PROTOCOLS
COMPETITION STANDARDS
FIARSA Competition Standards define the global rule framework governing all AI, Robotics, and SpaceTech competitions. These standards ensure fairness, transparency, safety, and consistency across every country and chapter.
Rulebooks cover mission objectives, scoring models, season structures, tiebreakers, compliance checks, and ethical expectations. Scoring evaluates technical execution, AI accuracy, mission reliability, safety compliance, and innovation.
Standards are authored by engineers, educators, scientists, and referees through a rigorous international review process. Annual updates ensure alignment with emerging technologies, industry practices, and global regulatory trends.
By enforcing unified standards, FIARSA guarantees that all competitions operate at a world-class level, enabling every learner to compete on equal footing.
EXECUTIVE LEADERSHIP
FIARSA’s Technical & Safety Protocols protect participants, ensure engineering integrity, and safeguard competition environments. These protocols govern robot construction, AI development, space mission engineering, venue setup, emergency procedures, and environmental safety.
Robotics safety covers electrical protection, structural stability, autonomous reliability, and pre-match inspections. AI protocols address model fairness, transparency, responsible data usage, and secure handling of datasets. Space mission protocols ensure safe payload integration, descent systems, flight-path guidelines, telemetry reliability, and micro-satellite design compliance.
Teams maintain build logs, wiring diagrams, AI model cards, mission reports, and safety checklists. All documentation undergoes referee review before approval.
These protocols evolve annually with technological advances, ensuring FIARSA competitions maintain the highest global standards of engineering ethics and safety.
RULES, AUDITS & COMPLIANCE
FIARSA’s Rules, Audits & Compliance framework ensures that every competition, chapter, institution, and participant adheres to the federation’s ethical and technical expectations. The system regulates rulebooks, conduct standards, safety policies, AI integrity guidelines, hardware requirements, licensing expectations, and hosting protocols.
Audits occur at chapter, institutional, and event levels. These reviews assess equipment integrity, event operations, referee performance, safety compliance, and Academy delivery. Real-time monitoring tools—telemetry analysis, AI model verification, automated scoring audits, and video review—ensure accuracy and fairness.
A structured appeals process provides transparency for teams seeking rule clarifications or contesting decisions. Lessons from audits feed into annual rulebook updates and operational improvements.
This compliance framework maintains FIARSA’s reputation as the world’s most trusted engineering competition ecosystem.