How can we take into account student conceptions of the facial angle in a palaeontology laboratory w
This study investigates student conceptions of the facial angle as a way to attain understanding elements of the theory of human evolution. The chosen laboratory work involved determining the species of a human cranium, and students had to design and write down their own experimental procedure. Three versions of the laboratory work were carried out leading to different student productions. Three aspects will be presented in the present paper, which are related to the three conceptual difficultie
Open source information society from beginners to advanced in the Hungarian education - The poss
These days, special emphasis has been put on the importance of the ICT competencies in the teacher training. The most effective way of developing these competences is to integrate well the proper technologies into education. In our Institutions we have used the Moodle Learning Management System for years. This presentation points out the potentialities of Moodle including other open source and web based learning applications.
The methodical approach to e-portfolio content formation
The paper develops a methodical approach to e-portfolio content formation. It includes several positions: application e-portfolio for different users category; substantiation of criteria for e-portfolio formations; design of curriculum and materials structure, which adequate to criteria set; developing complex project for realizing practical competences.
Remote engineering implies a new strategy of assessment?
When we spoken about remote engineering as a new methodology used in the cyberspace with the final goal of the teaching/learning improvement and cost sharing, we are obliged to approach all of the process sides. Assessment is one of these sides and there is considered the most powerful tool for illustration, in the qualitative and quantitative ways, the learners responds at educational objectives offered by the remote engineering learning environment. In the present paper the authors have the in
Distributed Internet-based Performance Support Environment for Individualized Learning (DIPSEIL)
Distributed Internet-based Performance Support Environment for Individualized Learning (DIPSEIL) is a project to define, develop and test a distributed system for individualized learning and the underlying pedagogical procedures to implement, facilitate and promote performance-centered learning experiences in the context of international university education. Using DIPSEIL Model we have developed the first prototype of DIPSEIL with two main characteristics: Distribution and Individualization. Di
A Pilot Project From Illiteracy to Computer Literacy: Teaching and Learning Using Information Tec
This paper addresses the use of information and communication technologies, ICT or IT for brevity, to combat illiteracy and move participants directly from illiteracy to computer literacy. The resulting assistive technology and instructional software and hardware can be employed to speed up literacy programs and make them more attractive and effective. The approach provides an interactive, self-paced, autonomous and entertaining learning experience, eases entry and exit in and out of the program
Design and architecture of an online system for Vocational Education and Training
E-learning and tele-training have been evolved over time from a newborn trend for complementing the learning process to a major form of education and training for supporting mainly geographically scattered users. Learning and training, can be applied to a wide variety of fields and areas, each of which is accompanied by some special characteristics related to the field of learning/training, to the tools needed for the realization of the training process as well as to the familiarization of the t
Intelligent Computer Teacher in E-Learning Systems
Intelligent computer teacher and appropriate simulated learning environment were elaborated ensuring high quality individualization of learning process. Individualization of learning process is realized in two ways. Learners can use node points structure for selection of their own learning path ensuring individualization of learning process. Intelligent computer teacher ( by the use of artificial intelligence means) can adapt to learners knowledge and abilities ensuring also individualization of
A Dynamic Web Site for the Distant Self-Assessment of Students
This work deals with the development of a freely accessible website system, useful for selfassessment of distance students of different levels. The system also offers the teachers the possibility to construct tests and to evaluate their students progress. The system includes a database that is created in accordance to the theoretical framework that concerns evaluation techniques using new technologies. The database covers the cognitive material of different levels of primary and secondary educ
XML and Databases for E-Learning Applications
XML has become a standard format in information exchange and integration on the Web. Much research has been conducted in recent years on XML technology, which has led to new developments in this field. The effective combination of XML and relational databases for portable Internet data exchange and data management is the technology platform of choice for the Internet Applications. Our paper describes the relationship between XML and relational databases and its potential as an enabling technolog
Make Engineering Students Collaborate
Even today, the majority of university courses still consist of lectures complemented with exercises. Lectures serve to convey theoretical knowledge, whereas in exercises students work on assignments to consolidate the knowledge they have acquired during lectures, and to relate their knowledge to daily practice. Cooperative Knowledge Spaces will support natural learning scenarios in a virtual environment. This paper describes the experiences of a study held to evaluate a cooperative knowledge sp
Web-based course design on the basis of eduWeaver and advancements
EduWeaver is a courseware tool that should enable instructors to create digital learning objects, which are conform to didactical standards, and to eventually combine them to a whole course. The course structure of course models, which were designed in eduWeaver, is hierarchically classified into four different layers. Via the export functionality in eduWeaver that relies on current standards, the course can be used in diverse learning management systems or within another environment as e.g. HTM
Evaluate the interactive and reusable service in adaptive on demand applications
In this paper, the researcher based on the open platforms and tools for personalized learning idea, with the Interactive & reusable function in UI design model, directly dealing with Knowledge on demand (KOD) service from the aspect-oriented and object-oriented issue. Moreover, to propose the KOD combine with VOD (Video on Demand); AOD (Audio on Demand); COD (Course on Demand) and IOD (Information on Demand in Global index searching) in diversity of hypermedia metadata.
CAS for Mathematics E-Learning - a European Perspective
We report on activities and progress in a European (Comenius 2.1) project "LTMLearning Tools for Mathematics" that creates multilingual learning units on the basis of Mathematica and M@th Desktop. A customized user-interface based on palettes is optimized for use in class, and notebooks provide associated math content with a strong emphasis on visualization. The multilingual nature of the learning units makes them useful for transnational school collaboration projects, as has been demonstrated i
Real remote physics experiments across Internet - inherent part of Integrated E-Learning
Implementation of the real remote experiments across the Internet into teaching process, up till now not available, enables introduction of Integrated e-Learning, composed of three components: the real remote experiments across the Internet, the simulation applets and the electronic interactive textbooks. We present here the prospective remote laboratory system with data transfer using Intelligent School Experimental System (ISES) as hardware and ISES WEB Control kit as software. This approach e
Towards a multidimensional model for learning objects and learners
This paper presents a multi-dimensional learning style model and a system specification to automatically generate adaptive courses using the aspect oriented technique.
Academic research for schools
Academic subjects are usually extremely far from actual problems and questions of academic research. Material at school is often presented as a sum of fixed, immovable facts one has to learn, although in the world of research these facts may be regarded as questionable or even disproved. On the other hand, pupils rarely have an understanding of how facts are developed and understood. As it is impossible to bring a researcher to every school, we are working on the project that would help research
A User-Friendly Sign Language Chat
The introduced concept of a gesture based sign language chat enables the communication of hearing impaired people over networks, including concerns regarding low throughput and bandwidth characteristics. Existing applications handle that task not appropriate, since either high bandwidth networks are necessary or the extensibility of the vocabulary is complicated for untrained users. Thereby our approach facilitates existing image recognition techniques for the determination of gestures which are
Conceptions de protocoles expérimentaux pour comprendre l'actualité sur le SIDA
The « sidaction » organised in march, show AIDS is always an actual subject. Studentsconceptions on this subject are not often scientific and stop them to decode medias informations. During a labwork, experimented in classes of « terminale scientifique », students will show that the antibodies combination with antigens is due to two molecules spatial complementarity.
Designing Instructional Examples to Reduce Intrinsic Cognitive Load: Molar versus Modular Presentati
It is usually assumed that successful problem solving in knowledge-rich domains depends on the availability of abstract problem-type schemas whose acquisition can be supported by presenting students with worked examples. Conventionally designed worked examples often focus on information that is related to the main components of problem-type schemas, namely on information related to problem-category membership, structural task features, and category-specific solution procedures. However, studying