Robo Sapiens is FIRST Tech Challenge team #14503. Every season our students take a robot from a blank CAD file to the competition field — machining the hardware, writing the autonomous, and running the drive team themselves.
Off the field the team runs camps, merit badge sessions and library demonstrations, and mentors other teams getting started in FIRST.
A 2-stage vectored + gecko wheel intake funnels artifacts toward the centreline for fast, jam-resistant collection. Rubberband counter rotation and optimised wheel overlap allow intake from wide angles while minimising bounce outs.
A 10-inch spindexer turntable detects artifact colour immediately upon intake and reorders in real time. Powered by a high-torque motor and encoder feedback, it indexes precisely enough for a fully sorted 12-artifact autonomous.
A belted dual gecko wheel transfer, powered by a high-speed servo, moves artifacts smoothly from the spindexer into the shooter. Dividers and optimised slot spacing reduce jams while maintaining cycle speed.
A servo-driven coaxial hood flywheel shooter enables dynamic shot angles independent of robot heading. Flywheel weights increase inertia for rapid fire, while PID control maintains consistent velocity for reliable scoring.
Workshops covering mechanical design, foundational coding, and hands-on robotics driving.
The camp ran as three workshop tracks. The mechanical design sessions introduced how a robot's parts are planned and fitted together. The coding workshops covered programming fundamentals and how written instructions turn into robot movement. The driving sessions handed students the controls of a real robot so they could apply what they had built and written.
Students rotated through mechanical design, coding and robot driving stations, with interactive challenges and games built into each rotation.
Rather than one long session, the camp was organised as a rotation so no group spent the whole time on the same activity. The design station focused on how individual components come together into a working mechanism. The coding station introduced the basics of programming a robot to follow instructions. At the driving station students took direct control of a robot and tested what they had just learned.
The team returns to this carnival every year with a booth, driving the competition robot for children who stop by and introducing them to FIRST and what an FTC team does.
Introduced foundational engineering concepts, Arduino programming, and basic robotics and mechanical design to scouts and their parents.
The session opened with foundational engineering concepts, then moved into Arduino programming with hands-on time on microcontrollers and simple circuits. Basic robotics and mechanical design followed, so scouts could see how the electronics and the physical build depend on each other. The material was aimed at the requirements scouts need for the robotics merit badge, and parents took part alongside them.
Interactive robot demonstrations alongside hands-on STEM activities for students and parents.
Visitors watched a competition robot drive and score up close rather than on a screen, and hands-on STEM activities ran alongside the demonstrations so people could try something themselves. Holding the event at a public library reached families who had not gone looking for a robotics event, and gave parents a clearer picture of what FIRST involves.
Introduced Houston business leaders to FIRST and its impact on workforce development.
The presentation focused on workforce development — the link between competitive robotics and the technical talent pipeline those programs feed. It covered how an FTC team operates day to day, from the engineering work through to the outreach and business side of running a team, framed for an audience that works in those terms already.
The team presented at a Sugar Land City Council meeting, describing the accomplishments we had made that season and talking about FIRST and robotics to the city's board members and everyone present at the meeting.
The team won the 1st Place Inspire Award and became Winning Alliance Captain at Leagues, then won the 1st Place Inspire Award at Regionals, qualifying for the FIRST World Championship. At Worlds the team earned the 1st Place Think Award in its division and finished 2nd for Robot Game in its division.
The team earned the 1st Place Inspire Award and became Winning Alliance Captain at Leagues, then advanced to Regionals, reached the playoffs and earned the 3rd Place Inspire Award.
The team earned the 1st Place Inspire Award and became Winning Alliance Captain at Leagues, advancing to Regionals and reaching the playoffs.
