Computer Aided Learning and Instruction in Science and Engineering

Some characteristics of instructional design for industrial training.- Support for simulation-based learning: The effect of assignments in learning about transmission lines.- Deconstructionist student models in the computer-based learning of science.- Evaluating educational technologies: Evaluation of teaching material versus evaluation of learning?.- Panel discussion: The use of internet in education.- Epiphyte advisor systems for collaborative learning.- Expertext approach and learning environments.- On content-balanced adaptive testing.- An object-oriented shell for intelligent tutoring lessons.- WORDMATH: A computer-based environment for learning word problem solving.- Towards pedagogically sound learning environments: The specification process.- A multi-agent architecture for an ITS with multiple strategies.- Decentralized computer learning systems based on autonomous agent approach.- Foundations on an adaptative tutoring system based on systemic networks.- The intelligent discussion supporting system under the distributed environment.- Applied artificial intelligence for teaching numeric topics in engineering disciplines.- Motivating the design of a computer assisted environment for writers in a second language.- An experimental environment for the production of pedagogical simulations.- A component-based interactive practice environment.- Representations of instructional purpose in courseware requirements engineering.- The formula: A relation? Yes, but a concept too!.- CREAM-Tools: An authoring environment for curriculum and course building in an intelligent tutoring system.- Authoring System for Reinforcement and Evaluation (SARE).- Preliminary student evaluation of a CBL course on Digital Systems Electronics.- Cooperative and distance learning in electronics using internet.- Cooperative Distance Learning with an integrated system for computer assisted laboratory work.- Implementation and evaluation of a WWW multiple choice question server.- Teaching Informatics with ARIANE: An experimental Internet-based Pedagogical Environment.- Multimedia training and remote operating laboratory: Innovative solutions for instrumentation and electronic measurements courses.- Hypermedia exercises prototyping and modelising.- Testbed for measuring multimedia presentation quality disorders in courseware.- Hypertexts as educational systems: Pedagogical issues in teaching and learning mathematical problem solving.- Structured hypermedia authoring: A simple tool for the design and implementation of structured hypermedia databases.- Designing educational multimedia.- Design of a windows software for elastic field simulation: Application to visualization and animation of a rectangular piece in a projection with a load on the end.- A Hypermedia Intelligent Tutor for mathematical modelling teaching.- Design of software for the simulated and tutorized study of atomic models through the use of hypertext.- TEA: An Agrarian Economy instructor system.- The Analogical Model-based Physics System: A workbench to investigate issues in how to support learning by analogy in physics.- Seeing is believing.- FLIP — Flexible learning in physics and mechanics.- 3D-Schema: An intuitive model for analog circuits instruction.- Computer aided learning in microelectronics technology in Slovakia (State of the art).- to thermodynamics based on simulations and hypertext.- A computer-supported course in mechanics.- The informed professor: Clinical instruction of breast disease diagnosis and management.- Computer modelling and simulation of the high frequency disturbing processes for low voltage consumers applied in power system training and education.- Interactive practical teaching of digital circuits design by means of Field Programmable Gate Arrays.- Interactive learning environment in mechanics.- Flexible intelligent environment for tutoring and assessing learners.- DLW — A learning environment for lake water diagnosis.- XMOISE: A logical spreadsheet to elicit didactic knowledge.- Learning proton NMR spectroscopy with computers....- Tutorized simulated study of RC, LR and LRC circuits for windows.- Interactive Knowledge Base for designing new technology based tutoring systems.- Multimedia system for instruction and learning Electronics.- Collaborative learning systems on the Internet with case-based reasoning.- An approach to learning software based on Student Modelling.- The leibniz TLSI: A secondary marco programming interface and universal ASCII user interface shell for hypermedia.- A hypermedia presentation to understand interactions between electron and solid.- A student model in numerical analysis for an actual engineering student.- Teaching primary science: A psychologically well-grounded approach.- GITE: Intelligent generation of tests.- TUDER: An ITS for symbolic derivation.- SBC-RX: Knowledge based system for radiodiagnosis and training of radiologists. The teaching file tool. A new feature.- SIMFOT: A software for simulating photoelastic experiments.