Strong FTC preparation is less about a last-minute building sprint and more about how a team learns, documents, and competes across an entire season.
The FIRST Tech Challenge (FTC) invites students in grades 7-12 to design, build, program, and operate robots that compete head-to-head in an alliance format. It rewards engineering skill, teamwork, and communication in equal measure, which is exactly why a thoughtful plan matters. This guide walks parents and ambitious students through how the program works and how to get genuinely ready, without inventing details that change every season.
Understand How FTC Actually Works
Each year, FIRST releases a new game with its own field, scoring objectives, and rules. Teams of up to 15 members build a single robot to that year's challenge. In competition, matches are played by two-team alliances (red versus blue) and run for roughly two and a half minutes, divided into three phases:
- Autonomous period: the robot runs entirely on pre-written code, using sensors or vision to score without any driver input.
- Driver-controlled period: drivers operate the robot in real time, adapting strategy and coordinating with their alliance partner.
- End game: the final stretch, where teams attempt higher-value or position-based tasks.
Tournaments combine qualification matches, which determine seeding, with playoff matches that decide the winning alliance. Teams advance through entry-level events such as Qualifying Tournaments and League Tournaments toward regional and championship levels. Robots must also pass inspection before they are allowed to compete.
Game elements, scoring, fees, and advancement rules are revised every season. Always confirm the current details on the official FIRST Tech Challenge site rather than relying on last year's numbers.
Build the Team Before You Build the Robot
FTC welcomes students regardless of prior technical experience, but successful teams organize early. Registration runs through the FIRST dashboard, requires at least two adult coaches who pass Youth Protection screening, and includes registering every youth member. Beyond the paperwork, the strongest groups assign clear roles:
- Mechanical and CAD: drivetrain, manipulators, and structural design.
- Programming: autonomous routines, sensor integration, and driver controls.
- Documentation and outreach: the engineering portfolio, notebook, and community work.
- Drive team and strategy: match scouting, alliance coordination, and practice.
Students who arrive with a foundation in coding and logic ramp up far faster. Building that base through structured practice in competitive programming pays off directly when it is time to write reliable autonomous code. If your child is newer to building, lower-barrier robotics events like FIRST LEGO League or VEX are excellent on-ramps before committing to a full FTC season.
Master the Engineering Portfolio and Iteration
FTC is judged as much on process as on performance. The engineering portfolio is the central reference judges use to identify the most deserving teams, and it should show real evidence of the engineering design process: prototypes, trade-off analysis, lessons learned, and how decisions evolved.
The Inspire Award, the program's top honor, recognizes teams that excel across robot performance, team attributes, and outreach. It rewards the all-around team, not just the fastest robot.
Practically, this means keeping an engineering notebook from day one, testing early and often, and treating each failure as documented data. Teams that iterate weekly, with the robot, the code, and the writeup, consistently outperform teams that polish only at the end.
A Realistic Season Timeline
- Pre-season: recruit, assign roles, learn tools, and practice skills.
- Kickoff: study the new game manual carefully and brainstorm scoring strategies.
- Build and iterate: prototype, program autonomous routines, and document everything.
- Competition: scout opponents, refine driver practice, and rehearse judge interviews.
How BIAA Supports FTC Preparation
At BIAA, our coaches help students develop the engineering, programming, and presentation skills that FTC rewards, then apply them across a full competitive season. We connect robotics with the broader STEM foundation, from AI and automation to the documentation habits that distinguish award-winning teams.
Ready to start your FTC preparation with structured mentorship? Explore our robotics program to see how we help students go from first prototype to competition-ready.