About Code Orbit
Code Orbit is a student-led nonprofit learning community dedicated to making technology education free and accessible worldwide. We connect students, mentors, and educators to explore coding, AI, web development, and practical tech skills through collaboration, hands-on projects, and guided learning. Our ecosystem primarily supports learners aged 7–16 but is open to anyone who wants to learn and grow in technology.
Our mission is to break barriers in education by creating an inclusive global community where learners can develop skills, share ideas, and build projects together in a supportive environment!
Our Learning Tracks
The main courses offered are Python programming, Web Development, and Machine Learning/Artificial Intelligence. Choose your path to coding mastery.
Python Programming
Start your coding journey with Python! Learn the basics of programming, variables, loops, and functions through fun projects and interactive exercises.
Ages 10-14, No experience required
Web Development
Build amazing websites with HTML, CSS, and JavaScript. Create your own portfolio, games, and interactive web applications from scratch.
Ages 12-16, Basic coding knowledge helpful
Machine Learning/AI
Design and create your own video games! Learn game mechanics, character design, and coding with popular game engines like Scratch and Unity.
Ages 11-15, Beginner to Intermediate
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Upcoming Lessons
View AllEmpowering High School Students Through Research
Code Orbit Research is a structured mentorship program designed to help high school students explore meaningful questions, develop research skills, and create original research projects with guidance from mentors. The program introduces students to the complete research journey — from exploring academic literature and developing a research question to analyzing findings, writing a research manuscript, and preparing their work for submission to research journals, conferences, or other academic platforms. Through hands-on learning, mentorship, and continuous feedback, students develop important skills in critical thinking, academic writing, data analysis, and ethical research practices. --- Program Details Duration: 10 Weeks Class Schedule: Every Sunday Time: 11:00 PM – 12:00 AM MST (60 Minutes) Start Date: October 18, 2026 , End Date: December 20, 2026 Format: Live Online Group Mentorship Mentor: Afia Khanam --- 10-Week Research Roadmap Week 1–2 | Research Question & Direction Students explore existing research, understand current work in their areas of interest, and develop a focused research question connected to real-world challenges. Students will learn: • Exploring academic literature • Finding reliable research sources • Identifying research opportunities • Developing strong research questions • Understanding research ethics --- Week 3–4 | Research Design & Methodology Students create a research plan by selecting appropriate methods, identifying resources, planning data collection, and developing a clear approach for their project. Students will learn: • Research methodologies • Data collection approaches • Designing research frameworks • Academic citation practices • Creating organized research plans --- Week 5–6 | Research, Analysis & Writing Students conduct their research, analyze information or data, interpret results, and begin developing their research paper with mentor feedback. Students will learn: • Research analysis techniques • Academic writing skills • Organizing research findings • Building evidence-based conclusions • Communicating ideas clearly --- Week 7–8 | Manuscript Development & Review Students complete their research manuscript and improve their work through feedback, revisions, and refinement of their research findings. Students will learn: • Structuring a research paper • Editing and improving academic writing • Reviewing research quality • Strengthening arguments and explanations --- Week 9–10 | Publication Submission & Presentation Students prepare their completed research for potential submission to appropriate journals, conferences, or research platforms and learn how to present their work professionally. Students will learn: • Preparing research submissions • Writing research summaries and abstracts • Presenting research ideas • Sharing findings with an academic audience --- Program Outcomes By completing this program, students will: • Develop the ability to conduct independent research • Learn how researchers approach real-world problems • Create an original research project • Improve academic writing and analytical skills • Understand ethical research practices • Gain experience preparing research papers and presentations • Build confidence in communicating complex ideas --- Who Can Apply? This program is designed for high school students interested in exploring research in areas such as: • Artificial Intelligence • Computer Science • Engineering • Healthcare and Medicine • Biology • Environmental Science • Mathematics • Economics • Social Sciences • Interdisciplinary Fields --- Prerequisites & Application Process Code Orbit Research is designed for high school students who have a strong foundation in computer science and are interested in exploring research through a structured mentorship experience. Prerequisites Applicants should: • Be currently enrolled as a high school student • Have completed or be currently enrolled in AP Computer Science courses (such as AP Computer Science A or AP Computer Science Principles) • Have prior knowledge of Python programming • Demonstrate interest in research, technology, problem-solving, or innovation • Have experience with coding projects, competitions, coursework, or other technology-related activities • Be willing to dedicate time toward independent research and project development Application Requirements Students interested in joining the program must submit: • A brief description of previous experience, including coding projects, research interests, academic achievements, competitions, or relevant activities • A short essay explaining: • Why they are interested in research • What research topics they would like to explore • What they hope to learn through the program Applications should be sent to: [official@thecodeorbit.com, thecodeorbit@gmail.com] Selection Process Student selection will be based on the submitted essay, previous experience, and demonstrated interest in research and technology. Selected applicants will receive confirmation by October 1, 2026. Program Capacity The program has limited availability with only 20 student spots to ensure meaningful mentorship, guidance, and feedback throughout the research process. --- CODE ORBIT Research • Learn • Create Helping students move beyond learning concepts and begin exploring, questioning, and creating solutions through research.
Geometry Foundations – Building Strong Mathematical Thinking
Mentor: Ishan Tiwari Time Zone: 9:00 AM MST (Mountain Standard Time) Fee: FREE Day: Every Sunday Total Sessions: 5 Mode: Online via Google Meet (link will be shared closer to each session). In this beginner-friendly Geometry program, students will build a strong foundation in geometry through five engaging and interactive lessons designed to make mathematical concepts easier to understand and apply. The course focuses on essential geometry concepts while developing problem-solving skills, mathematical reasoning, and confidence. Key Concepts Covered Geometric vocabulary and foundational concepts Lines, line segments, rays, and angles Types and properties of angles Triangles and their properties Polygons and their characteristics Geometry-based problem-solving strategies Mathematical reasoning and application Each lesson combines clear explanations, guided practice, interactive activities, and independent problem-solving to help students strengthen their understanding and apply geometric concepts confidently. This program is designed to give students a solid foundation in core geometry concepts while strengthening their mathematical thinking and preparing them for more advanced math courses. Program Format Live interactive online sessions Beginner-friendly instruction Guided practice and problem-solving activities Interactive geometry activities Independent practice
Intro to the Rubix Cube & White Cross
Mentor: Hitesh Elango Day: Sunday Time Zone: 11:00 AM EST (Eastern Standard Time) Fee: Free Mode: Google Meet (link will be shared closer to each session) Total Sessions: 4 Sessions Solving the Rubix Cube: A Beginner’s Guide Learn to solve the Rubix Cube from scratch using the beginner method. Over four sessions, you’ll master notation, build the first two layers, and complete a full solve. By the end, you’ll cube confidently and start working on speed. Course Structure: 4 Sessions Lesson 1: Introduction to the Rubix Cube & White Cross Learn how the cube works, the different piece types, basic notation and movements, and how to build a correct white cross. Lesson 2: First Layer & Middle Layer Learn how to place the white corner pieces to complete the first layer, then recognize and insert middle-layer edges using beginner algorithms. Lesson 3: Final Layer — Yellow Face Learn how to create the yellow cross, solve the yellow corners, and position the final pieces to complete a full solve. Lesson 4: Practice, Troubleshooting & Speed Improvement Learn how to identify and fix common mistakes, reduce pauses, and apply basic speedcubing techniques to improve solving confidence and speed. Total Duration: 4 Sessions
Thinking Like a Software Engineer (Not a Code Copier)
Mentor: Ritesh Elango Day: Saturday Time Zone: 11:00 AM EST (Eastern Standard Time) Fee: Free Mode: Google Meet (link will be shared closer to each session) Total Sessions: 10 Sessions Thinking Like a Software Engineer (Not a Code Copier) Learning code the right way starts with understanding how software is built, not just copying and running code. This beginner-friendly course is designed for students with little to no prior programming experience who want to develop strong foundations in computer science and software engineering. Instead of relying on AI to generate code without understanding it, students will learn how to think like software engineers by solving problems, writing code, debugging errors, and building confidence in their own abilities. Students will also learn how to use AI as a productivity tool while maintaining a deep understanding of the code they create. Throughout the course, students will begin with Python programming fundamentals, learning core concepts such as syntax, variables, data types, operators, conditional statements, loops, functions, and problem-solving techniques. Emphasis will be placed on computational thinking and breaking complex problems into smaller, manageable steps before writing code. Students will then learn how professional developers work by exploring terminal basics, developer workflows, project organization, and tools used in real software development environments. The course also introduces debugging techniques, common programming errors, writing clean and maintainable code, and version control with Git to help students understand how software is developed efficiently and reliably. Finally, students will learn how to responsibly integrate artificial intelligence into their development workflow. Topics include evaluating AI-generated code, verifying solutions, debugging AI suggestions, understanding AI limitations, and using AI to accelerate development without becoming dependent on it. By the end of the course, students will have a strong understanding of software engineering fundamentals, confidence writing Python programs, knowledge of professional development workflows, and the ability to build, debug, and improve their own software while using AI as a tool—not a crutch. Course Structure: 10 Sessions Lesson 1: Python Foundations & Computational Thinking (Sessions 1–2) Learn programming fundamentals, Python syntax, variables, data types, operators, and basic problem-solving techniques while developing a strong foundation in computational thinking. Lesson 2: Building Strong Problem-Solving Skills with Code (Sessions 3–4) Learn how software engineers approach problems by breaking them down, designing algorithms, using pseudocode, and writing structured programs with concepts like conditionals, loops, and functions. Lesson 3: Terminal Usage & Developer Workflow Basics (Sessions 5–6) Learn how developers work with command-line tools, organize projects, run programs locally, and understand professional software development workflows. Lesson 4: Debugging, Git & Writing Reliable Code (Sessions 7–8) Learn how to identify and fix programming errors, debug effectively, write clean and maintainable code, and use Git for version control. Lesson 5: Using AI as a Tool, Not a Crutch (Sessions 9–10) Learn how to responsibly use AI in software development by reviewing AI-generated code, validating solutions, improving programs, and building independent problem-solving skills. Total Duration: 10 Sessions
Fundamentals of Art: Building Strong Drawing Foundations
Mentor: Priyanshi Srivastava Fee : FREE Schedule Total Sessions: 6 Start Date: June 26, 2026 Day: Every Friday Time: 11:00 AM CST Mode: Online via Google Meet (link will be shared closer to each session) Fundamentals of Art is a beginner-friendly course designed to build strong foundational drawing skills through observation, line control, shape construction, shading, and composition. Students will learn how to see like artists by breaking down complex subjects into simple forms and developing confident sketching habits. Each lesson includes core concept instruction, guided demonstrations, structured practice, and short creative applications to reinforce learning. The course focuses on both technical skill-building and creative expression. By the end of the course, students will be able to sketch objects, environments, and simple figures with clarity, proportion, shading, and expressive line quality. Students will also explore additional creative art projects beyond sketching to strengthen artistic confidence and imagination.
Beginner Java Program – Code Orbit USA
Mentor: Mukund Krishnakumar Time Zone: 10:30 MST (Mountain Standard Time) Fee : FREE In this beginner-friendly Java program, students will be introduced to the fundamentals of programming through engaging, hands-on learning. The focus is on building strong logical thinking and problem-solving skills using Java. Key Concepts Covered * Variables and data types * Input and output * Concatenation * Loops * Conditional statements * Basic problem-solving and computational thinking This program is designed to help students build confidence in coding and develop a strong foundation in computer science. Program Format Live interactive online sessions Beginner-friendly instruction Hands-on coding activities Schedule Total Sessions: 5 Day: Every Wednesday Start Date: June 3 Mode: Online via Google Meet (link will be shared closer to each session)
Student Projects
View AllCode Orbit, Dr. Sweta Kumari & COMWE: Celebrating Student Coders at a Gaya School, Bihar, India
The partnership reflects Code Orbit's broader mission: connecting students ...
by Magadh Higher Secondary School
Summer Wrapped, But the Coding Journey Continues | CODE ORBIT
To every camper who showed up, learned, built, and created with us this summer —...
by Happy Code
What are our campers doing this month | HAPPY CODE
PROJECT DROP! A balance of tech + creativity Kids leave with projects they built...
by Afia Khanam
Building a Global Learning Community Through Technology Education
A short glimpse into the incredible sessions happening at Code Orbit, where ment...
by Priyanshi Srivastava
Overcoming Barriers, Inspiring Innovators: Code Orbit x Magadh Higher Secondary School, India Collaboration
Code Orbit recently completed its Game Design Project in collaboration with Maga...
by Afia Khanam
Code Orbit Going Beyond Code to Connect Communities
At Code Orbit, we turn ideas into technology that empowers people, solves real p...
by Code Orbit
Latest News & Stories
Stories about innovation and breakthroughs in computer science
Code Orbit Blasts Off at Naperville Public Library -Nichols Library, Illinois— Two Week, Endless Possibilities
This summer, twenty young learners at Naperville Public Library's Nichols Library branch traded...
Empowering a community where education is accessible to everyone- Code Orbit connecting Magadh secondary Higher school, Gaya, India
Code Orbit recently completed its Game Design Project in collaboration with Magadh Higher Secondary ...
Impact Isn't Always Measured by the Size of the Room - Code Orbit India
Code Orbit conducted a Computer Science & Responsible AI Awareness session for Grade 7 students ...
Code Orbit Goes Global: International AI Learning Session with DPS Ras Al Khaimah, UAE
Learning Beyond Boundaries: Empowering Future Leaders in the UAE! What an absolute joy it was to co...
Learning Piano: Building Confidence Through Music
Over 10 students joined CodeOrbit’s beginner piano program, learning music theory, notes, and perfor...
Connecting Beyond Code: Community at the PACE Center
A volunteering experience at the Parker PACE Center reflects CodeOrbit’s mission of combining learni...
What Students Say
Meet Our Team
The passionate people behind Code Orbit
Afia Khanam
Founder
Afia Khanam is a researcher, creator, and STEM enthusiast committed to making skills-based education accessible to passi...
Ana Waqar
Program Lead, India
Ana Waqar is from Delhi Public School RK Puram, India, with a strong interest in global education and technology. She se...
Karthikeyan Santhanam
Program Lead, Canada
Karthikeyan Santhanam is a computer science student, STEM enthusiast, and mentor dedicated to making technology educatio...
William Otwola
Robotics and Coding Education Lead, Kenya
William Otwola is a Robotics and Coding Educator and the Founder of Willary STEM. He is passionate about making STEM edu...
Teklemuz Tesfay
Program Lead, Ethiopia
Teklemuz Tesfay holds a BSc in Electrical and Computer Engineering and brings over six years of research experience in t...
Rohit Saw
Mentor Lead, India
Rohit Saw is a passionate educator who collaborates with Code Orbit to help students understand mathematics. He supports...
Amogh Pokhriyal
Happy Code Coordinator Lead, Colorado
Amogh Pokhriyal from Colorado is an aspiring coder passionate about computer science. He serves as a mentor for Code Orb...
Riya Naganath
Outreach Coordinator Lead, Colorado
Riya Naganath is a 10th-grade student from Colorado with a passion for technology and a love for exploring new ideas and...
Brinda Menon
Digital Marketing Lead, Colorado
Brinda Menon is a student from Colorado with a strong passion for computer science and technology. As a mentor at Code O...
Joshika Santhanam
Happy Code Lead, Colorado
Joshika Santhanam is a ninth-grade student from Colorado with a passion for computer science and creating fun, interacti...
Ishan Tiwari
Mentor Lead, Colorado
Ishan Tiwari is a high school student from Denver, Colorado, with a strong passion for mathematics, learning, and mentor...
Priyanshi Srivastava
Mentor Lead, Texas
Priyanshi Srivastava, known as Aashi, is the Mentor Lead at Code Orbit, Texas. She guides both students and mentors acro...
Ritesh Elango
Mentor, Connecticut
Ritesh is a Grade 11 student at Manchester High School in Connecticut with a strong passion for software engineering, co...
Hitesh Elango
Mentor, Connecticut
Hitesh discovered his passion for cubing three years ago when he learned to solve his first Rubiks Cube. Since then, it ...
Atharv Sankhla
Mentor, Colorado
Atharv Sankhla is a high school student from Denver, Colorado, and a mentor at Code Orbit, a student-led initiative dedi...
Vinusha Arun
Outreach Coordinator, Colorado
Vinusha Arun is a junior from Colorado with a passion for computer science and its impact on the world. She enjoys learn...
Mukund Krishnakumar
Mentor, Illinois
Mukund Krishnakumar is a motivated student with a strong interest in technology, leadership, and mentorship. As a Mentor...
Rayansh Prasad
Mentor, Illinois
Rayansh is a freshman in high school with a growing passion for computer science, coding, and artificial intelligence. H...
Our Partners
Frequently Asked Questions
The Code Orbit is a student-led nonprofit learning community dedicated to making technology education free and accessible for young learners around the world.
Browse our Lessons page to find a session that interests you. Click the lesson and submit your email address to register. A confirmation email with all relevant details will be sent to you promptly.
Visit our “Be a Teacher” page and complete the application form. Once approved, you will be required to complete our training program before beginning to teach.
Yes! All lessons on Code Orbit are completely free for students.
No prior experience is required. Our lessons are designed for beginners and intermediate learners, and mentors provide guidance throughout.
Yes! Code Orbit is a global, online learning community, accessible to students and teachers worldwide.
Ready to Start Your Coding Journey?
Join thousands of students learning computer science with Code Orbit