Designing a Multi‑Dimensional Evaluation System for College Sports Learning

Construction of Evaluation Indicator System

Societal development demands that students possess not only robust physical health and a certain level of motor skills but also sound mental health and good social adaptability, requirements that traditional single‑criterion physical‑education assessment cannot meet; therefore, sports learning evaluation must become multi‑dimensional.

Purpose of Constructing Sports Learning Achievement Evaluation

(1) To understand students' sports learning situation and performance. Evaluation should consider not only the standard that all students must reach but also individual effort, focusing on physical fitness, motor skills, and especially behavioral performance during sports activities.

(2) To identify shortcomings in students' sports learning, analyze causes, and improve teaching and learning by carefully examining deficits in physical fitness, skills, attitudes, and interpersonal interaction.

(3) To provide students with opportunities to showcase themselves, encouraging progress and development. Successful evaluation enhances satisfaction, confidence, interest, and motivation, while experiencing failure can also stimulate effort to avoid negative outcomes, thereby fostering overall growth.

(4) To cultivate students' ability to correctly assess themselves and others through self‑ and peer‑evaluation, leading to a clear understanding of strengths and weaknesses in fitness, skills, attitudes, behavior, and social interaction.

Determining Weight of Multi‑Dimensional Evaluation Content

Ball games are comprehensive activity games and modern competitive sports. In terms of physical fitness, participants need a strong physique, good cardiopulmonary function, and a range of qualities such as strength, speed, agility, flexibility, general endurance, and speed endurance. Competitive ball games also demand high skill and tactical ability, as well as teamwork and coordinated cooperation.

At the university stage, students' physical and mental development approaches adulthood. With increased self‑awareness, higher cognitive levels, and broader perspectives, university students exhibit more coherent, holistic, proactive, and stable self‑assessment, and a growing awareness of lifelong sports.

The curriculum outline emphasizes shifting from an over‑emphasis on knowledge transmission to fostering proactive learning attitudes, so that acquiring basic knowledge and skills simultaneously becomes learning how to learn and forming correct values. Consequently, sports learning evaluation should consider physical and mental health, fitness, abilities, and performance, while also discovering and developing multiple sports potentials and understanding students' developmental needs.

Survey results of high‑school ball‑game evaluation questionnaires yielded weighted scores: knowledge and skill 444, physical fitness 346, affective performance and teamwork 275, learning attitude 246, health behavior (theory) 123. The ranking is knowledge & skill > physical fitness > affective performance & teamwork > learning attitude > health behavior (theory).

Expert feedback allocated the following weight proportions (exact percentages omitted in the source): knowledge & skill, physical fitness, affective performance & teamwork, learning attitude, and health behavior (theory), with the same ranking order.

Through surveys of frontline basketball teachers at Zhejiang university sports association meetings and phone consultations, the importance ranking of evaluation items in the "General‑University Sports Learning Achievement Evaluation Content Weight Survey" was determined as: knowledge & skill, physical fitness, affective performance & teamwork, self‑evaluation, learning attitude, and health behavior (theory).

Reference: Yu Kehong et al., Research on Sports and Health Curriculum Evaluation Indicator System