About: Student competition is a research topic. Over the lifetime, 146 publications have been published within this topic receiving 789 citations. The topic is also known as: student competitions & school contest.
TL;DR: Pedagogical results indicate that the combination of game development and friendly student competition is a significant motivator for increased student performance.
Abstract: A motivated student is more likely to be a successful learner. Interesting assignments encourage student learning by actively engaging them in the material. Active student learning is especially important in an introductory data structures course where students learn the fundamentals of programming. In this paper, the author describes a project for a data structures course based on the idea of competitive programming. Competitive programming motivates student learning by allowing students to evaluate and improve their programs throughout an assignment by competing their code against instructor-defined code and the code of other students in a tournament environment. Pedagogical results indicate that the combination of game development and friendly student competition is a significant motivator for increased student performance.
TL;DR: The authors compare new forms of student competition to enter Canadian versus American higher education and find that in the U.S., this competition triggers student strategies to enter prestigious institutions, while in Canada it is absorbed across fields of study.
Abstract: We compare new forms of student competition to enter Canadian versus American higher education. In the U.S., this competition triggers student strategies to enter prestigious institutions, while in Canada it is absorbed across fields of study. We trace these differences to the greater hierarchy in the U.S. system and discuss the possible future course of competition.
TL;DR: In this paper, the Automatic Control Telelab (ACT), a remote laboratory of automatic control developed at the University of Siena, has introduced a new chapter of the ACT referred to as "student competition" which allows students to design the controller with best performance for a given remote experiment.
TL;DR: The VIP Cup 2017 competition as discussed by the authors focused on detecting traffic signs under challenging conditions and introduced a video dataset denoted as CURE-TSD that includes a variety of challenging conditions, and the goal was to implement traffic sign detection algorithms that can robustly perform under such challenging conditions.
Abstract: Robust and reliable traffic sign detection is necessary to bring autonomous vehicles onto our roads. State-of-the-art algorithms successfully perform traffic sign detection over existing databases that mostly lack severe challenging conditions. VIP Cup 2017 competition focused on detecting such traffic signs under challenging conditions. To facilitate such task and competition, we introduced a video dataset denoted as CURE-TSD that includes a variety of challenging conditions. The goal of this challenge was to implement traffic sign detection algorithms that can robustly perform under such challenging conditions. In this article, we share an overview of the VIP Cup 2017 experience including competition setup, teams, technical approaches, participation statistics, and competition experience through finalist teams members' and organizers' eyes.
TL;DR: In this paper, the Aura Strategy, developed by the University of Seville Solar Decathlon Team to participate in the 2019 Latin America and Europe competitions, is aligned with the so-called integrated curriculum and the incorporation of the transversal concept of sustainability.
Abstract: In recent times, teaching in higher education has undergone a significant transformation. Current advances and innovative proposals in educational science research are centred around a transdisciplinary approach, the so-called integrated curriculum and the incorporation of the transversal concept of sustainability. In summary, the so-called learning processes through problem-solving. The Solar Decathlon Competition is the most prestigious international university student competition for sustainable habitat. The aim of this article is to show how the Aura Strategy, developed by the University of Seville Solar Decathlon Team to participate in the Solar Decathlon 2019 Latin America and Europe competitions, is aligned with the aforementioned proposals. Among the results, the generation of a transforming teaching network of the departmental structures in the University of Seville is to be highlighted. These transformations in teaching lead students to new, broader and more holistic approaches to study, as well as new capabilities and skills. The question of interdisciplinarity requires new tools and research lines to achieve successful implementation in higher education, and the participation in the Solar Decathlon Competition is one of them.