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An Analysis of the Effectiveness of Psychology Education in Higher Education Institutions Based on the ARCS Model

  
19 mar 2025
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Introduction

The continuous development of modern education, the training of talents in higher vocational colleges and universities also put forward new requirements, in addition to focusing on the development of students’ professional skills, but also to cultivate students to form a sound personality and healthy psychology [1-2]. By integrating psychology into the mental health education curriculum system of higher vocational colleges and universities, centering on students and cultivating students’ positive personality psychology such as subjectivity, optimism, and self-confidence, students’ psychological quality can be improved and their ability to perceive happiness can be enhanced [3-6]. In the face of setbacks and challenges in learning and life, students can be inspired to face various dilemmas with positive emotions, effectively solving various psychological confusions and psychological problems existing in students [7-8]. Only in this way can we enhance the comprehensive ability and comprehensive quality of students, promote their overall development, and achieve the purpose of higher vocational colleges and universities to cultivate talents with great craftsmanship and moral integrity [9-11]. Based on this, the importance of psychology education in higher vocational colleges and universities is becoming more and more prominent.

From the current situation, there are still some problems in the construction of psychological health education system in higher vocational colleges and universities. The content of psychology education in some higher vocational colleges and universities is too decentralized and lacks in-depth integration, and the curriculum tends to focus only on a certain aspect of psychological knowledge, while ignoring the construction of the overall personality [12-14]. The teaching mode often adopts a “one-size-fits-all” approach, ignoring the differences between individual students, making it difficult to meet the individual needs of different students and stimulate their learning motivation [15-17]. It is necessary to analyze these problems in depth and take effective measures to optimize them in order to achieve the goal of improving the quality of mental health education and promoting the healthy development of higher vocational students.

This paper analyzes the characteristics of psychology knowledge by combining constructivism theory, immersive learning theory and multiple intelligences theory, and divides the teaching process of psychology into three phases: before class, during class and after class, and elaborates on the teaching contents in different phases respectively. For the teaching process, theoretical analysis combined with interviews and questionnaires are used to establish the indicators and contents of the evaluation system of the psychology course in this paper. Subsequently, the indicators and contents of the evaluation system of the psychology course in this paper are effectively evaluated in the form of expert questionnaires, and the evaluation data are collated and analyzed and optimized with the evaluation results. Finally, in order to verify the effectiveness of the psychology teaching design based on the ARCS model proposed in this paper, the teaching design of this paper is applied to the teaching of psychology in a higher vocational college, and the evaluation system of this paper is used to carry out specific evaluation and analysis of the teaching of psychology in this higher vocational college.

Instructional design for psychology based on the ARCS model

Based on constructivism theory, immersive learning theory and multiple intelligences theory, this paper analyzes the knowledge characteristics, divides psychology education courses into new course lectures and systematic review courses according to the types of psychology education courses, conducts the design of teacher’s activities and student’s activities in the three stages of pre-course, in-course, and post-course, respectively, and integrates the ARCS elements in the teaching links to maintain the students’ motivation to learn. Based on the above design ideas, combined with the psychology education model and the needs of pre-learners, the systematic new lecture psychology teaching model and the systematic review psychology teaching model based on the ARCS model are constructed.

In this paper, the psychology teaching process is sequentially divided into pre-course, in-course and post-course phases, and the content is explained in this order. Among them, the pre-course and in-course stages are the systematic new lecture psychology teaching model, and the post-course stage is the systematic review psychology teaching model.

The pre-course stage is the preliminary understanding and knowledge processing stage of teaching, which is the initial construction of students’ knowledge and belongs to shallow learning activities. As shown in Figure 1, the pre-course stage is mainly divided into three steps, teacher preparation, teaching activities, and teacher-student interaction. Teachers carry out the analysis of teaching materials, analysis of learning conditions, teaching objectives, teaching key points, design of motivational strategies, design of teaching resources, and selection of online platforms during the preparation of lessons. After the relevant preparation work is completed, the pre-course teaching activities are launched. Teachers provide the learning objectives and resources to students, and students study on their own and complete the corresponding tests. Afterwards, the teacher checks the students’ pre-study results to understand the students’ pre-study situation and facilitate the subsequent targeted teaching. Finally, the teacher discusses the results of the pre-study with the students, which is conducive to the students to have a grasp of the knowledge to be learned before the class, and enhance their enthusiasm for learning.

Figure 1.

Pre-class period

Before starting the middle stage of the lesson, teachers need to make appropriate adjustments to the teaching activities based on the feedback from students in the first stage. In the mid-phase, teaching is carried out step by step according to the five steps of Situational Problems, Problem Exploration, Constructing New Knowledge, Knowledge Transfer, and Accurate Assessment, and the whole process carries out the principle of taking students as the main body, focusing on the students’ personal experience, and consciously integrating the ARCS motivation strategy into each step to improve the motivation level of the students. In this phase of teaching activities, teachers will mix different teaching methods and teaching resources to bring students a novel experience, maximize students’ interest and awareness, and spontaneously participate in the class. At the end of this stage of teaching activities, teachers and students need to make timely evaluation of classroom performance, which is conducive to the development and optimization of subsequent courses to provide reference. In general, this stage of learning is a deep-level learning activities, is the focus of the entire teaching process.

The post-course phase is divided into four stages: post-course homework, expanding resources, demonstrating results and evaluating feedback. Teachers not only need to diversify the content and form of after-class homework under the premise of meeting students’ personalized learning needs, but also need to provide classroom-related extended learning resources in conjunction with classroom content. After this, teachers encourage students to demonstrate the results of course learning, students show the process, further deepen students’ understanding of the knowledge, increase their own learning experience and sense of achievement. Finally, for the students’ post-course work and results of the display of summative evaluation, public display, praise the outstanding works, in order to meet the outstanding students’ sense of self-achievement, at the same time, other students can also play the role of role model behavior.

Evaluation System for Psychology Teaching Programs

After the establishment of the psychology teaching process incorporating the elements of ARCS, it is also necessary to evaluate the effect of its practical application. In this paper, the establishment of psychology teaching evaluation system, in order to ensure the scientific rationality of the content and weighting of the indicators of the evaluation system of psychology courses, this paper, in addition to adequate theoretical research, but also need to investigate the views of all relevant personnel in the course of the actual implementation of the course, so as to achieve the effect of combining theory with practice, so that the evaluation system is more effective.

Interview subjects and questionnaire respondents

The following characteristics are required of those surveyed:

They are participants in all aspects of psychology education and can provide opinions and suggestions from different perspectives of psychology education.

They come from different regions and different levels of higher vocational colleges and universities, so as to ensure the applicability of the index system in a wide range.

In this paper, 200 people, including leaders in charge of psychology courses, experts in the field of psychology education, staff of psychological counseling centers, front-line teachers of psychology education, and randomly selected students of various higher vocational colleges and universities in a certain province, were selected. Their numbers were 3 leaders in charge, 30 experts in the field of psychological health education, 35 counselors in the university psychological counseling center, 45 first-line teachers, and 87 students from various colleges and universities. Among them, experts in the field of psychology education refer to teachers who have the title of professor or associate professor and must be involved in at least two of the teaching of psychology education courses, psychological counseling, and management of psychology education in their personal work, counseling center staff refers to full-time staff of the Mental Health Education Center or the Counseling Center, and front-line teachers of psychology education refer to those who are mainly engaged in teaching in the classroom.

Determine the content of the indicators of the evaluation system of psychology courses

After the theoretical analysis, interview research and questionnaire survey in this paper, the content of indicators at all levels of the evaluation system of mental health education courses was finally derived, and its indicators and the content of the corresponding indicators are shown in Table 1:

Index system content

Primary index Secondary index Three-level index
(A) background evaluations (A1) Institutional setup and system construction (A11) Has a psychology course teaching research group
(A12) To develop the school psychology education system
(A2) Construction of campus culture (A21) Students study and live in a beautiful environment
(A22) Hold psychological and cultural festivals to popularize mental health ideas
(A23) Actively carry out extracurricular psychological education activities
(A3) Curriculum Provision (A31) Courses in psychology were offered
(A32) Optional courses such as success psychology are offered
(A4) Input of teaching (A41) Provide pre-job training for new teachers
(A42) Teaching required hardware and software equipment is complete
(B) Teacher evaluation (B1) Teaching qualification (B11) Bachelor degree or above in psycology
(B12) Psychology professional
(B2) Teaching level (B21) In the course evaluation system can be praised by students
(B22) Teaching supervision gave a good evaluation
(B3) Teaching attitude (B31) Make high quality course PPT
(B32) Carefully assign and check students’ homework
(C) Materials evaluation (C1) Technical feature (C11) Standard and scientific use of language, text and graphics
(C12) Illustrations are used wisely
(C2) content characteristics (C21) The theoretical knowledge of psychology is comprehensive
(C22) Psychological theories are explained by examples
(C23) Reasonable structure arrangement
(D) Process evaluation (D1) The execution of the teaching plan (D11) Classroom teaching shall be carried out according to the teaching plan
(D12) Teaching can effectively achieve the purpose of teaching
(D2) The use of teaching means (D21) Reasonable use of psychological tests, psychodrama and other psychological means in class
(D22) Reasonable use of projectors and other teaching equipment
(E) Academic achievement assessment (E1) Student benefit (E11) Excellent results in the final test
(E12) Form a healthy and harmonious psychological and cultural atmosphere
(E2) Sustainability of curriculum construction (E21) Curriculum construction is operable
(E3) Extensibility of curriculum construction (E31) The curriculum construction experience is easy to be transplanted and can be extended to other schools

Assessment and application of the evaluation system for psychology teaching programs
Assessment of the effectiveness of the evaluation system of the psychology teaching program

In order to make the selection of indicator content more scientific, this paper invited 25 experts and professors to carry out a questionnaire survey on as well as indicators, secondary indicators and tertiary indicators respectively. The survey was distributed online, and 25 questionnaires were finally recovered, with a recovery rate of 100% and an effective rate of 100%. After the questionnaire survey was recovered, the scoring of each expert on the indicators was organized through Excel software and imported into SPSS26.0 software to calculate the mean, standard deviation and coefficient of variation of each indicator. Among them, the consistency coefficient is to determine whether the evaluation opinions of experts on each indicator have a high degree of consistency. Indicator expressions in the table of statistical analysis results in this paper are replaced by using their numbers.

Table 2 shows the results of the collation, statistics and analysis of the data of the first-level indicators. Among them, the average of the first-level indicators are all ≥3.5 points, and the coefficient of variation is <0.25, which can be seen that the experts have a high degree of recognition of the first-level indicators in the questionnaire.

Statistical analysis of first-level indicators

Primary index Mean value Standard deviation Variable coefficient Result
A 4.15 0.375 0.0942 retain
B 4.82 0.294 0.0563 retain
C 5.00 0.000 0.000 retain
D 4.85 0.385 0.801 retain
E 4.65 0.456 0.951 retain

Table 3 shows the results of the collation, statistics and analysis of the data of the secondary indicators. Among them, the average of the secondary indicators is ≥3.5 points, and the coefficient of variation is <0.25, which shows that the experts have a high degree of recognition of the primary indicators in the questionnaire, indicating that the 14 secondary indicators meet the requirements of the standard, and therefore all of them are retained. However, the coefficients of variation of the two secondary indicators “A3 and D1” are larger than the coefficients of variation of the other secondary indicators, which are above 0.1000, indicating that there are some differences in the evaluation opinions of the 25 experts on these two secondary indicators. Although there are some differences, these two indicators meet the requirements of the standard and are therefore retained.

Statistical analysis of secondary indicators

Secondary indicators Mean value Standard deviation Variable coefficient Result
A1 4.91 0.287 0.0687 retain
A2 4.15 0.289 0.0932 retain
A3 4.23 0.385 0.1165 retain
A4 4.85 0.246 0.0835 retain
B1 4.90 0.186 0.0645 retain
B2 4.17 0.364 0.0987 retain
B3 4.89 0.259 0.0654 retain
C1 5.00 0.000 0.000 retain
C2 5.00 0.000 0.000 retain
D1 4.58 0.365 0.1346 retain
D2 5.00 0.000 0.000 retain
E1 4.41 0.247 0.0723 retain
E2 4.13 0.475 0.0526 retain
E3 4.96 0.311 0.0761 retain

Table 4 shows the results of the collation, statistics and analysis of the third-level indicator data. Among them, the mean score of all three-level indicators is ≥3.5, and the coefficient of variation is <0.25, which shows that the experts have a high degree of acceptance of the three-level indicators in the questionnaire, indicating that the 29 three-level indicators meet the requirements of the standard, and therefore all of them are retained. However, the coefficients of variation of the seven tertiary indicators “A31, A41, A42, B22, B23, D21, E31” are larger than those of the other tertiary indicators, which are all above 0.1600, indicating that there are some differences in the evaluation opinions of the 25 experts on these seven tertiary indicators. Although there are some differences, the seven indicators meet the requirements of the standard and are therefore retained.

Statistical analysis of index measurements

Three level index measurement items Mean value Standard deviation Variable coefficient Result
A11 4.93 0.5179 0.1553 retain
A12 4.41 0.8293 0.1463 retain
A21 4.48 0.5123 0.1275 retain
A22 4.29 0.7756 0.157 retain
A23 4.97 0.458 0.1011 retain
A31 4.01 0.5478 0.1775 retain
A32 4.21 0.4392 0.144 retain
A41 4.31 0.4704 0.1656 retain
A42 4.82 0.6627 0.165 retain
B11 4.75 0.6179 0.0902 retain
B12 4.91 0.699 0.1207 retain
B21 4.34 0.6709 0.1597 retain
B22 4.45 0.7862 0.1634 retain
B23 4.19 0.699 0.1786 retain
B31 4.19 0.5443 0.1515 retain
B32 4.94 0.3995 0.1569 retain
C11 5.00 0.00 0.0000 retain
C12 5.00 0.00 0.0000 retain
C21 5.00 0.00 0.0000 retain
C22 5.00 0.00 0.0000 retain
C23 5.00 0.00 0.0000 retain
D11 4.91 0.3263 0.0905 retain
D12 4.84 0.6811 0.1017 retain
D21 4.93 0.3745 0.1668 retain
D22 4.14 0.706 0.1442 retain
E11 4.03 0.4537 0.097 retain
E12 4.46 0.7 0.1097 retain
E21 4.52 0.6002 0.1354 retain
E31 4.67 0.4375 0.1791 retain

In summary, each indicator in the evaluation system of this paper is in line with the standard requirements, but the coefficient of variation of some indicators is larger, which is due to the fact that there is a subjective choice of experts in the process of scoring, and each expert has different views and insights on each indicator, so there are some differences. However, from the overall data, the average score of each index is above 3.00, which has met the standard requirements, and the 25 experts in the questionnaire survey have no modification opinions. It shows that the evaluation system of this paper is reasonable in the assessment of psychology courses. Next, the evaluation system of this paper is used to score and analyze the psychology courses in actual institutions.

Analysis of evaluation indicator weights

In order to derive the weights of the indicators of the evaluation system of the psychology teaching course so as to better analyze the evaluation results, this paper uses the sum-product method in the SPSSAU software to do further calculations on the survey data of the above evaluation system.

Taking Expert 1 as an example, Table 5 shows the analysis results of Expert 1’s rating data on the first-level indicators in SPSSAU software.

Judgment matrix of first-level indicators

A B C D E
A 1 1/7 1/3 1/6 1/4
B 7 1 1/4 1/5 1/2
C 3 4 1 1/2 1/3
D 6 5 2 1 1/5
E 4 2 3 5 1

As in Table 6, expert 1 analyzed the evaluation indexes two by two, and through calculation, it was concluded that in the evaluation system of psychology teaching course, the weight of teacher and process was relatively large, each accounting for 0.3, that is, expert 1 thought that the level of teacher and the teaching effect were the most important. And the CR value is less than 0.1, then the judgment matrix satisfies the consistency test.

Results of the AHP hierarchy analysi

Item Eigenvector Weighted value Max-eigen value CI value RI value CR value Consistent result
A 0.301 10.000% 3.000 0.000 0.521 0.000 pass
B 0.900 30.000%
C 0.100 10.000%
D 1.802 30.000%
E 0.201 20.000%

The 25 experts’ questionnaire data are calculated and analyzed using the above methods, resulting in Table 7, which is the consistency test results of the 25 experts’ questionnaire data. The data show that the CR value determined by 25 experts in the evaluation system of science teaching course weights is less than 0.1, then the judgment matrix meets the consistency test, and the consistency test are passed, the calculation of its average value and normalized to derive the weight of the teacher and the process is relatively large, accounting for 0.301 and 0.351, respectively, and the background of learning, teaching materials, and the effectiveness of the learning account for 0.112, 0.125, respectively, 0.111.

Results of the consistency testing were performed

Specialist Max-eigen value CI value RI value CR value Consistent result
1 3.000 0.000 0.521 0.000 pass
2 3.000 0.000 0.521 0.000 pass
3 3.000 0.000 0.521 0.000 pass
4 3.000 0.000 0.521 0.000 pass
5 3.000 0.000 0.521 0.000 pass
6 3.000 0.000 0.521 0.000 pass
7 3.000 0.000 0.521 0.000 pass
8 3.000 0.000 0.521 0.000 pass
9 3.000 0.000 0.521 0.000 pass
10 3.007 0.003 0.521 0.024 pass
11 3.003 0.001 0.521 0.035 pass
12 3.003 0.001 0.521 0.037 pass
13 3.006 0.003 0.521 0.26 pass
14 3.000 0.000 0.521 0.000 pass
15 3.000 0.000 0.521 0.000 pass
16 3.000 0.000 0.521 0.000 pass
17 3.002 0.001 0.521 0.018 pass
18 3.000 0.000 0.521 0.000 pass
19 3.000 0.000 0.521 0.000 pass
20 3.000 0.000 0.521 0.000 pass
21 3.000 0.000 0.521 0.000 pass
22 3.005 0.002 0.521 0.041 pass
23 3.008 0.004 0.521 0.063 pass
24 3.002 0.001 0.521 0.052 pass
25 3.000 0.000 0.521 0.000 pass

Table 8 shows the specific results of the weights of the first, second and third level indicators, and it can be learned that the weights of the first level indicators (A) background evaluation, (B) teacher evaluation, (C) teaching materials evaluation, (D) process evaluation, and (E) effectiveness evaluation are 0.112, 0.301, 0.125, 0.351, and 0.111, respectively. In the process of teaching psychology, the learning background, teacher, teaching materials, process and effectiveness are mutually restrictive and dependent on each other. Learning background and teaching materials are preconditions, process and teachers are guarantees, and effectiveness is the test. Their weights are in the following order: effectiveness < background < teaching materials < teachers < process. Among the secondary indicators, (B2) teaching level, (D1) teaching methods, and (C2) content characteristics have high weights of 0.555, 0.654, and 0.654, respectively, which are above 0.550, indicating that in the process of psychology teaching, the level of teachers’ instruction, teaching methods, and attractiveness of classroom content are the important factors affecting the quality of psychology teaching courses. Among the three-level indicators, (B12) psychology professionals, (B21) obtaining better evaluation from teaching supervisors, and (D21) rationally utilizing psychological means such as psychological tests in the classroom have higher weights of 0.757, 0.738, and 0.742, respectively, which are above 0.700, indicating that psychology teaching with psychology professionals conducting lectures, obtaining supervisors’ recognition, and diversifying teaching means are the guarantee of high level course effect.

Index weight of student training quality evaluation index

Primary index weight Secondary index weight Three-level index weight
A 0.112 A1 0.199 A11 0.396
A12 0.504
A2 0.284 A21 0.480
A22 0.443
A23 0.177
A3 0.193 A31 0.412
A32 0.588
A4 0.324 A41 0.481
A42 0.519
B 0.301 B1 0.252 B11 0.243
B12 0.757
B2 0.555 B21 0.738
B22 0.128
B23 0.134
B3 0.193 B31 0.597
B32 0.403
C 0.125 C1 0.421 C11 0.528
C12 0.472
C2 0.579 C21 0.216
C22 0.274
C23 0.510
D 0.351 D1 0.654 D11 0.496
D12 0.504
D2 0.346 D21 0.742
D22 0.258
E 0.111 E1 0.502 E11 0.468
E12 0.532
E2 0.498 E21 0.632
E31 0.368
Effectiveness of this paper’s instructional design in a higher education institution

In order to test the effect and quality of the psychology teaching design based on the ARCS model constructed in this paper in actual teaching, the teaching design of this paper was first introduced into the teaching of psychology courses in a higher vocational college, and then the evaluation system of the psychology courses in this paper was made into a questionnaire, which was used to evaluate the effect of the psychology courses after using the teaching design of this paper. A total of 150 questionnaires were distributed and 147 questionnaires were recovered, with an effective rate of 98.00%. Among them, 35 were experts, administrators and teachers on campus and 115 were students. This questionnaire is in the form of a Likert scale, and the average of each tertiary indicator is calculated, and two decimals are retained to get the score of the tertiary indicators. The secondary indicator scores were multiplied by the weights of their individual tertiary indicator scores. The primary and secondary indicator scores were obtained in the same way, and the sum was obtained by weighting the respective weights.

Table 9 shows the average scores of the three-level indicators, and it can be seen that the scoring values of the 29 three-level indicators are all between 3.00 and 5.00. Among them, (A22) organizing psychological culture festival to popularize the idea of mental health, (A23) actively carrying out extracurricular psychology education activities, (A41) providing pre-service training for new teachers, and (C22) psychological theories with examples to explain the four indicators scored high, all above 4.00. The 5 indicators of (A21) beautiful environment for students to study and live, (A32) offering elective courses such as Psychology of Success, (B22) better evaluation given by teaching supervisors, (B31) producing high quality course PPTs, and (C21) comprehensive knowledge of psychology theories have low scores, all below 3.30, which indicates that these 5 areas are areas that need to be improved in the process of teaching psychology in this institution.

Average scores for the three levels of indicators

Three-level index Index score Three-level index Index score
A11 3.98 B32 3.85
A12 3.58 C11 3.57
A21 3.25 C12 3.34
A22 4.55 C21 3.22
A23 4.79 C22 4.29
A31 3.42 C23 3.71
A32 3.16 D11 3.59
A41 4.32 D12 3.49
A42 3.95 D21 3.47
B11 3.36 D22 3.78
B12 3.97 E11 3.36
B21 3.45 E12 3.81
B22 3.19 E21 3.41
B23 3.54 E31 3.62
B31 3.23

Table 10 shows the average scores of the secondary indicators. It can be seen that all 14 secondary indicators scored values between 3.00 and 4.50. Among them, (D2) the use of teaching tools, (E1) the benefit of students 2 secondary indicators scored high, both above 4.00. And the 3 secondary indicators of (A2) campus culture construction, (B3) teaching attitude, and (E3) generalizable type of curriculum construction scored low, all below 3.20.

Secondary indicator score

Secondary index Index score Secondary index Index score
A1 3.91 C1 3.45
A2 3.17 C2 3.58
A3 3.31 D1 3.25
A4 3.21 D2 4.15
B1 3.21 E1 4.19
B2 3.52 E2 3.42
B3 3.09 E3 3.16

Table 11 shows the average scores of the level 1 indicators. It can be seen that the five level 1 indicator score values are between 3.00 and 4.00. The (B) faculty evaluation score is the highest at 3.91, which shows the high academic level and academic rigor of the main psychology faculty at this institution. In contrast, (A) contextual evaluation scores were lower at 3.59, indicating that the psychology learning atmosphere needs to be improved at this institution.

Primary index score

Primary index Index score Secondary index Index score
A 3.54 D 3.62
B 3.91 E 3.82
C 3.71

With the comprehensive evaluation model, the final comprehensive score of psychology course education in this institution can be calculated as 3.87. By comparing the evaluation conclusions in which excellent corresponds to 4-5, good corresponds to 3-4, fair corresponds to 2-3, and poor corresponds to less than 2, the results of this paper come under the range of 3-4, which indicates that the quality of psychology course education in this institution is better and is evaluated as good.

Conclusion

Combined with the existing theoretical research, this paper divides the type of psychology courses into new lectures and systematic review courses, and therefore develops the teaching process in three stages: before, during and after class. For the teaching process, this paper combines theoretical analysis, invites psychology course related personnel to interview and questionnaire survey, and establishes this paper’s psychology teaching course evaluation system, which contains 5 primary indicators, 14 secondary indicators, and 29 tertiary indicators. After that, the evaluation system of psychology teaching courses in this paper was evaluated and weighted by collating and analyzing the evaluation data of 25 experts’ questionnaires. In the evaluation results, although some indicators of the system have large differences, they all meet the standard of average score above 3.00, so the indicators in the evaluation system of this paper are retained. Thus, the teaching design of psychology based on the ARCS model of this paper is constructed, containing the teaching process and course evaluation. Finally, the teaching design constructed in this paper was applied to the teaching of psychology in a higher vocational college, and the teaching effect was rated. The overall score of this institution is 3.87, which indicates that the overall quality of psychology education in this institution is good, but the score on the indicator “background evaluation” is low, which indicates that the learning atmosphere of psychology in this institution needs to be strengthened.

By constructing the psychology teaching design based on ARCS model, applying it to a higher vocational college and evaluating the quality effect, it can be found that the psychology teaching design in this paper has a certain degree of reasonableness, and can provide reference for the development of psychology teaching in higher vocational colleges and universities.

Funding:

Philosophy and Social Sciences research project of the Ministry of Education in 2009: Research on the layout of compulsory education schools (project number: CX123456).

Lingua:
Inglese
Frequenza di pubblicazione:
1 volte all'anno
Argomenti della rivista:
Scienze biologiche, Scienze della vita, altro, Matematica, Matematica applicata, Matematica generale, Fisica, Fisica, altro