Applying Self-Directed Learning in Teaching Technical Drawing: Results of a Study in Real Situation at Universities of Technology and Education

Teaching based on self-directed learning is considered a teaching perspective that focuses the teaching process on learners’ learning activities, helping learners to increase their active, positive and self-discipline in learning, to meet the requirements of lifelong learning. The characteristics of teaching technical drawing at universities require very high self-study in students, from determining learning goals to determining the learning process and ways to achieve results of the highest learning. By the method of quantitative research through survey and analysis of the current situation, the article presents the results of analysis and assessment of the current situation of applying self-directed learning in teaching technical drawing at Universities of Technology and Education and analysis and assessment of advantages and disadvantages of applying self-directed learning in teaching Technical Drawing subject. Content of the survey, analysis and assessment of the current situation based on the learning content characteristics of technical drawing subject, self-directed learning characteristics for students in the university, including: the actual situation of goal setting study; status of students’ choice of content, methods and forms of learning. The results of practical research are the scientific basis for assessing students’ self-directed learning ability and the ability to apply self-directed learning in teaching practice in Universities of Technology and Education in Vietnam, meeting the requirements of lifelong learning for learners

Specific skills assessment learned by students of building engineering and technical architecture in topics relating to durability and control of concrete structures

In many university courses such as Building Engineering or Technical Architectural, the high density of the contents included in the curriculum, make the student, after graduation, unable to develop the skills already acquired and evaluated in the disciplines of the first courses. From the Group of Educational Innovation at the Polytechnic University of Madrid (UPM) "Teaching of Structural Concrete" (GIEHE) we have conducted a study in which are valued specific skills acquired by students after the first courses of career. We have worked with students from UPM fourth-year career and with Technical Architecture students who have completed their studies and also have completed the Adaptation Course of Technical Architecture to the Building Engineer. The work is part of the Educational Innovation Project funded by the UPM "Integration of training and assessment of generic and specific skills in structural concrete" We have evaluated specific skills learned in the areas of durability and control of structural concrete structures. The results show that overall, students are not able to fully develop the skills already acquired earlier, even being these essential to their professional development. Possibly, the large amount of content taught in these degrees together with a teaching and assessment of "flat profile", ie, which are presented and evaluated with the same intensity as the fundamental and the accessory, are causes enough to cause these results

Teaching science, technology, and society to engineering students: a sixteen year journey

Cataloged from PDF version of article.The course Science, Technology, and Society is taken by about 500 engineering students each year at Bilkent University, Ankara. Aiming to complement the highly technical engineering programs, it deals with the ethical, social, cultural, political, economic, legal, environment and sustainability, health and safety, reliability dimensions of science, technology, and engineering in a multidisciplinary fashion. The teaching philosophy and experiences of the instructor are reviewed. Community research projects have been an important feature of the course. Analysis of teaching style based on a multi-dimensional model is given. Results of outcome measurements performed for ABET assessment are provided. Challenges and solutions related to teaching a large class are discussed

Changing the Scholarly Sources Landscape with Geomorphology Undergraduate Students

Science is a core discipline in academia yet the focus of most undergraduate technical writing is generally on the data and results, not the literature review. The Science, Technology, Engineering, and Math (STEM) librarian and a new geology professor at the University of Nebraska at Omaha (UNO) collaborated to develop an information literacy session for students in a geomorphology class. Here we outline the background of the campus STEM initiatives and the assignment as well as the library instruction activity, learning outcomes, and assessment components. The activity improved student use of scholarly sources and we provide suggested activity modifications for future teaching and assessment efforts

First evaluation of an app to optimize and organize the processes and assessments in dental clinical courses

Background Digital teaching and learning tools, such as computer/mobile apps, are becoming an important factor in modern university education. The objective of our study was to introduce, analyze, and assess an organization and dual assessment app for clinical courses in dental medicine. Methods This was a survey-based study of dental students from the clinical study phase (4th/5th year; 8th/10th semester) of a department of prosthetic dentistry at a German university hospital about the benefits of a novel web-based and mobile app for organization and dual assessment of dental clinical courses. A total of eight questions were answered in an anonymous online survey. Data were analyzed using the Kolmogorov-Smirnov test, followed by an exploratory data analysis (α < 0.05). Results The app was given an average grade of 2.4, whereby 56.9% of the respondents rated the app with a grade of 2 (2 = good). In all, 94.6% of the study participants had not experienced any technical problems when using the app. Concerning the assessment, teaching doctor assessment (51.5 [IQR: 44.0]) was rated significantly better (p = 0.002) than self-assessment (39.5 [IQR: 32.8]). Conclusions This investigation evaluated a newly introduced app to optimize dental clinical course workflows and assessment. The organizational feature was rated as good, while the daily self- and teaching doctor assessments were evaluated as less important. The results outline how the use of app technologies can provide an infrastructure for managing organization and daily assessments in dental education

Online tutorial support in open distance learning through audio-graphic SCMC: tutor impressions

The adoption of audio-graphic conferencing brings with it changes to the learning experience for tutors and students alike. These need to be researched to gain an insight into the learning experience of those teaching and being taught through the medium. One of the conferencing tools that has been utilised for much of the documented research on audio-graphic conferencing is the Lyceum software, used at the UK Open University since 2002 to provide tutorial support for higher level language learners. The use of the software has been reported at different stages, from the pilot projects since 1997 (Hauck & Haezewindt, 1999, Shield 2000, Kötter 2001, Hewer and Shield 2001), to reports of the mainstream use (Hampel 2003, Hampel & Hauck 2004). It seems logical that the next step should be to research into the tutors’ experiences of the audio-graphic tool, which is a key element in the CALL research agenda (Warschauer, 1997; Debski & Levy, 1999). As the Open University prepares to phase out the software and replace it with a Moodle-based open-content audio-graphic synchronous conferencing tool, the insight into teaching with such tools becomes more valuable to other language learning professionals and institutions. In this paper we will report on a study of data collected from 18 tutors after spending a year teaching a new beginners’ course online. We will examine their perceptions of the audio-graphic tool and challenge some of the results from the initial research into audio-graphic conferencing. Most tutors found the teaching experience very positive and liked using the tool; however some experienced technical problems and believe that these affect the learning experience. In addition we will report on the first and successful use of the environment for assessment purposes

Methodologies for teaching an engineering subject in different countries: comparison and results

Engineering or technical degrees are difficult to teach and, consequently, have always been characterized by a large number of academic failures. Therefore, continuous assessment has been applied to classes of similar content, related to Port and Coastal Engineering during these last years in three different Universities worldwide: University of La Republica (Montevideo, Uruguay), Nova de Lisboa (Portugal) and Cadiz (Spain). This paper presents different methodologies used to teach and evaluate these courses at each University, together with the results of the evaluations of the students who were enrolled during the current and previous stages. Generally, a decrease in the number of students who abandon the classes has been noticed together with an increase in the percentage of students who pass and an improvement of their grades, except at the University Nova de Lisboa were the results have remained stable. In addition, changes experienced in the courses are discussed herein by comparing the percentage of success in the different locations. Moreover, influence of the different methodologies and the possible reasons for these changes are also presented and analysed. As a conclusion, the improvement in educational outcomes has been achieved through the concurrence of different factors: the existence of more frequent written and/or oral exams, practical examples of case studies as well as access to specific tools of new technology and to documentation specifically prepared for the classes and available online. Evidently, the above mentioned tasks require a strong commitment and great effort by the teaching staff. If human resources diminish, as it is happening in Spain and Portugal due to the budget reduction in education, two difficult questions arise: For how long will teachers’ current effort be maintained? What impact will have their complete devotion to teaching in their research performance

Student Response Rate and Its Impact on Quantitative Evaluation of Faculty Teaching

Student evaluations of teaching (SET) generate essential information for university administrators and faculty in assessing instruction quality. Lower response rates in student surveys have remained an important technical issue hurting the credibility of SET. This study examined the student response rate and its impact on the results of student quantitative evaluations of faculty teaching in a college of education. It analyzed the quantitative data of course evaluations collected by using the IDEA (Individual Development and Educational Assessment, 2016) survey at a teaching-orientated Midwest state university. Results indicate that 1) the average student response rate of all these courses is 63.6%, 2) there is no significant relationship between the enrollment size of the classes and response rate of SET for these classes, and 3) response rates to the course evaluation survey significantly associates with the overall mean scores of students’ ratings, showing that classes evaluated by students with lower response rates tend to have lower evaluation mean scores. Implications for instruction evaluation policy and faculty practices for valid use of SET and increasing response rate are discussed

Methodological Proposal for Teamwork Evaluation in the field of training Project Management.

Teamwork, is one of the abilities that today is highly valued in the professional arena with a great importance for various personal and interpersonal skills associated with it. In this context, the Technical University of Madrid, is developing a coordinated educational innovation project, which main objective is to develop methodological and assessment tools for the acquisition of personal skills necessary to improve the employability of graduates and their skills for project management. Within this context, this paper proposes a methodology composed of various activities and indicators, as well as specific assessment instruments linked to the teamwork competence. Through a series of systematic steps it was allowed the design of an instrument and construction of a scale for measuring the competence of teamwork. The practical application of the methodology has been carried out in Projects lectures from different Schools of Engineering at the Technical University of Madrid, which results are presented in this document as a pilot experience. Results show the various aspects and methods that teachers should consider in evaluating the competence of the work, including analysis of the quality of results, through reliability and construct validity. On the other hand, show the advantages of applying this methodology in the field of project management teaching