• Title/Summary/Keyword: liberal art

Search Result 225, Processing Time 0.025 seconds

The Higher Education Possibility of Sound Art in Korea - Focusing on the Proposal of Creative Fusion Liberal Arts Learning (사운드아트의 국내 고등교육 가능성 - 창의적 융복합 교양교과 제안을 중심으로)

  • Irene Eunyoung Lee
    • The Journal of the Convergence on Culture Technology
    • /
    • v.9 no.6
    • /
    • pp.443-451
    • /
    • 2023
  • Sound Art (Sonic Art) is a branch of contemporary art that has been practiced dominantly in Europe and the Americas since the mid-20th century; and in Korea, it tends to be regarded as a multiple art field or as a subgenre of contemporary music or media art. Since the 2000s, some leading universities in North America and Europe have been opened sound art majors, producing talented people who specialize in this field or work as practical artists, yet it is still considered a non-mainstream art field. It is difficult to find schools that have opened sound arts as their major program in domestic universities. Along with the introduction of a liberal arts curriculum model and teaching methods used in the <Sound Art of Modern Society> course operated in a four-year university in South Korea, this paper discusses the possibility of using sound art as a main subject in liberal arts learning in higher education as a creative fusion liberal arts subject.

Study on Mathematical Belief about Liberal art subject of Mathematics (대학 순수교양수학에 대한 수학적 신념 연구)

  • Kim, Yunmin
    • East Asian mathematical journal
    • /
    • v.32 no.2
    • /
    • pp.175-192
    • /
    • 2016
  • This study aimed to understand the needs of changes in the teaching-learning environment in the university and to develop the liberal art subject of mathematics. The changes of mathematical belief in the university students were investigated to understand how the liberal art subject of mathematics affected them related to mathematics. Upon the study results, the significant changes were occurred from the utility factor on the subject of mathematics in mathematical belief, the importance factor of the answers in the teaching-learning belief, teaching activity factor of the teachers, and inborn capability factor in the belief on the self-concept. The meaningful learning environment and teaching method for the liberal art subject of mathematics are suggested further by these results.

The Effect of Art Therapy for University Students' Self-development in the Liberal Arts Programs (미술치료 교양강좌가 대학생의 자기성장에 미치는 효과)

  • Hong, Eun-Joo;Moon, Hyun-Young
    • The Korean Journal of Community Living Science
    • /
    • v.21 no.3
    • /
    • pp.427-439
    • /
    • 2010
  • This study aimed to investigate the potential of Art Therapy to be part of Liberal Arts programs for university students. The study is based on the examination of the effect after the program. The program was combined with Art Therapy theory and with a practical part for students to have a psychological understanding of self development(ego-identity, self-esteem and interpersonal relationship). The subjects were 38 students who were registered in the Art Therapy course at N university. It was a two hour-course and was offered every week. The first 40 minutes of the class were used for explaining Art Therapy theory, and the last 80 minutes were given for practice. To analyze the effect of the program, the index of ego-identity, the index of self-esteem and the index of interpersonal relationship were used. Frequency, percentage and standard deviation were calculated with SPSS 12.0, and a paired t-test was followed. According to the results, this art therapy program has an effect on the subjectivity and future-confidence of students, which includes the sub-categories of self-identity. However, there was no effect found in the category of self-esteem. Comprehension, which is under the interpersonal relationships category, showed statistically meaningful differences after the program was done. Based on this study, it was revealed that Art Therapy as a part of the Liberal Arts programs, which incorporates a large number of students, can have a similar effect on people compared to the Group Art Therapy, which incorporates a relatively smaller number of people.

Diagnosis of Students' Cognition and Understanding about Heavy Metals According to the Different Major between Liberal Art and Science in High School (문.이과 계열에 따른 중금속에 대한 고등 학생들의 인식 및 이해도 분석)

  • Moon, Kyung-Ah;Chae, Hee-K.
    • Journal of the Korean Chemical Society
    • /
    • v.53 no.6
    • /
    • pp.793-804
    • /
    • 2009
  • In this study, high school students' perceptions of chemically ill-defined ‘heavy metals’ were examined through questionnaires. Nineteen classes of 11th graders (N = 611) were divided into two groups according to completion of 'Chemistry I', which were 10 science-classes and 9 liberal art-classes and compared each other. Three terms of students' cognition and definition, impact on the formation of their cognition, and their chemical knowledge of 'heavy metals' were analyzed by SPSS. The findings revealed that most of students recognized ‘the heavy metal’ as the metal which causes to be accumulated on any living thing and is hazardous in human body regardless of different major between liberal art and science. Mass media and school instruction were found to be the greatest impact on the formation of these cognitions. Especially, school instruction had more effects on students majoring in science than students majoring in liberal art, which bring the result that students in science-classes have more misconception about the definition of 'heavy metals' with human toxicant regardless of metal species and its content in human body and physical density due to the ill-defined terminology of the textbook than students in liberal art-classes do. It is interesting that students in science-classes understood hazard and chemical structure of 'heavy metals' better, while students in liberal art-classes answered the question better about hazardous properties of heavy metals.

A novel method for generation and prediction of crack propagation in gravity dams

  • Zhang, Kefan;Lu, Fangyun;Peng, Yong;Li, Xiangyu
    • Structural Engineering and Mechanics
    • /
    • v.81 no.6
    • /
    • pp.665-675
    • /
    • 2022
  • The safety problems of giant hydraulic structures such as dams caused by terrorist attacks, earthquakes, and wars often have an important impact on a country's economy and people's livelihood. For the national defense department, timely and effective assessment of damage to or impending damage to dams and other structures is an important issue related to the safety of people's lives and property. In the field of damage assessment and vulnerability analysis, it is usually necessary to give the damage assessment results within a few minutes to determine the physical damage (crack length, crater size, etc.) and functional damage (decreased power generation capacity, dam stability descent, etc.), so that other defense and security departments can take corresponding measures to control potential other hazards. Although traditional numerical calculation methods can accurately calculate the crack length and crater size under certain combat conditions, it usually takes a long time and is not suitable for rapid damage assessment. In order to solve similar problems, this article combines simulation calculation methods with machine learning technology interdisciplinary. First, the common concrete gravity dam shape was selected as the simulation calculation object, and XFEM (Extended Finite Element Method) was used to simulate and calculate 19 cracks with different initial positions. Then, an LSTM (Long-Short Term Memory) machine learning model was established. 15 crack paths were selected as the training set and others were set for test. At last, the LSTM model was trained by the training set, and the prediction results on the crack path were compared with the test set. The results show that this method can be used to predict the crack propagation path rapidly and accurately. In general, this article explores the application of machine learning related technologies in the field of mechanics. It has broad application prospects in the fields of damage assessment and vulnerability analysis.

Analysis of K-Pop Dance as an Academic Subject

  • Eunjoo, Oh
    • International Journal of Advanced Culture Technology
    • /
    • v.10 no.4
    • /
    • pp.268-276
    • /
    • 2022
  • This study examined whether K-pop dance is qualified as an academic subject and how university students perceive K-pop dance as a liberal art subject. The survey was conducted with 138 students. Among the total of 138, 40 participants were male, and 53 participants were female. Fourteen(14) participants had experience with K-pop classes, and 124 participants did not have any experience with K-pop dance classes. According to the study, K-pop is a form of Korean culture that adds unique cultural and social characteristics to Koreans. It is in the cultural and art education category. In addition, K-pop dance is a socio-cultural phenomenon characterized by dance. However, K-pop dance is not qualified as an academic subject because it lacks theoretical foundations. The survey result also revealed that the students did not perceive that K-pop dance had personal, aesthetic, social, or educational value. They did not want to take a class if K-pop dance is offered as an academic subject in liberal art class. When analyzing the data by gender and experiences with dance classes, there was a difference based on gender in the two questions. In the case of females, they responded to having fun and joy from K-pop dance, while male respondents did not. Regarding the learners' interest in Kpop dance class, female respondents were more optimistic about the learner interest than male respondents. In conclusion, K-pop dance is a sociocultural phenomenon, and many informal online courses are created daily, spreading everywhere. However, the status of K-pop dance as an academic area is not set up yet.

The Direction on Liberal Arts Education of University in the 4th Industrial Revolution Era

  • Hwang, Eui-Chul
    • Journal of the Korea Society of Computer and Information
    • /
    • v.22 no.10
    • /
    • pp.179-187
    • /
    • 2017
  • In spite of the rapid change of the technology, the university education cannot escape from the traditional form of classroom teaching. University education is assessed through listening the same content of lecture, completing the same assignment and test at the same time, same place. To prepare for the 4th industrial revolution, it is investigated to reorganize the curriculum(32.5%), strengthen the lifelong education(21.4%), expand the compulsory education(17.6%), expand the innovation school(13.7%), expand the educational finance(10.4%) as the field of education which need to be strengthen. The change of the education is essential to prepare for the 4th industrial revolution which creativity, collaboration, fusion, problem solving are the core ability. In this thesis, it is to be compared that the subjects opened in liberal arts of domestic and overseas university in this 4th industrial revolution and Basic Liberal Art Education Curriculum is promoted for the smooth management for preparing the future and taking the action to the change. Stereotyped and inflexible frame should be changed to 'Structure', 'Recognition', 'Attitude' for making the base of 'Diversity', 'Personalization', 'Flexibility' which are needed to uplift 'Imagination', 'Creativity' for education of the future and the new era.

Educational Effects of a H-STEAM Group Play Course in College Liberal Arts Curriculum

  • Lim, Byungro;Choi, Yunhi;Bae, Jaehyeong;Lee, SeungGwan;Baek, Soohee
    • Journal of the Korea Society of Computer and Information
    • /
    • v.21 no.6
    • /
    • pp.29-37
    • /
    • 2016
  • In this paper, we evaluated educational effects of H-STEAM group play contents(a course) and tried to suggest a convergent model for college liberal art curriculum. We opened a mixed course(math, art, engineering, and humanities) with team teaching for this purpose. For the test, we collected data from survey, K-W-L sheet, and reflection paper from 23 students who enrolled in this course. Students should do a team project during the course, propose a new group game, and write K-W-L sheet at the end of each session and reflection paper at the final stage. As a result, it is said that H-STEAM group contents had an effect on students' satisfaction and achievement. During the course, students made academic efforts and were able to construct convergent knowledge from the four fields. From this study, we are sure that H-STEAM contents can play a substitute role for the traditional liberal arts program and innovate the curriculum for the knowledge convergence society.

A Study of U.S. Animation University Curriculum Focus on the Required Courses, Liberal Arts at AAU, CalArts, RCAD, RSID, SVA (미국 대학 애니메이션학과 교육과정에 관한 연구 AAU, CalArts, RCAD, RSID, SVA 전공, 교양 교육과정 중심으로)

  • Kim, Ho
    • The Journal of the Korea Contents Association
    • /
    • v.16 no.11
    • /
    • pp.614-622
    • /
    • 2016
  • As media become diversified, animation fields are being expanded. Various types of animations which were not seen in the past have appeared and the fields which did not have a suffix of "animation" now use the words of animation like motion graphic-animation or interactive-animation. This thesis is a comparative analysis study of U.S. animation education. This study collected and reviewed respective curricula of total 5 universities such as Academy of Art University, California Art of Institute), Ringling College of Art and Design, Rhode Island School of Design, and School of Visual Arts which have led U.S. animation education since animation education was first introduced in 1961. Based on the result drawn from the analysis on the classification of animation curricula into a required subject, an elective subject, liberal arts, a theory subject and a practical subject, it intends to consider improvements of Korean animation curriculum.