg Lyzenga

Your Shuttle Repair Expert

Dr. Greg Lyzenga is a dedicated professional with a diverse background in academia and space exploration. When not involved in life-saving missions, he is actively engaged in teaching college classes at Harvey Mudd College and collaborating with fellow scientists at the NASA Jet Propulsion Laboratory. 


His passion for astronomy, rocketry, programming, and education makes him an invaluable asset in the field of space exploration.

nasa | linkedin | harvey mudd college

WHAT OUR ADVENTURERS ARE SAYING

WHERE OUR CHALLENGE was spotted

FREQUENTLY ASKED QUESTIONS

The 30 days lost in space Kit is an all-in-one educational package designed to introduce learners of all ages to the exciting worlds of coding and electronics. This comprehensive kit provides hands-on experiences that teach fundamental coding concepts and practical circuitry skills.

Benefits:
1- Engaging Learning: The kit makes learning coding and circuits fun and interactive, keeping learners motivated and engaged throughout the process.
Skill Development: acquire valuable skills in coding, electronics, and problem-solving, which are essential in today’s tech-driven world.
Step-by-Step Guidance: The kit not only includes clear, step-by-step instructions but also provides access to a comprehensive online learning platform. With just your own computer and the kit itself, beginners can easily follow along and progress through each lesson and project seamlessly. This all-inclusive approach ensures that users have everything they need to embark on their coding and electronics journey with confidence.
Real-World Applications: you will gain practical knowledge with real-world applications, allowing you to create projects and solve problems using coding and circuits.
Hands-On Experience: The kit provides hands-on experience with coding microcontrollers, wiring components, and building electronic circuits, fostering a deeper understanding of technology.
Versatility: Suitable for various age groups and skill levels, making it an excellent educational tool for both beginners and advanced learners.
Problem-Solving Skills: Encourages critical thinking and problem-solving skills through troubleshooting and project challenges.
Preparation for the Future: Equip yourself with essential skills that are highly relevant in today’s digital age and can open doors to future STEM careers.
Community and Support: connect with a supportive community, share your project and seek assistance, creating a collaborative learning environment.

In summary, the 30 days lost in space kit offers an engaging and educational experience that empowers learners to acquire valuable skills, boost creativity, and prepare for a tech-savvy future. Whether you’re a beginner or a tech enthusiast, this kit is your gateway to the exciting worlds of coding and electronics.

The 30 days lost in space Kit includes a rich assortment of components and resources to facilitate a comprehensive learning experience:

Microcontroller: The brain of the kit, programmable to execute various tasks and projects.
LEDs (Light Emitting Diodes): A variety of LEDs for experimenting with lighting and displays.
Resistors: Essential for controlling the flow of electric current in circuits.
Breadboard: A reusable platform for building and testing circuits without soldering.
OLED Display: A mini screen for displaying data and text, commonly used in project interfaces.
Passive Buzzer: Used for generating tones and sounds programmatically.
DIP Switch: A switch with multiple positions for added control in circuits.
Keypad: A keypad for inputting data and creating interactive projects.
Rotary Encoder: Used to read data from rotational input.
Seven-Segment Display: A display unit capable of showing numeric digits and some alphabetic characters.
Online Learning Platform: Access to a digital learning platform containing tutorials, coding examples, and project guides.
Step-by-Step Instructions: Detailed guides that walk users through each lesson and project.

The 30 days lost in space Kit is designed to be suitable for a wide range of ages, making it versatile and adaptable to different learning levels and interests.

Ages 8-12: The kit can be an excellent introduction to coding and electronics for children in this age range. It often includes simplified projects and instructions to cater to younger learners.

Ages 13-18: Teenagers and young adults can benefit from more advanced projects and programming challenges, allowing them to delve deeper into coding and circuitry concepts.

Adults and Enthusiasts: The kit is also suitable for adults and tech enthusiasts who want to explore coding and electronics as a hobby or for personal development. It often includes more complex projects and opportunities for creativity.

The kit is available for shipping to the United States, Canada, United Kingdom, and Australia. Please note that international orders will incur shipping charges.

No need to stress. When you place your order today, you’ll receive lifetime access to our training. The 30-day timeline is there for your convenience, but there’s no rush or reward for finishing within that timeframe. Your achievement is based on completing all the content, whenever it suits you.

Upon opening the kit for the first time, you’ll find a link that allows you to sign up for the course at no additional cost.

Absolutely! We offer a comprehensive 30-day money-back guarantee. If, for any reason, you didn’t have a positive experience with the kit or you lost interest without opening it, you can return it within 30 days of your purchase, and we’ll refund your payment. Please allow a few days for the refund to be processed and credited to your account.”

Certainly! We provide additional resources on our GitHub page. The HERO board is based on the ‘Arduino UNO R3 Reference design,’ with some modifications to suit our needs. If you’re interested in the specifics of our HERO board, you can find the open-source hardware files on our GitHub for a closer look.”

 

Our training is designed to be user-friendly, but it’s important not to rush through it (e.g., by copying and pasting code) if you want to genuinely grasp the concepts. Typically, you can complete most beginner-level projects in 30-60 minutes each. Take your time to delve into the training, and think of each lesson as a new mental tool for your creative toolkit. Once you’ve mastered the basics, feel free to explore and experiment beyond the main lessons – curiosity is an excellent teacher! There’s no need to stress about the optimal number of hours; simply work at your own comfortable pace and follow your curiosity.

 

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