Statement of the problem. Today, when the epidemic raises specific requirements to the sanitary standards, teachers of the Physical Culture and Sports discipline need to take the maximum use of open spaces for their classes. The most common exercises for the autumn and spring periods of the academic year are cross-country running for different distances, general and strength development exercises in outdoor sports grounds. During the stable snow cover period, physical education focuses on ski training. Such activities have been always used as a perfect way of preventing respiratory diseases and virus infections. The problem and the task set before the teaching staff is support and stimulation of the students’ interest to outdoor training all year round, since only regular practice combined with knowledge in the sphere of physical culture and sports may develop a need for physical activity in the future. In this situation, it appears natural to add orienteering in the areas adjacent to the ski stadiums to the Physical Culture and Sports classes. The purpose of the article is to develop a modular structure for building the program of the Physical Culture and Sports discipline for students of non-physical culture profile during year-round outdoor activities using orienteering means, ski and general physical training. The methodology of the research includes the basic principles of physical education at higher educational institutions, methodological basics of physical development through ski training at the student age, the basics of embedding orienteering into the physical education process, analysis and generalization of the academic publications dedicated to the practical implementation of the Physical Culture and Sports discipline at higher educational institutions. The research results allow us to state that the application of the modular structure of the program of the Physical Culture and Sport academic discipline on the basis of two kinds of sports – ski training and orienteering, as well as the block of general physical training, which is mandatory in all training programs on this discipline is a more effective form for the implementation of this academic discipline. As a result of introducing this block structure there was an increase in the average attendance of physical education classes by students of the experimental group in the autumn semester from 74.56 ± 3.78 to 88.24 ± 4.62, in the spring the numbers increased by 13-14% (p <0.05), namely, from 76.23 ± 4.15 to 89.15 ± 4.44. The results of strength tests from the Physical Traning Standards (GTO) complex also significantly increased owing to the concentration of general physical training on a specially selected block, where these exercises were performed with multiple effortful repetitions not exceeding 30% – 40% of the possible individual maximum. In the ski training block, the students of the experimental group, on average, in each lesson were able to walk longer distance, longer by 29% by boys and by 32% by girls compared to the students of the control group. Orienteering block in autumn and spring allows students to fully master the competitive exercise in this sport. Conclusion. The designed block-based structure may be recommended for implementation in the training program among university students majoring in non-sport subjects with access to skiing centers equipped with skiing tracks and some mapped forest area. This is especially relevant in the difficult epidemiological situation in the country when the need for open-air training among students complying with all the applicable sanitary standards becomes extremely acute.
A modular structure for implementation of linearly constrained minimum variance beamformers
