An Eco-System Approach to Project-Based Learning in Software Engineering Education

Ståhl, Daniel; Sandahl, Kristian

doi:10.1109/te.2021.3137344

Cited by 19 publications

(6 citation statements)

References 20 publications

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“…This is because 'engineering' inherently embodies the characteristics of a 'project', meaning there is a natural closeness between the two. The outcomes of PBL studies in engineering are evident across various subjects, such as software engineering [22], computer engineering [23], mechanical engineering [17], and so on. However, the application of PBL in practice remains limited, even in developed countries and regions known for their innovation prowess.…”

Section: Introductionmentioning

confidence: 99%

SustainableTransformation of Undergraduate Engineering Education in China through Sino-Australian Cooperation: A Case Study on Electro-Mechanical System

Guo,

Long,

Huynh

2024

Sustainability

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China’s undergraduate engineering education is facing two significant challenges: passive learning and limited cross-cultural communication. In response, active learning methods such as project-based learning (PBL) and Sino-foreign cooperative education emerge as promising solutions. However, despite their potential, PBL’s application remains constrained, and many Sino-foreign cooperative programs persist with traditional passive learning approaches. How to adeptly integrate the two, namely realizing active learning in Sino-foreign cooperative education, is the primary objective of this study. To this end, a sustainable strategy for cross-cultural transfer and the adaptation of active learning is proposed. Initially, a PBL-based active learning pedagogy is tailored for a course within a Sino-Australian cooperative undergraduate program. This approach integrates hands-on activities, teamwork, and the flipped classroom method. Moreover, to ensure implementation quality, an assessment method reliant on continuous student survey feedback is suggested. Subsequently, through the statistical analysis of students’ survey data as well as final grades, both quantitative and qualitative results affirm the efficacy of the proposed strategy.

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Section: Introductionmentioning

confidence: 99%

SustainableTransformation of Undergraduate Engineering Education in China through Sino-Australian Cooperation: A Case Study on Electro-Mechanical System

Guo,

Long,

Huynh

2024

Sustainability

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“…Some examples in the field of engineering are entitled: Aerial Drone Competition, American Solar Challenge, ASME Student Design Competition, Best Robotic Challenge, Simulation Hub Valve Design Challenge, and Water Environment Federation Student Design Competition. These are contests [23]- [25] in which several teams of students participate to solve a problem or present a project with characteristics like what can be found in real life [26], [27]. The big difference with professional life is that the work done is compared with the rest of the teams [28].…”

Section: Introductionmentioning

confidence: 99%

Learning Enhancement of Control Engineering: A Competition-Based Case

2023

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The transition from academic training to professional life is not an easy task. In recent years, various learning enhancement methodologies have emerged to reduce this gap, which focuses on both soft and technical skills. Specifically, Competition-Based Learning (CBL) seeks to improve learning and motivation through the competitive component, which has detractors and defenders. In this framework, the present work proposes a national competition, CIC2022, within the field of control engineering that uses a testbed with an Unmanned Aerial Vehicle (UAV) for helping to link theory and practice. The main objective is to analyze the results of CBL on learning. In addition to explaining the characteristics of the competition and the academic results obtained, a survey answered by participants provides conclusions on the effectiveness of the methodology and other issues related to the contest. Greater motivation and teamwork promoted the active learning of students and improved the autonomous acquisition of technical skills.

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“…In China, researchers have begun to realize that project-based learning plays a prominent role in students' ability development, but at present, project-based learning has not become the mainstream trend (Zhang & Su, 2018). In higher education, there is more research on project-based learning in a certain course (Ståhl, Sandahl, & Buffoni, 2022;Dogara, Saud, Kamin, & Nordin, 2020;Fan et al, 2023;Hernández-Mangas, & Álvarez, 2021;Clark, Wang, Splain, & Chen, 2020;Jordens, Wilmart, Garone, Kinnaert, & Catoire, 2022), but there is no research on project-based learning in the whole professional direction. Higher vocational education is to cultivate high-quality and compound technical and skilled talents.…”

Section: Introductionmentioning

confidence: 99%

Taking the Software Technology Specialty as an Example to Construct the Professional Knowledge List with Project-Based Learning Method

Tang,

Zou

2023

JSS

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Project-based learning is learner-led, team-oriented, and focuses on self-driven growth. It is conducive to cultivating creativity, teamwork and leadership, self-learning ability, and the ability to plan and execute projects. At present, the research of project-based learning mainly focuses on a certain course, and there is no research on the construction of project-based learning knowledge system from the perspective of professional talent training. This paper constructs the knowledge system of project-based learning based on the talent training plan, and takes the software technology specialty as an example to illustrate the construction method of the knowledge system of project-based learning. Finally, it summarizes the specific project-based learning practice. Practice has proved that project-based learning knowledge system can help students master the relevance between various courses, the relevance is intuitive, the designed projects can be realized by students themselves, which increases students' self-confidence and learning passion.

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An Eco-System Approach to Project-Based Learning in Software Engineering Education

Cited by 19 publications

References 20 publications

SustainableTransformation of Undergraduate Engineering Education in China through Sino-Australian Cooperation: A Case Study on Electro-Mechanical System

SustainableTransformation of Undergraduate Engineering Education in China through Sino-Australian Cooperation: A Case Study on Electro-Mechanical System

Learning Enhancement of Control Engineering: A Competition-Based Case

Taking the Software Technology Specialty as an Example to Construct the Professional Knowledge List with Project-Based Learning Method

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