Model Learning Approach pada Mata Kuliah Basic Aircraft Material (BAM) di Perguruan Tinggi Vokasi Indonesia

Mata kuliah Basic Aircraft Material (BAM) adalah bidang ilmu yang mempelajari tentang dasar-dasar pemeliharaan pesawat udara. Sistem penilaian yang dilakukan pada mata kuliah ini selain dari UTS dan UAS, juga berdasarkan 2 tugas yang dikerjakan, dan sikap Taruna selama mempelajari mata kuliah BAM. Sedangkan tuntutan pada mata kuliah BAM ini adalah Taruna dituntut untuk dapat menganalisis kasus serta melakukan praktek kerja. Agar Taruna dapat memenuhi tuntutan mata kuliah BAM tersebut, maka Taruna memiliki pendekatan yang berbeda-beda dalam belajar. Hasil penelitian ditemukan bahwa penbelajaran taruna dengan pendekatan belajar surface approach, sebesar 40% taruna menyatakan mata kuliah tersebut penting dan 60% menyatakan bahwa tugas yang diberikan merupakan beban dan hanya belajar denganberfokus pada sub pokok bahasan yang dianggap penting saja. Kesimpulan dengan metode pembelajaran ini, maka hasil pembelajaran taruna semakin meningkat.

UAS Safety Operation – Legal Issues on Reporting UAS Incidents

Introduction. This paper examines regulations which govern procedures for reporting incidents other than accidents or serious incidents related to unmanned aircraft system (UAS) operations. The regulations are discussed in the context of available data and the paper included an analysis of them from both a European and national perspective. The goal of the paper is to provide a series of recommendations with regard to the procedures for reporting and analyzing UAS incidents in order to improve the safe integration of unmanned and manned aviation. This article also explores the legal consequences that arise from the midair collision between a UAS and a manned aircraft. Material and methods: The method of study comprises a content analysis of existing legislations. The current doctrine was confronted with existing regulations, documents and materials. Results: The results of the study show that there is a practical problem of objectively identifying operators of a UAS as well as in defining what exactly constitutes an “incident”. It can be reasonably concluded that reporting and analyzing UAS-related incidents allows for the assessment and development of strategies for integrating manned and unmanned aviation. It is worth mentioning that drones and UAS technology requires refinement, especially in technological terms. It is reasonable to take action aimed at raising awareness amongst UAS users of the need to report incidents, as well as engaging UAS users in the investigative process which follows such occurrences.

The Student Problem Solving Skills in Science Subjects Based on Class Rankings

The Problem solving skills are skills that must be possessed by students to solve a problem correctly and correctly in the learning process. Students with high achievement do not necessarily have high problem solving skills either. This study aims to describe students' problem-solving skills in simple aircraft material based on class rankings. This research method uses a qualitative method with a phenomenological approach. The research location was conducted at SMP Avisena Jabon, Kedungcangkring Sidoarjo. The data collection techniques used were tests, interviews, and documentation that had been tested for validity. The results showed that the problem solving skills possessed by students ranked 1 on all indicators were included in the very high category, problem solving skills possessed by students ranked 2 on all indicators were included in the high category, and problem solving skills possessed by students ranked 3 on all indicators included in the high category.

Prototype of an Expert System for the Selection of Aircraft Structural Materials

Expert systems (ES) are widely used for engineering and manufacturing applications nowadays. In order to solve the problems in material selection in the aviation field, an aircraft material expert system (AMES) was developed. This expert system is based on the knowledge of multiple experts and aviation data. A decision support system (DSS) was designed for selecting the materials used in aviation fields. The flows of material selection were designed, and the models of AMES were established. A data base system was also designed to implement AMES.