Claim Missing Document
Check
Articles

Found 2 Documents
Search
Journal : INVOTEC

Pemetaan SMK Di Jawa Barat, Bangka Belitung dan Kalimantan Tengah Mulyadi, Yadi; Mukhidin, Mukhidin; Setiawan, Agus; Hamdani, Aam; Purnawan, Purnawan
INVOTEC Vol 6, No 2 (2010)
Publisher : Faculty of Technological and Vocational Education-Universitas Pendidikan Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.17509/invotec.v6i2.6089

Abstract

Since 2005 the Directorate of Vocational High School Development (Direktorat PSMK)  has launched a national program  of vocational  high school  (SMK) development on a large scale with the scenario of increasing the quantity vocational high school students and reducing the number of senior high school students (SMA) or known by the scheme of 70:30. Its fundamental consideration is to reduce the unemployment rate of SMA graduates can who not continue to studies to their  further higher level of education. While the development of vocational education is expected to expand the employment absorption in the greater world of industry. The implications to the above national program  significance  of the increasing numbers of new SMK spreading from both in urban and rural .  Some of both public and private vocational schools has emerged  quickly, even in some areas there are primary school, junior or vocational school used to make the CMS. This condition is certainly  worrying, on the one side it is  line with the national program but on the other side the increase in quantity does not  linearly correlate with the quality. More over  the relevence of the SMK competence  program has not been thoroughly examined an in depth study that  can give an impact on the employment  absorption in the world of indutry. Aperiodically comprehensive mapping of the all existing vocational the schools need tobe done ranging especially  from the availability of the  teachers the program expertise as well as the and the infrastructure as well as development of the  students, including the increasing the number of teachers, the interest of the community as well as  programs being carried out in SMK. The method used in conducting the research is a descriptive method, this method describes the condition of the existing vocational schools in each subject study area. Data is  collected through using the census method and documentation methods. This research has produced data for all three subject study areas in  West Java, Bangka Belitung  and Central Kalimantan and has sequentially  resulted as follows: (1) Number of SMK: 1043, 43, 67, (2) Number learning group: 9454, 418, 446, (3) Number of learning resource centre: 134 988, 5782, 5764, (4) Number of Students: 327,757, 14,482, 14,010, (5) Number of graduates: 81 916, 2517, 2586.
Simulation-Based Digital Learning for Vocational Schools Herdy Puradimaja; Aam Hamdani
INVOTEC Vol 18, No 1 (2022)
Publisher : Faculty of Technological and Vocational Education-Universitas Pendidikan Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.17509/invotec.v18i1.40572

Abstract

Students in vocational schools are generally faced with difficult material accompanied by learning facilities that are not optimal in attracting their attention. Simulation models can be done for students to practice appropriate skills in learning activities, the demands of the times in the era of the COVID-19 pandemic urge educators to produce digital simulation media that are suitable. Systematic Literature Review by analyzing documents and articles searched through an electronic database search engine use as method to be discussed. Simulation-based digital learning facilities require software in making simulation learning tools. Several simulators have been designed and applied to electrical learning in the automotive sector with the result that they can improve the quality of learning. Simulation-based digital technology provides practicality and completeness to user needs, especially those related to practical skills in vocational education. Meanwhile, there are still few simulators in the form of digital or software for learning electrical systems in the automotive sector.