Marking complex assignments using peer assessment with an electronic voting system and an automated feedback tool

The work described in this paper relates to the development and use of a range of initiatives in order to mark complex masters' level assignments related to the development of computer web applications. In the past such assignments have proven difficult to mark since they assess a range of skills including programming, human computer interaction and design. Based on the experience of several years marking such assignments, the module delivery team decided to adopt an approach whereby the students marked each other's practical work using an electronic voting system (EVS). The results of this are presented in the paper along with statistical comparison with the tutors' marking, providing evidence for the efficacy of the approach. The second part of the assignment related to theory and documentation. This was marked by the tutors using an automated feedback tool. It was found that the time to mark the work was reduced by more than 30% in all cases compared to previous years. More importantly it was possible to provide good quality individual feedback to learners rapidly. Feedback was delivered to all within three weeks of the test submission datePeer reviewe

Peer-feedback as a Translation Training Tool in Web-based Communication

Teaching web-based communication involves website analysis, website design and webcopy writing, often in multiple languages for different target audiences. Localization and foreign language webcopy writing require training in the area of translation, in addition to other skills related to web communication. Such training might be didactically supported with peer-feedback assignments. Surprisingly few studies in the area of localization/translation and web-based communication report about classroom practice of this kind. Drawing on theory from Educational Psychology, Writing Research in L2 and Translation Studies, this paper explores common notions in peer-feedback research. It discusses peer-feedback and its implementation as a translation training tool in the context of web-based communication with a focus on localization as a form of text production. Student feedback and the revisions performed on its basis are investigated. The data reported here derive from an undergraduate web-based communication course, where students produced a translation and an academic translation review. The paper discusses possible future peer-feedback practices, including suggestions for feedback scaffolding tailored to the needs of future language professionals in the area ofweb-based communication

Utilizing a Web-Based Program for Educational Material Distribution in an OBGYN Residency Program

Background: Online modules and assignments are commonly used for continuing education among residents. Ensuring ease of distribution and access to learning modules, assignments and simulations allows for the efficient completion of these tasks. Objective: The purpose of this quality improvement project is to propose a new method for distribution of educational material and assignments to improve resident satisfaction and ease of completion as well as tracking completion by the program manager. Methods: A survey was sent to the 2020-21 academic year OBGYN residents regarding the current in-hospital folder-based distribution of resources. Based on the survey feedback, a checklist was designed in a web-based program (New Innovations). A repeat survey was sent out to current OBGYN residents in the 2021-22 academic year to assess resident satisfaction with the new distribution system. Results: The checklist-based system proposed in this project utilizing a web-based system resulted in improved resident satisfaction and reported ease of use compared to the in-hospital folder-based computer system, with 86% preferring the web-based checklist

Galilee: an Internet Web Based Distance Learning Support System

This paper presents a project of Web-based Distance Learning support system. The system has been built based on the Internet and World Wide Web facility. The system could be accessed with a web browser which is directed to a certain web server address so that students can do learning process just like in the real situation, such as student admissions, taking course materials, syllabus, assignments, students grades, class discussions through web, and doing online quizzes. Students could also join collaboration works by giving opinions, feedback and student produced paper/web which can be shared to the entire learning community. Therefore, it will build a collaborative learning environment where lectures together with students make constructive knowledge databases for entire learning community. This system has been developed based on Active Server Pages (ASP) technology from Microsoft which is embedded in a web server. Web pages reside in a web server which is connected to an SQL Database Server. Database server is used to store structured data such as lectures/students personal information, course lists, syllabus and its descriptions, announcement texts from lecturers, commentaries for discussion forum, student's study evaluations, scores for each assignment, quizzes for each course, assignments text from lectures, assignments which are collected by students and students contribution/materials. This system has been maintained by an administrator for maintaining and developing web pages using HTML. The administrator also does ASP scripts programming to convert web pages into active server pages. Lectures and students could contribute some course materials and share their ideas through their web browser. This web-based collaborative learning system gives the students more active role in the information gathering and learning process, making the distance students feel part of a learning community, therefore increasing motivation, comprehension and interaction with other students

Web-based trainer for electrical circuit analysis

A Web-based system for training electric circuit analysis is presented in this paper. It is centered on symbolic analysis techniques and it not only verifies the student's final answer, but it also trucks and couches him/her through all steps of his/her reasoning path. The system mimics homework assignments, enhanced by immediate personalized feedback. Evaluation data based upon a first trial indicate that this tool is a useful complement to the traditional training approach

Web-Based Teaching and Learning in E-Commerce

Technology is the means by which our education system is teaching in colleges and graduate schools today in the classroom. Web-based teaching and learning has made it capable for teachers to interact with students on an academic level, and enhance the learning process at the same time. The web-based tools provided for teaching and learning has improved over the years, which resulted in self-motivation among students, and better staff development among teachers. The idea for web-based teaching and learning to implement successfully is for teachers to provide feedback to the students on their assignments and academic progress in the classroom. The purpose of this paper will be to focus on the past and present of web-based tools in e-commerce; and how they are helping to enhance the teaching and learning of colleges and graduate schools today in the classroom

Formal Reasoning Using an Iterative Approach with an Integrated Web IDE

This paper summarizes our experience in communicating the elements of reasoning about correctness, and the central role of formal specifications in reasoning about modular, component-based software using a language and an integrated Web IDE designed for the purpose. Our experience in using such an IDE, supported by a 'push-button' verifying compiler in a classroom setting, reveals the highly iterative process learners use to arrive at suitably specified, automatically provable code. We explain how the IDE facilitates reasoning at each step of this process by providing human readable verification conditions (VCs) and feedback from an integrated prover that clearly indicates unprovable VCs to help identify obstacles to completing proofs. The paper discusses the IDE's usage in verified software development using several examples drawn from actual classroom lectures and student assignments to illustrate principles of design-by-contract and the iterative process of creating and subsequently refining assertions, such as loop invariants in object-based code.Comment: In Proceedings F-IDE 2015, arXiv:1508.0338

Exploring Feedback and Gamification in a Data Modeling Learning Tool

Data modeling is an essential part of IT studies. Learning how to design and structure a database is important when storing data in a relational database and is common practice in the IT industry. Most students need much practice and tutoring to master the skill of data modeling and database design. When a student is in a learning process, feedback is important. As class sizes grow and teaching is no longer campus based only, providing feedback to each individual student may be difficult. Our study proposes a tool to use when introducing database modeling to students. We have developed a web-based tool named LearnER to teach basic data modeling skills, in a collaborative project between the University of South-Eastern Norway (USN) and Kristiania University College (KUC). The tool has been used in six different courses over a period of four academic years. In LearnER, the student solves modeling assignments with different levels of difficulty. When they are done, or they need help, they receive automated feedback including visual cues. To increase the motivation for solving many assignments, LearnER also includes gamifying elements. Each assignment has a maximum score. When students ask for help, points are deducted from the score. When students manage to solve many assignments with little help, they may end up at a leaderboard. This paper tries to summarize how the students use and experience LearnER. We look to see if the students find the exercises interesting, useful and of reasonable difficulty. Further, we investigate if the automated feedback is valuable, and if the gamifying elements contribute to their learning. As we have made additions and refinements to LearnER over several years, we also compare student responses on surveys and interviews during these years. In addition, we analyze usage data extracted from the application to learn more about student activity. The results are promising. We find that student activity increases in newer versions of LearnER. Most students report that the received feedback helps them to correct mistakes when solving modeling assignments. The gamifying elements are also well received. Based on LearnER usage data, we find and describe typical errors the students do and what types of assignments they prefer to solve.publishedVersio

Communication skills training exploiting multimodal emotion recognition

The teaching of communication skills is a labour-intensive task because of the detailed feedback that should be given to learners during their prolonged practice. This study investigates to what extent our FILTWAM facial and vocal emotion recognition software can be used for improving a serious game (the Communication Advisor) that delivers a web-based training of communication skills. A test group of 25 participants played the game wherein they were requested to mimic specific facial and vocal emotions. Half of the assignments included direct feedback and the other half included no feedback. It was investigated whether feedback on the mimicked emotions would lead to better learning. The results suggest the facial performance growth was found to be positive, particularly significant in the feedback condition. The vocal performance growth was significant in both conditions. The results are a significant indication that the automated feedback from the software improves learners’ communication performances.The Netherlands Laboratory for Lifelong Learning (NELLL) of the Open University Netherland