A Deep Dive into Human Factors and the Olympics
28th August 2021 • Human Factors Cast Deep Dives • Human Factors Cast
00:00:00 00:11:43

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A Deep Dive into Human Factors and the Olympics

s! In honor of the end of the:

This is something a little new and different for us (don’t worry - we will return to our regularly scheduled episode follow-up deep dives this week!), so please let us know your thoughts about these sorts of special edition deep dives on other interesting topics, if you prefer our special editions over our episode follow-ups, or any areas you would like to see us cover in a special edition that we might not cover in the weekly show. Thank you!

What is HFE in Sports?

If we consider that the four big goals of human factors are effectiveness, efficiency, safety, and fun, it is no surprise that HFE has been steadily gaining ground in the arena of sports. As more people participate in a wider variety of sports and as sports competitions become even more demanding, the importance of studying ergonomics in sports continues to grow in importance.

Sports HFE touches on sports equipment, clothing and other wearable gear, technology, scheduling, training, rehabilitation, prevention of injuries, performance improvements, and the environment in which the sport is performed. Research into systems ergonomics in the context of sports performance and injury management has started to gain traction as well. Although HFE is often seen as only being applicable to office environments, both amateur and elite sports are beginning to see the value in embracing ergonomics.

Similar to HFE in sports, sport psychology has recently seen an increase in popularity. Some crossover areas between sports HFE and psychology can be seen in some of the priorities of research for sport psychologists: self-regulatory strategies of athletes operating in stressful competitive environments; risk-taking; perceptual-cognitive skills training for performance in dynamic, open sports; and the link between emotion and motor behavior.

Human Factors and the Olympics

tors principles to design the:

This is just one example; we will dive a little deeper for more!

Judging and the Olympics

Judging for any sport is often a hot-button topic: disagreements in how a judge scored a performance, how a play was called, how rules are interpreted, and accusations of favoritism or corruption are common, especially in elite competitions like the Olympics. Technological advances have led to more judging being done by electronic sensors, but for the more subjective sports (e.g. figure skating, gymnastics, and diving), humans still do the majority of the scoring.

, mistakes can happen. In the:

The 2008 Beijing Olympics had its share of judging controversy, too. Taekwondo referee Chakir Chelbat was attacked by Cuban taekwondo champion Angel Valodia Matos over a judging dispute, resulting in a split lip that required stitches for Chelbat. The World Taekwondo Federation announced that an official inquiry would be held into the controversial judging of the Sarah Stevenson versus Chen Zhong bout (Stevenson was widely regarded to have won the bout, but the judges had not called it in her favor).

Yang Jin Suk, secretary-general of the World Taekwondo Federation, neatly summarized the human factors issues that can be seen in the judging of subjective sports: intentional mistakes of referees and judges, accidental mistakes, and mistakes from ignorance.

rom individual judges for the:

While many sports primarily rely on the skills of human judges to make calls during matches, some have begun integrating a challenge system that puts everything on pause while the judges watch a reply of the challenged call. For example, the 2016 Rio de Janeiro Olympics were the first time that volleyball and beach volleyball used the challenge system and video replays. Angelo Squeo, the director of beach volleyball for the international federation at the time, said that with the use of the challenge system, about 25 percent of calls are overturned. The average time for a review is about 30 seconds - just enough time for the crowd to get and stay excited about what the judges will say after watching the replay.

HFE can be used to address many of these concerns to help ensure that the judging that happens during the Olympics is as easy and efficient as possible. It can also be used to look back at where problems have occurred in the past to develop solutions to prevent or mitigate those scoring issues in the future.

Safety and the Olympics

Safety is a major aspect of human factors, and, in recent years, has become a bigger concern in sports. Knowing human factors concepts and testing procedures can help with the development of safer equipment, clothing, and environment designs.

We can look at diving as an example. Have you ever wondered why they spray water onto the diving pools? They do it for safety: the water acts as a surface agitator, letting divers get a better idea of where the surface of the pool is so that they can better judge when they need to go into their rotations.

What about showers between dives? It can get chilly waiting between dives, so divers will hop in the showers or hot tubs to warm up and help keep their muscles loose.

Why do they bother drying off between dives? Part of the reason is to help them stay warm. Drying off also helps them to maintain their form when they spin - some divers even use tacky substances (e.g. iTac) on their bodies as an extra aid.

Beyond physical safety while performing a sport, the Olympics committees also consider harassment and abuse safety issues. Several Olympic commissions have been created to assess and safeguard athletes from harassment and abuse.

This year has brought an additional safety concern: COVID-19. Even before the games began, there were over 70 coronavirus cases tied to the Olympic Village. The International Olympic Committee (IOC) released COVID-19 playbooks detailing the safety measures that would be in place for the games this year. In the 96 hours before arriving in Japan, Olympic visitors were required to have two negative test results. On landing, they needed to produce another negative test result.

While on-site, Olympic athletes and coaches had to download location-enabled contact tracing apps to their phones. Movements were restricted to specific “bubbles” while visitors were in the country. There were no spectators allowed, foreign or domestic.

The Olympic Village hosted about 11,000 people. Athletes shared rooms, took daily COVID tests, and wore face masks at all times (when they were not eating, sleeping, training, or competing). If an athlete won a medal, this year they placed it around their own necks. Athletes who had finished all of their events and were done competing were required to leave Japan within two days of their last event.

With all of these safety measures in place, recent reporting tells us that there were 404 Games-related infections since July 1. Close to 600,000 screening tests were performed. The infection rate seems to have been only 0.02%. It is too soon to tell what specific precautions contributed to the low infection rate.

Performance and the Olympics

HFE research can be highly valuable when it comes to improving athletic performance. We can think of all the ways we apply human factors to training, equipment, clothing, and the environment to help end-users achieve their goals efficiently, effectively, and safely (while having fun).

Advances in technology have led to significant performance increases in many sports over the years. These include:

The evolution of pole vaulting pole materials from bamboo to aluminum to fiberglass, allowing vaulters to translate the energy of their run-ups into vaulting height more effectively

A “superbike” made of a single structure of lightweight carbon fiber, one traditional wheel with spokes, one modern wheel of a solid disc, and an aerodynamic helmet

Fields made of a high-performance polyethylene resin for the artificial turf for field hockey to increase shoe grip, reduce injuries, and contribute to better accuracy

New swimsuits based on polyurethane that helped to reduce friction in the water

on performance and comfort. A:

We can also look at more technological developments in gear and equipment such as wearable tech that allows athletes and trainers to get more precise data they can use to refine their training. Samsung made big news before the 2018 Winter Olympics in Pyeongchang with the reveal of its Samsung SmartSuit for Olympic short track speed skaters. The SmartSuit used sensors to send real-time information about the wearer’s body position to the coach. If the coach wanted the skater to change something about their position, the coach could use an app to send a vibration to the suit’s wrist. This feature allowed the coach to communicate immediately with the skater.

Sports performance HFE is a huge topic that covers many areas; we have only focused on a small sampling in this Olympic deep dive. In addition to gear and equipment, sports performance also extends to diet, training, environment, data analysis, and more. If you are interested in additional deep dives about HFE in sports performance, please let us know!

As HFE in sports continues to grow as an area of interest, we are sure to see more research come out that delves further into the judging, safety, and performance of athletes in elite competitions such as the Olympics. It is an exciting reminder that human factors is truly everywhere!

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