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Video presentation
Click the link or watch the video presentation to learn more about Millennial Technical Institute.
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Bubble AI
Click the link or watch the video to learn more about our digital tech instructor powered by artificial intelligence.
millennial high
High school
tech education
Tech-focused high schools across the country are preparing students for careers in technology by teaching hands-on skills in coding, hardware, and engineering. As the demand for skilled workers continues to rise, schools are evolving their programs to introduce students to real-world technology at an earlier age. These programs not only provide students with practical skills, but also build confidence and curiosity in fields like computer science, cybersecurity, and advanced manufacturing.
Millennial Tech joins this effort by offering a high school level, modular program available both in person and online. Through flexible one to four-year options, students learn to build computers, code, and design hardware, guided by our animated digital instructor, Bubble. Whether taken as a standalone course or a multi-year pathway, our goal is to make advanced tech education accessible to every school and every student, preparing them for the future of work.
Online ecosystem
Millennial Tech
Millennial Tech offers four flexible options designed to fit a variety of school needs and schedules. Schools can choose from 1, 2, 3, or 4-year modules, each building on the previous year’s foundation while delivering meaningful skills on its own. Whether a school wants to offer a single-year introduction or a full multi-year pathway, every module teaches essential technology skills—ranging from hardware and coding to real-world applications in modern industries.
Students can complete just one year or continue through all four, advancing from learning how technology works to assembling a computer, designing custom components in CAD, and finally specializing in areas like software development, cybersecurity, or hardware engineering. The modular structure allows schools to integrate the program based on their specific goals while giving students clear, progressive learning paths.
community learning
web Portal access
The Millennial Tech online portal creates a complete learning ecosystem designed to engage entire school systems, from district administrators to individual students and faculty members. Schools and districts can easily manage student access, purchase licenses, and monitor progress, while faculty members can follow along without needing specialized training. Students access all modules, lessons, and assignments directly through the platform, making learning seamless and self-paced.
What makes Millennial Tech unique is its ability to connect students across the country. The portal syncs participating schools nationwide, allowing students to collaborate, share projects, and join interest-based groups with peers from other regions. This nationwide network fosters a dynamic, interactive learning environment that keeps students connected to the broader world of technology education.
artificial intelligence
Bubble AI
Meet Bubble, the AI-powered instructor guiding students through every Millennial Tech lesson. Bubble is designed to adjust lessons to each student’s pace and learning style, ensuring no one is left behind. She provides real-time feedback, highlights areas for improvement, and keeps track of overall performance, making sure both students and teachers can monitor progress effortlessly.
Beyond her technical abilities, Bubble’s fun and lovable personality makes learning engaging and approachable. She’s equipped with integrated humor, lighthearted commentary, and an encouraging tone that keeps students motivated. Whether it’s a pop quiz, a coding challenge, or a CAD design tip, Bubble is always ready to make the experience enjoyable.
expansive education
learning bubbles
Each learning module in Millennial Tech is called a Bubble. As students progress, their Bubble grows, expanding with the knowledge and skills they acquire. Students who move faster or explore deeper can grow their Bubble larger, diving further into advanced topics, while still staying aligned with the overall class schedule.
Bubbles start on set dates, giving every student a clear structure to follow. The goal is for students to expand their own Bubble as much as possible before the next one begins, encouraging curiosity, personal achievement, and mastery at their own pace—all while keeping the classroom moving forward together.
year one - freshmen
General tech Education
The first year of Millennial Tech introduces students to the fundamentals of technology and how it shapes the world around them. Students explore core concepts like electricity, circuits, and the building blocks of modern devices. The program also covers how large-scale systems, such as the internet, servers, and wireless networks, connect people and technology globally.
By the end of the year, students will apply their knowledge by learning basic website building tools and creating their own web pages. This gives them an early, hands-on experience with technology creation, setting the foundation for more advanced skills in the years ahead.
year two - sophomore
Computer components
In the second year, students dive deep into understanding how computers work from the inside out. They study each core component including, motherboards, CPUs, RAM, storage, graphics cards, and power systems. By learning what they do, how they’re designed, students will have a strong understanding of computer production. By midyear, students assemble their own computers, applying their knowledge firsthand.
The year concludes with an introduction to operating systems and essential Linux commands. Students gain experience navigating file systems, using the terminal, and writing basic code, giving them full control over the machines they’ve built and preparing them for more advanced skills in the years ahead.
year three - junior
computer production
In their third year, students take their skills to the next level by upgrading and customizing the computers they built. They learn how to replace and upgrade components like graphics cards, understanding compatibility and performance. The focus then shifts to CAD and animation software, where students design their own custom computer cases.
Using 3D printers, each student brings their custom case to life, gaining hands-on experience in product design and prototyping. The year wraps up with an introduction to general software development, giving students a well-rounded understanding of both hardware and software creation.
Career paths include software developers, enterprise architects, and cybersecurity engineers, building applications for business automation, fintech, and AI-driven analytics. As industries continue digital transformation, demand for skilled software engineers will remain high.
year 4 - senior
robotics development
In their final year, students step into advanced concepts and real-world applications of technology. They explore artificial intelligence, large language models (LLMs), and the expanding role of AI in hardware and software development. Students choose a specialization track, hardware engineering or software development, allowing them to dive deeper into their area of interest.
The year culminates in a collaborative robotics project, where students apply everything they’ve learned to design, build, and program robotic systems as a team. This capstone experience prepares them to enter the workforce, pursue higher education, or continue building innovative technologies on their own.
post graduate
millennial tech alum
After completing the Millennial Tech program, students graduate with a strong portfolio of real-world projects, including custom-built computers, CAD designs, software applications, and robotics work. This portfolio gives them a competitive edge, whether applying for jobs or pursuing further education. Each student leaves the program with hands-on experience and the ability to demonstrate their skills in interviews or technical assessments.
Graduates can choose to continue their education at traditional colleges or universities, entering with a solid tech foundation. Alternatively, they can further their learning through Dream Cloud’s advanced online programs or future campus offerings, staying connected to a growing network of innovators and builders shaping the future of technology.
tech ecosystem
fabrication laboratory
Dream Cloud plans to partner with local communities to build dedicated fabrication shops that support schools using Millennial Tech. These facilities will handle maintenance, repairs, and upgrades for classroom equipment, ensuring smooth operation and longevity. Beyond servicing schools, the fabrication shop will offer advanced tech services to local businesses, the city, and the wider community.
In addition to being a service hub, the fabrication shop will evolve into a higher education center for recent graduates. Students will have the opportunity to continue their education, refine their technical skills, and participate in real-world projects, bridging the gap between high school learning and career readiness.
learning stages
Student lifecycle
Millennial Tech is designed to grow beyond high school, offering a full spectrum of technology education for students of all ages. Our goal is to provide tech courses starting as early as age 10, introducing younger learners to the basics of coding, electronics, and digital tools in a fun and engaging way.
As students progress, the program will expand to cover advanced certifications, professional training, and eventually graduate-level studies. From early exposure to PhD-level research opportunities, Millennial Tech creates a seamless path for lifelong learning in technology, ensuring students are prepared to lead and innovate at every stage.
full curriculum
Expanding education
As Dream Cloud and Millennial Tech grow, students will have the opportunity to apply their creativity beyond technology. Graduates and current students can collaborate to design new educational material across a wide range of subjects, whether it’s science, art, history, or entrepreneurship. Using the same engaging, modular format, they’ll help build complete learning programs tailored for modern classrooms.
By contributing to these expanded modules, students continue the tradition of peer-driven education, shaping content that reflects their interests and experiences. This expansion positions Dream Cloud and Millennial Tech as leaders in creating flexible, student-built learning systems for every subject.
Remote study
employment opportunities
Millennial Tech graduates have the opportunity to continue their journey by joining Dream Cloud’s growing team. Students will be employed to help build new educational modules, design custom computer components, and develop advanced electronic devices. Their hands-on experience and skills will directly contribute to expanding the technology ecosystem they learned within.
Beyond product development, students will play a key role in constructing Millennial Cities across the country, tech-focused communities designed around innovation, education, and sustainability. This unique path offers students real-world career opportunities while allowing them to shape the future of technology and the cities they will live and work in.
digital community
technology ecosystem
Millennial Tech’s online community continues long after graduation, providing students with a lasting network as they grow into professional careers. This digital hub allows them to stay connected, share their projects, and collaborate with peers from across the country. It’s a space where ideas, innovations, and advice are exchanged freely, fostering a strong sense of community.
Students can also participate in friendly challenges, showcase their skills, and engage in collaborative projects. Whether they’re in high school, higher education, or the workforce, the Millennial Tech community offers a lifelong connection to other innovators, creators, and future builders.
urban development
Millennial city
Millennial Tech students are not just learning technology, they’re preparing to shape the future. As they graduate, they will take on the responsibility of contributing to the growth of Millennial Cities across the country. These cities are built around innovation, sustainability, and advanced manufacturing, with students applying their skills to develop the infrastructure and technology that supports them.
Beyond building cities, students will continue the tradition of education by teaching the next generation. Using technology, they will design new learning modules, mentor upcoming students, and keep expanding the cycle of knowledge and progress. Each student becomes a builder, innovator, and teacher, carrying the mission of Millennial Tech forward
automated manufacturing
tech supply chain
Expanding domestic manufacturing by replacing components in existing electronic devices with Made in USA parts.