We continuously interact with computerized systems to achieve goals and perform tasks in our personal and professional lives. Therefore, the ability to program such systems is a skill needed by everyone. Consequently, computational thinking skills are essential for everyone, which creates a challenge for the educational system to teach these skills at scale and allow students to practice these skills. To address this challenge, we present a novel approach to providing formative feedback to students on programming assignments. Our approach uses dynamic evaluation to trace intermediate results generated by student's code and compares them to the reference implementation provided by their teachers. We have implemented this method as a Python l...
Feedback is an essential element of learning. Students need feedback on their work and their solutio...
“Practice makes perfect” is an old phrase that proves truth in many aspects of the life of a compute...
One of the main reasons that justify the student’s failure in (introductory) programming courses is ...
The use of automated grading tools to provide feedback to students is common in Computer Science edu...
Computational Thinking (CT) - the process of thinking like a programmer or computer scientist - is a...
The paper reports on a programming course for undergraduate Mathematics students in their 2nd year, ...
Using automated grading tools to provide feedback to students is common in Computer Science educatio...
Practise is one of the most important steps in learning the art of computer programming. Unfortunate...
Autograding systems are being increasingly deployed to meet the challenges of teaching programming a...
The capability of computer programming language logic is one of the basics of technical education. H...
We conducted a systematic literature review on automated grading and feedback tools for programming ...
When teaching students computer programming, instructors often teach specific techniques that studen...
Programming is a very complex and challenging subject to teach and learn. A strategy guaranteed to d...
Survey feedback relating to the paper: Analysis of an automatic grading system within first year Com...
This teaching practice addresses automated grading tools for computer programming assignments. Simil...
Feedback is an essential element of learning. Students need feedback on their work and their solutio...
“Practice makes perfect” is an old phrase that proves truth in many aspects of the life of a compute...
One of the main reasons that justify the student’s failure in (introductory) programming courses is ...
The use of automated grading tools to provide feedback to students is common in Computer Science edu...
Computational Thinking (CT) - the process of thinking like a programmer or computer scientist - is a...
The paper reports on a programming course for undergraduate Mathematics students in their 2nd year, ...
Using automated grading tools to provide feedback to students is common in Computer Science educatio...
Practise is one of the most important steps in learning the art of computer programming. Unfortunate...
Autograding systems are being increasingly deployed to meet the challenges of teaching programming a...
The capability of computer programming language logic is one of the basics of technical education. H...
We conducted a systematic literature review on automated grading and feedback tools for programming ...
When teaching students computer programming, instructors often teach specific techniques that studen...
Programming is a very complex and challenging subject to teach and learn. A strategy guaranteed to d...
Survey feedback relating to the paper: Analysis of an automatic grading system within first year Com...
This teaching practice addresses automated grading tools for computer programming assignments. Simil...
Feedback is an essential element of learning. Students need feedback on their work and their solutio...
“Practice makes perfect” is an old phrase that proves truth in many aspects of the life of a compute...
One of the main reasons that justify the student’s failure in (introductory) programming courses is ...