Start your learning journey with our top rated pathways

Learn from Machine Learning and Engineering Educators, who are experts and industry leaders.

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Start your learning journey with our top rated pathways

Our Pathways

Machine Learning

by Tony Mauro

Teach Machine Learning in your classroom with curriculum, assessments, and projects that have been tested in the classroom.

Digital Circuit Design

by Tony Mauro

Teach Digital Circuit (Chip) Design in your classroom with curriculum, assessments, and projects that have been tested in the classroom.

Program Pathways, CTE, and College Credit

Career Technical Education (CTE)

The Career Technical Education (CTE) pathway equips individuals with specialized skills and practical knowledge, preparing them for a range of professions. Combining academic learning with hands-on training enables students to develop expertise in specific industries like healthcare, technology, business, and more.

For a complete overview of the CTE Model Curriculum Standards visit:
https://www.cde.ca.gov/ci/ct/sf/ctemcstandards.asp

Information and Communication Technologies (ICT)

Information and Communication Technologies

Information and Communication Technologies (ICT) is the intersection of technology and professional development. It involves the strategic use of digital tools and resources to enhance career growth.

What’s the difference between CTE and ICT?

ICT is a subset of CTE. CTE covers a wide array of education across multiple industries, whereas ICT focuses on technology-centric skills.

University of California (UC) Approved Courses

If reviewed by University of California (UC), CTE can fulfill a “A-G” requirement. The “A-G” requirement is one of three prerequisites that students must meet when entering the UC system as a freshman.  The following program pathways are approved for UC elective credit:

  • Machine Learning (UC-science D)
  • Digital Circuit Design (UC-science D) - pending
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What Our Clients Say

My journey with NexStream started four years ago. Thanks to those experiences, I sparked my passion for machine learning—a field I plan to pursue in college and as a future career. Not only did NexStream help me discover an academic interest, but it also provided me with a strong foundation of technical skills. I’m so glad that I started my machine learning journey with NexStream, and I would highly recommend its courses and curriculum to anyone who wants to learn computer science and engineering!

NexStream Intern
Student intern

NexStream’s curriculum is an incredible resource for students of all levels, whether beginners or experts. It breaks down complex topics, like CNNs and circuit design, into easy-to-understand lessons with detailed narration and diagrams. Whether it’s for an aspiring computer scientist or for a student who just wants to learn how to code as a hobby, making courses like Machine Learning and Digital Circuit Design accessible at the high-school level is extremely important to prepare students for a future that revolves around technology.

MIT student
Rising MIT CS Freshman

Learning Machine Learning and Digital Circuit Design with Tony Mauro during high school has been incredibly valuable for my academic journey. One circuit design course I took in 9th grade not only sparked my interest in electrical engineering but also provided a strong foundation for my computer engineering and computer science studies at USC. This early exposure was advantageous throughout my coursework, as I felt lucky to have already learned the fundamentals of topics like System-on-Chip logic in high school, while many of my peers were encountering them for the first time.

Qualcomm Engineer
Software Engineer

Perhaps most instructive of all is Tony’s unique approach, which helps readers construct an entire PyTorch-esque custom framework from first principles. He’s already had success teaching in this way to a growing number of high school learners through NexStream and his work with UC San Diego. I’m confident you’ll find Tony’s guide to be an invaluable resource in both building your own AI knowledge and helping you impart it to your students.

Harvard College Graduate
CS and Neuroscientist

The curriculum, projects, and teaching methods provided throughout the courses have been incredibly helpful. I’ve acquired an abundance of new knowledge in the field of Machine Learning thanks to NexStream’s innovative approach.

UC Berkeley Student
Software Engineer

For AI educators, it is not a hyperbole that they also play a key role in shaping the future of humanity. Through this book, Tony Mauro aims to empower AI educators in the task of equipping the next generation of young minds and future outliers with instruction and insights into artificial intelligence and how it should be used for the maximum benevolence of mankind.

Machyna
CEO and Founder

"NextStream excels at teaching high school students the vital skills of Machine Learning and Circuit Design, crucial for the tech-driven future. Their approach makes these complex and intimidating subjects accessible and engaging, equipping students with practical, forward-thinking knowledge."

JuiceMind
Co-founder

As someone who started off with virtually no CS background and is now pursuing this in
college, what I have gained through Tony Mauro’s teaching has been critically important in
building my knowledge in ML, allowing me to further develop these interests having a strong
foundation. To anyone embarking on the journey of studying ML, I could not more strongly
recommend NexStream's curriculum.

Harvard College Student
CS Student

Most engineers start learning about circuit design and machine learning at university. Tony Mauro's teaching made such complex topics accessible to me at just 9th grade. Learning about digital electronics and signal processing shaped my understanding of what engineering really is, and gave me time to mature. How can someone commit their life to a career path without understanding that career first? I think Tony's experience in the industry and as a teacher makes him the best candidate for introducing such challenging and ever-changing topics to the next generation.

UC San Diego Student
PhD Student

Taking machine learning and digital design courses in high school provided me with valuable exposure to the large scope of electrical, computer, and software engineering domains. Having a better idea of various engineering applications was instrumental in shaping my future educational and career interests. Especially as a woman in a male-dominated field, receiving an early introduction to these topics also made them far less intimidating, and gave me the confidence to pursue them in college and beyond. By entering college with this foundation, I felt much better equipped both in my classes and as I sought out work and research opportunities.

Data Scientist at Children’s Hospital Los Angeles
Data Scientist

Taking Tony Mauro’s computer science and digital circuit design classes in high school opened up an entirely new world and career path for me. As someone who had no prior experience in software or hardware design, his courses made complex topics in these subjects very accessible, intuitive, and fun. Having an in-depth exposure to programming and circuit design as early as high school provided me with a head start in my studies in EECS at UC Berkeley and motivated me to continue my research in integrated circuit design as a EECS PhD student at MIT. I am very thankful to have had an incredible teacher and mentor like Tony who believed in me and taught me an invaluable engineering skillset, and I am confident he will help inspire a new generation of engineers with NexStream.

MIT graduate student
EECS PhD program
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