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English
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Renato Stoppa
He earned theOpen Badge
Python Programming
Renato Stoppa
1EdTech Digital Certification
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Issued by SAA School of Management - Università degli Studi di Torino
SAA School of Management, Business School dell'Università degli Studi di Torino
Release date
18/03/2024
Expiration date
Never
Badge code
423611
Date of the event:
from 21/09/2023 to 24/11/2023
Duration:
40 hours
Description:
The Python Programming course aimed to provide a good command of the fundamentals of programming and ability to formulate problems, develop solutions, and implement those solutions in Python clearly, thoroughly, and optimally, with emphasis on the economic applications of the concepts acquired.
Release criteria:
No "in itinere" criteria. Acquired knowledge was assessed by a test consisting of 10 multiple-choice questions and the completion of a database analysis paper using the tools acquired during the course.
Other info:
Spyder open source development environment and the data science platform Anaconda were used for the activities proposed during the course.
What does "Blockchain Verified Badge" mean?
CBOX digital badges ensure the authenticity and incontestability of the statements they contain thanks to blockchain technology: a computer system consisting of communication protocols and network infrastructure that allows recording any type of information in a decentralized, transparent, secure, and immutable way, proof against any tampering or corruption. Every time a badge's page is opened, a real-time verification is performed by comparing the displayed data with the data stored on the blockchain.
How is the information verified?
At the time of issuance, all the information contained in a badge is notarized on the blockchain: this means that a unique and incontrovertible "digital fingerprint", called a hash-code, is recorded. Starting from the same set of data, the generated hash-code is always the same. Even modifying just one bit of such data results in a completely different hash-code. The cryptographic process that allows verifying that data has not been tampered with consists of generating its hash-code and comparing it with the hash-code originally saved on the blockchain. The match between the two codes is the incontestable and unequivocal proof that the information contained in the certification has not been altered after issuance.
