In any competition, there has to be a way to decide who has done better. Sometimes the answer is simple. In a 100-metre race, the athlete who reaches the finish line first wins. In football, the team that scores more goals wins. In cricket, the team with more runs at the end of the match wins. In such competitions, the result can be determined using numbers, time, distance, or other measurable outcomes. The stopwatch, scoreboard, or measuring equipment provides the answer. But not every competition works this way. In some sports, human judgement is also an important part of deciding the winner. This raises an interesting question: can a sport depend on judges? 8.1 When Judges Decide Many sports use judgement to decide the result. Examples include gymnastics, diving, and figure skating. In these sports, there is no single measurement that can completely describe the quality of a performance. Two athletes may perform different routines, and one may be judged better than the other. Judges evaluate performances using defined criteria such as difficulty, technique, execution, accuracy, and artistic qualities. Their scores are then used to determine the result. Different judges may not always give exactly the same score. However, this does not mean that the result is simply a matter of personal opinion. Judged sports use rules and scoring systems to make the evaluation as consistent as possible. This made me wonder whether an activity based partly on artistic expression and human judgement could still be recognised as a sport. A striking example came in 2024, when breaking made its Olympic debut at the Paris Olympic Games. Breaking is more commonly known as break dance. It is a dance form that combines athletic movements, footwork, spins, and individual expression. 8.2 Breaking the Usual Idea of Sport Breaking combines physical movement, technique, creativity, rhythm, and individual expression. It may initially seem closer to dance than to sports such as football or athletics. Competitors do not race against a clock or try to score more goals. Instead, they perform moves and combinations while responding to their opponents and the music. Judges evaluate their performances using established criteria. Yet breaking has many features that we associate with sport. Competitors train extensively, develop physical and technical skills, compete directly against opponents, follow competition rules, and perform under pressure. The Olympic debut of breaking gives us an important lesson. A sport does not have to produce a result using only a stopwatch or a scoreboard. Human judgement can also be part of a structured competition. Breaking’s Olympic journey also reminds us that being an Olympic event and being a sport are not exactly the same thing. Breaking made its Olympic debut at Paris 2024, but it is not included in the Los Angeles 2028 programme. Its removal from a future Olympic programme does not mean that it has stopped being a sport. This is important when we think about robotics competitions, because they too use a set of rules to determine how teams perform and who wins. 8.3 How Is a Robotics Competition Judged? So how is a winner actually decided in a robotics competition? Robotics competitions usually have a scoring system based on the objectives of the game. Teams earn points by completing specific tasks, scoring game elements, or achieving other goals defined by the rules. The robot’s performance on the field is therefore an important part of the result. A team may score points by placing an object in a target, moving game elements to a particular location, or completing a task within a given time. The exact scoring system changes with the challenge. Another distinctive feature of many robotics competitions is the alliance system. An alliance is a group of teams that compete together in a match against another alliance. Their scores are com54 bined to determine the result of the match. This means that a team’s score can go up or down depending on the performance of the other teams in our alliance. The final result is defined by the performance of all alliance partners on the field. But scoring on the field is not always the whole story. Some robotics competitions also have judged awards. Judges may evaluate aspects such as engineering design, innovation, teamwork, outreach, and the way a team approaches the challenge. In FIRST ® Robotics competitions, some of these awards can have a major impact on a team’s progress to the next level of competition. For example, awards such as the Engineering Inspiration Award in FIRST ® Robotics Competition (FRC® ) or the Inspire Award in FIRST ® Tech Challenge (FTC® ) recognize teams for their overall performance and contribution, rather than simply for winning an individual match. This highlights an important role of human judgement in robotics. A team’s performance cannot always be understood from individual match results alone. Judged awards provide an opportunity to recognise aspects such as engineering design, problem-solving, teamwork, innovation, and the overall approach of a team to the competition. In this way, robotics competitions can combine measurable performance with qualitative judgement. The score on the field provides one measure of performance, while human judgement can recognise qualities that numbers alone may not fully capture. 8.4 A New Game Every Year There is another part of competition that we often do not notice: the rules that produce the score. In football, we know what a goal means. In cricket, runs and wickets determine the result. The rules may be changed or updated, but the basic objectives of these sports remains familiar. Robotics competitions can be quite different. Many robotics competitions introduce a new challenge every season. The theme, objectives, scoring methods, field layout, game elements, and rules may all change. A team that competed successfully in one season cannot simply use the same robot and strategy in the next season. This makes robotics competitions unusual. Competitors are not simply learning how to play an established game. They are also developing a solution to a new problem every season. The skills remain similar from year to year. Problem-solving, engineering, programming, teamwork, and strategy are still important. What changes is the way these skills have to be used. At first, the changing nature of robotics competitions might seem very different from traditional sports. If the game changes every year, can it still be considered the same sport? The important point is that the challenge changes, but the nature of the competition does not. Teams still compete against other teams under a common set of rules. They prepare, practise, develop strategies, and perform under pressure. In fact, the changing challenge adds another skill: adaptability. Teams must understand a new problem quickly and find effective ways to compete within its rules. Changing the game every year does not make robotics less competitive. Instead, it makes adaptability an important part of competition. Robotics competitions have already grown to a global scale. Students from many countries now come together to compete in international robotics competitions. How did robotics grow into such a global competition? The next chapter explores this growing international presence.