Most people link blockchain with cryptocurrency like Bitcoin. On a blockchain, data is stored in chunks that are connected and in chronological sequence, making it relatively easy to trace the data’s origins and verify its legitimacy. These characteristics, together with the technology’s decentralized structure, have led to its adoption across a variety of businesses, most prominently the financial sector.  Global investment in blockchain technology across all industries is expected to increase from more than USD 4 billion in 2020 to more than USD 14 billion by 2023, according to the International Data Corporation (IDC).
Blockchain adoption in educational institutions
Blockchain technology in education is in its early stages, with only a few institutions implementing the technology. According to a 2019 poll by research firm Gartner, only 2 percent of higher education institutions were embracing blockchain, with another 18 percent planning to do so in the next two years.
Researchers believe that technology has the potential to transform education in a variety of ways, including increasing chances for lifelong learning, increasing efficiency for instructors through smart contracts, and giving kids ownership of their academic records, among many other things.
Blockchain technology is anticipated to play a larger role in the field of education as technology advances. Individuals with a bachelor’s computer science degree can better comprehend how blockchain can be used in education and other fields.
Using blockchain to maintain student records
Record keeping is one of the most common uses of blockchain in education. The quantity of student records is practically infinite, and establishing academic qualifications can be time-consuming, requiring extensive paper documents and case-by-case verification. According to a 2019 study by Credential Engine, there are more than 738,000 unique learning credentials, including diplomas, certifications, digital badges, and apprenticeship. When it comes to things like transfers across schools or states, blockchain technology can eliminate most of the overhead involved in the process and expedite verification procedures, saving teachers and administrators time. With a few simple clicks, an institution admitting a transfer student might validate their record and the courses they took using blockchain. The same principle applies to sharing records with an employer.
Using blockchain in lowering education costs
By opening up new, more inexpensive pathways to learning and upsetting the existing connection between schools and students, blockchain education has the potential to alter the education landscape. Managing student fees payments is a time-consuming procedure that involves several stakeholders, including students, parents, scholarships foundations, private lending businesses, federal and state organizations, and university financial departments’ often-massive bureaucracies. Blockchain technology can streamline this process, decreasing administrative expenses and, as a result, potentially cutting tuition costs.
Using smart contracts and cryptocurrencies as a payment method, the system has already been deployed for remuneration courses and other forms of open learning scenarios. (Several colleges in the United States and overseas are now accepting cryptocurrencies as a form of tuition payment.) Given that student loan debt in the United States currently exceeds $1.7 trillion, millions of citizens may be interested in choices that make a college education available and cheap, according to the Federal Reserve.
Using blockchain for university research
Higher education has two goals: to communicate knowledge to future millions of kids and to expand present knowledge through new research. Professors devote a large amount of time to conducting research work and publishing their results, pushing the frontiers of their fields and revealing study topics that will take us into the future. Importantly, the reach and impact of those papers can have an impact on academics’ capacity to acquire major funding to support future research.
Authors have just an interest in keeping track of how their work is distributed and preventing flagrant piracy. With blockchain technology in education, researchers would be able to submit without restrictions, however in a way that allowed them to track their research’s reuse, such as how frequently work is referenced and used as teaching materials, allowing them to track its impact in the field — which is important because it can lead to accolades and future funding.
Â
Â
Â
Â
