Daytime STEM that counts.
A serious robotics and programming course for homeschool students—where every build becomes evidence of learning, and parents leave with documentation they can actually use.
A class your homeschool plan can stand behind.
Homeschool parents need more than an activity. They need meaningful instruction, a dependable daytime rhythm, social learning, and a record of what their student actually accomplished.
Write real programs
Variables, conditions, loops, functions, algorithms, and debugging—not screen-only worksheets.
Build with electronics
Wire sensors, motors, and microcontrollers. Test inputs, outputs, and control systems.
Think like an engineer
Plan, prototype, measure, troubleshoot, iterate, and explain design decisions.
Prove the work
Every course produces code, lab notes, test data, project photos, and a final technical report.
One pathway. Three ways to grow.
Students build at their level. Families choose enrichment for younger learners or transcript-support coursework for high school.
Robotics Discovery Lab
Build-first enrichment for curious beginners. Students explore mechanisms, circuits, sensors, and beginner coding through take-home projects.
- Weekly daytime project lab
- No prior experience required
- Parent updates after each project
- Community and confidence building
Robotics & Programming I
A 16-week, project-based course designed around approximately 60–90 total hours of class, lab, independent work, and assessment.
- Python or MicroPython foundations
- Sensors, motors, and microcontrollers
- Debugging journal and design notebook
- Final build, report, and presentation
Robotics & Embedded Programming II
A full-year progression built around approximately 120–180 total hours, advanced programming, autonomous systems, and an independent engineering project.
- Prerequisite: Course I or placement
- Data collection and feedback control
- Independent capstone engineering project
- Portfolio and final presentation
Parents stay in control. Evidence does the heavy lifting.
Texas does not regulate, approve, register, or accredit homeschool programs. That means LearnToBot does not pretend to be TEA, and we do not promise automatic public-school or college credit. We give you a serious course and a clean record of the work so you can make the right transcript decision for your student.
Your end-of-course file
Built for your homeschool records
- Course description and weekly syllabus
- Selected TEKS crosswalk tied to actual lessons and evidence
- Attendance and documented workload record
- Graded assignments, midterm, and final assessment
- Final project rubric and instructor evaluation
- Student portfolio: source code, photos, sketches, tests, and report
- Completion certificate with hours completed
- Parent-ready transcript entry template
Robotics and Programming I · 0.5 STEM / Computer Science elective · Final grade assigned by parent
A real daytime rhythm
A consistent weekday block gives parents focused work time while students learn alongside peers in a purposeful, supervised lab.
A community, not a screen
Small groups practice communication, collaboration, and presentation while building something tangible together.
A stronger STEM story
Students finish with artifacts they can explain: code, test results, design choices, and a project they built themselves.
Clear answers. No inflated promises.
Does LearnToBot award official Texas credit?+
No. In Texas, the homeschool parent remains responsible for choosing coursework, assigning the grade, and recording transcript credit. LearnToBot supplies rigorous instruction and the evidence package that supports that decision.
What does TEKS-aligned mean here?+
It means we map lessons and student evidence to selected current Texas Essential Knowledge and Skills in Technology Applications and Career and Technical Education. It does not mean TEA-approved, state-certified, or guaranteed to satisfy a public-school requirement.
Can a student start with no coding experience?+
Yes. The foundation course starts with computational thinking and beginner-friendly programming, then moves into physical computing. We place students by readiness, not by prior access.
What does a full credit require?+
Our 0.5-credit pilot is designed around approximately 60–90 total hours; a 1.0-credit course around 120–180 hours. That includes class, labs, independent assignments, project work, and assessments—not seat time alone.
Where are classes held?+
We are building daytime cohorts for The Woodlands, Spring, Cypress, Katy, and nearby Greater Houston communities. Join the interest list and tell us your preferred area and weekday.
Give your child a place to build, belong, and bring proof home.
Tell us your student's age, area, and preferred weekday. We'll match demand with the first homeschool cohorts in The Woodlands, Spring, Cypress, and Katy.
LearnToBot provides instruction and documentation. Parent determines transcript category, grade, and credit.