Question 1
In which situation is a pair element's feature counted?
Correct Answer:
When there is a long transition between sequences
Explanation:
In synchro skating, a pair element's feature is counted when there is a long transition between sequences. This situation highlights the importance of the choreographic aspect of the performance. A long transition allows pairs to demonstrate their synchronization skills more effectively and emphasizes the connection between elements within the routine. It showcases the skaters' ability to flow seamlessly from one element to another, enhancing the overall artistic impression. When transitions are well-executed, they contribute positively to the overall score of the routine, emphasizing that transitions can serve as a key feature that is recognized in scoring, especially when highlighting the pairs’ skill and artistry. Other situations where pairs make errors, regardless of the number of pairs involved or the nature of the transitions, do not provide the same level of recognition for the pair element features that are well executed.
Question 2
What is the result if 1/4 of the team fails to meet general element requirements?
Correct Answer:
Lower element one level for each requirement
Explanation:
When a portion of a synchro skating team, specifically 1/4 of the team, fails to meet the general element requirements, the correct outcome is indeed to lower the element one level for each requirement that is not met. This policy is in place to ensure that the overall performance aligns with the standards set within the sport, taking into account that the cohesion and execution of a synchro team is critical to their success. In synchro skating, elements are assessed based on how well the team executes the required components. If a significant portion of the team (1/4) does not adhere to these requirements, it indicates an inconsistency in the performance that affects the entire team’s ability to successfully execute the element as a unit. Therefore, to reflect this level of performance and maintain fairness in scoring, the element's difficulty is adjusted downwards. This adjustment serves to acknowledge the impact of the failing team members and provides a clear response to underperformance while still allowing the team to continue competing. Other options would not address the performance deficits effectively or would misrepresent the level of the team's skill as reflected by their execution.
Question 3
What is the implication of having a feature with errors grouped by the same type?
Correct Answer:
Only one error is counted
Explanation:
When errors in a feature are grouped by the same type, it implies that the judging system modifies how those errors are assessed during scoring. In this context, having a grouping indicates that multiple occurrences of the same type of error will be consolidated to simplify the evaluation process. Therefore, instead of counting each individual error separately, only one error is counted for scoring purposes. This approach helps minimize the impact of repetitive mistakes on the overall score, focusing instead on the quality and consistency of performance rather than penalizing excessively for similar faults occurring multiple times. In terms of the context provided by the other choices, scoring would not treat every error as a distinct point deduction, nor would it entirely disregard the errors or ignore their influence on scoring. Instead, the single error count reflects a collective assessment of that particular mistake type, encouraging skaters to improve on specific weaknesses without facing disproportionate penalties for frequency of the same error.
Question 4
What is the impact of any stationary moments during the execution of a pi?
Correct Answer:
Lower the pi one level
Explanation:
When assessing the impact of any stationary moments during the execution of a pi, it is essential to recognize that a pi is a specific maneuver in synchro skating that requires fluidity and continuous motion. If there are moments when the skaters are not moving, this indicates a break in the seamless execution that is necessary for the maneuver to be successful. Lowering the pi one level reflects the understanding that the presence of these stationary moments detracts from the overall quality and difficulty of the performance. These moments disrupt the fluidity and cohesiveness of the team's execution, which are critical elements in scoring. In synchro skating, maintaining motion throughout the entire performance is fundamental to achieve a higher level of execution and artistry. Other options like being counted as successful or not taking action do not align with the guidelines and standards of judging in synchro skating. The intricacy of the pi might not increase either, as stationary moments negatively impact the overall execution. Therefore, addressing the situation by lowering the pi level accurately reflects the technical assessments made during competitions.
Question 5
If a Group Lift fails to lift but not due to a fall, what should be called?
Correct Answer:
Call Element No Value
Explanation:
In synchro skating, if a Group Lift fails to lift properly but does not result in a fall, the appropriate action is to assess the execution of the element. When a Group Lift does not achieve its intended height or execution but completes the attempt in a controlled manner, it reflects a significant failure of the element's execution, warranting a specific call. By calling this element as "No Value," the judges acknowledge that the attempt did not meet the minimum criteria for a successful lift. This evaluation ensures that the teams are scored accurately based on their performance quality. It communicates to the skaters and coaches that while they attempted the element, it did not fulfill the technical requirements to be considered valid. This maintains scoring standards and encourages teams to refine their techniques for successful lifts in the future. In contrast, the other responses would not accurately reflect the nature of the fault as they suggest either an executed element (which it was not) or variations or adjustments that don't adequately address the situation. The call of "No Value" is the most fitting response, as it directly corresponds to the situation's outcome without misleading implications about proper execution.
Question 1
Exam overview

About this Exam

The Synchro Skating Technical Specialist designation is a prestigious role within the officiating community of synchronized ice skating. This official is responsible for identifying the elements performed by a team in real-time during competitions and determining their level of difficulty according to the International Skating Union (ISU) judging system.

This certification is designed for individuals with a deep understanding of synchronized skating, often former competitive skaters, coaches, or experienced officials looking to specialize in this dynamic discipline. Earning this certification demonstrates a high level of expertise in the technical nuances and rules governing synchronized skating performances.

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Additional Information

What the Course Entails and Exam Details

The preparation and examination process focuses heavily on mastering the ISU judging system and the specific requirements for synchronized skating. Candidates must demonstrate a comprehensive knowledge of the current ISU Rulebook and relevant Communications.

Key topics covered include identifying all recognized synchronized skating elements, such as wheels, blocks, circles, intersections, and no-hold steps. Furthermore, specialists must understand the criteria for determining the Level of Difficulty (Level 1, 2, 3, or 4) for each element, based on executed features and variety. The course also entails learning to identify technical deductions, such as falls, illegal elements, or costume violations.


What to Expect in the Final Exam

The final certification exam typically consists of two distinct components: a written examination and a practical assessment. The written exam evaluates the candidate’s theoretical knowledge of the rules, element definitions, and difficulty level criteria, often through multiple-choice questions or scenario-based problems.

The practical assessment involves "shadow judging" or "calling" elements during live performances or recorded competition footage. Candidates must accurately identify the elements performed and assign the correct difficulty level within the demanding time constraints of a live event. A high passing score, often 80% or above, is required for both components, reflecting the precision necessary for this official role.


How to Study and Exam Centers

Preparation requires dedicated study of the official ISU documentation and extensive practical experience. Aspiring Technical Specialists should begin by meticulously reviewing the current ISU Special Regulations & Technical Rules for Synchronized Skating. Utilizing official practice tests, if available from your national federation, is crucial for familiarizing yourself with the question format.

The most effective study method is practicing element identification and difficulty calling while watching hours of competition videos, ideally comparing your calls with official results. The certification exams are typically not offered at standard commercial testing centers; instead, they are administered by National Skating Federations (e.g., US Figure Skating, Skate Canada) during specific technical seminars or national championships.


Job Opportunities from the Course

Earning the Synchro Skating Technical Specialist certification opens doors to several key officiating roles within the synchronized skating community. This qualification is the starting point for a fulfilling career path in competition officiating.

Potential job opportunities include:

  • Synchronized Skating Technical Specialist (Sectional/National Level): Officiating at regional or national competitions, calling elements and difficulty levels.

  • Synchronized Skating Technical Controller: A more senior role overseeing the technical panel and ensuring consistency.

  • ISU Synchronized Skating Technical Specialist: Upon gaining sufficient national experience, eligibility to officiate at international ISU events and Championships.

  • Synchronized Skating Data Operator: An integral part of the technical panel, inputting the elements called by the specialist.

  • Technical Official for National Federations: Serving in various official capacities for national skating events.

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