MIT Case Study with Chris Jagers, Learning Machine CEO, and Mary Callahan, Senior Associate Dean and Registrar
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EDUCAUSE 2018: Verifiable Digital Records and the Blockchain
1. Verifiable Digital Records and the Blockchain
#EDUCAUSE2018
Featured Speakers
Mary Callahan, MIT Senior Associate Dean and Registrar
Chris Jagers, CEO Learning Machine
7. New Records
Digital
Recipient Owned
Vendor Independent
Tamper Proof
Easily Shareable
Cost Effective
Full Interoperable
Instant Verification
Data Rich
Human Readable
Machine Readable
Data Analytics
Social currency
must be useful.
Old Records
Physical
Slow
Expensive
Easy to Fake
10. Why would a Registrar be
interested in the blockchain?
12. Because we want to
Empower students to own their records
Reduce fraud
Increase immediacy of information
Help students build a lifelong portfolio of credentials
21. Why MIT?
MIT as innovator
Blockcerts developed at MIT
Learning Machines partnership
Forward-thinking students
22. The Timeline
2015
2016
Fall 2016
June 2017
June 2018
Philipp Schmidt and Media Lab
Blockcerts developed
Mary and Chris connect
Pilot begins
Full-scale implementation
23. Preparing for the pilot
Understand the technology
Work with MIT IS&T
Develop implementation timeline
Choose pilot cohort
Masters of Finance
Masters of Science in Media Arts and Sciences
Develop communication plan
24. Our digital diploma process
Student receives invitation to
download Blockcerts Wallet app
When downloaded, Blockcerts
app generates private key
Student adds MIT as an issuer
27. {"recipient": {"recipientProfile": {"publicKey": "ecdsa-
koblitz-pubkey:1JZTTpyuZ1ZSNq9UsHTr7TpQLDEeAVjfTZ",
"type": ["RecipientProfile", "Extension"], "name": "Brian
Canavan"}, "type": "email", "hashed": false, "identity":
"bcanavan@mit.edu"}, "universalIdentifier":
"3db1171c-2c2b-5ad9-9e03-4df037369acf", "@context":
["https://openbadgespec.org/v2/context.json", "https://
www.blockcerts.org/schema/2.0-alpha/context.json",
{"displayHtml": {"@type": "https://
schemas.learningmachine.com/2017/types/text/html",
"@id": "https://schemas.learningmachine.com/2017/
blockcerts/displayHtml"}, "metadataJson": {"@type":
"https://schemas.learningmachine.com/2017/types/text/
json", "@id": data:image/
A JSON file of the
diploma is emailed to
the student
28. Issuances
Pilot Phase I: June 2017
45 out of 111 eligible students receive digital diplomas
Pilot Phase II: September 2017 & February 2018
271 out of 628 eligible students receive digital diplomas
Full Implementation: June 2018
First opportunity for all graduating MIT students to participate
794 out of 2,661 receive digital diplomas
30. What did we learn?
Students had to figure out how to interact with the app.
Learning Machine needed to further develop its dashboard, data reporting, and
direct data exchange.
Our internal process must be iterative and reactive to students needs.
There are financial considerations for institutions.
Although interest in digital credentials is evident, the definition of success from
MITs use case is still to be determined.
31. Whats next?
Increase number of students receiving digital diplomas
Align process with Commencement
Collaborate with other institutions and entities to encourage use of
digital credentials
Continue to serve and empower the student and lifelong learner
Facilitate trust
33. Please take a moment to evaluate this session
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