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Legal Technology and Legal Innovation

26 aug. 2024 - 30 aug. 2024

Introductory course on campus in Python code language, legal and practical insights in legal tech solutions (chatbots, legal search engines, smart contracts). The course also involves an introduction to the concept of legal design thinking.

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Praktische info:

26 aug. 2024 - 30 aug. 2024
Stadscampus - Prinsstraat 13, 2000 Antwerpen
Engels
Doelgroep: master students in law and law professionals

Inschrijven?

  • Inschrijvingen: tot 15 jul. 2024
  • Voorwaarden: no prior technical knowledge is required
  • Prijs: Students - €750, others - €1500
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Course description

In this summer course students will gain a better understanding of the concepts of legal technology and legal innovation as well as the importance of these concepts in the evolution of the legal world.

They will understand the basic principles of the programming language Python and will be able to apply these principles in simple coding exercises.

They will learn to code a decision tree, a mechanism that is daily used by lawyers, sometimes without being aware of it. Students will understand how a computer makes decisions and how it can make predictions by using so called explaining algorithms. That way students will also gain insights in how a computer can predict judicial decisions.

Students will also meet several legal start-ups and will understand the opportunities of legal technology and legal innovation in the business and customer services of these start-ups.

One of these opportunities are the so called smart contracts. The concept of smart contracts will be analysed. The following questions are addressed:

  • What is a smart contract?
  • What is the legal value of a smart contract?
  • What are the legal difficulties that might arise using a smart contract?

Besides this, students will also learn about the technical aspects of a smart contract and will learn how to put the basic principles of coding a smart contract into practice.

Finally, the students will gain a better understanding of the concept of legal design thinking, in which a multidisciplinary frame is used to present and approach legal problems and legal services in an innovative and customer friendly way. Students will also apply the basic principles of legal design thinking in short exercises.

The course will end with a “LegalTech Game”. Participants who successfully pass this test after continuous class participation will receive a certificate of completion.

Application deadline

Your application should be submitted before 15 May (Non-EU nationals or visa applicants) or 15 July (EU Nationals).

Applications are submitted and processed through the enrolment platform Mobility Online. They are evaluated by the academic committee and the programme coordinators. All applicants will be notified about the results of selection within 10 days after the final application deadline.

In case your application is accepted, you will receive further practical information on payment and visa. Note that your registration is only complete when the tuition fee is received on the university's bank account.

Accepted participants will be registered as regular students of the University of Antwerp and will hence receive a student account which gives them access to the catering facilities and the Wi-Fi network of the University of Antwerp. Furthermore, accepted participants will be automatically insured under the policy of the University of Antwerp.

Day-by-day programme

Day 1 - Monday

Part 1 (9.00 - 12.00 a.m.) - Welcome and Key note: why legal technology and legal innovation?

During this first course the participants are welcomed and the importance of legal technology and legal innovation for the legal world will be explained.

Teachers:

  • Jan Blockx (University of Antwerp, Faculty of Law)
  • Thomas Aertgeerts (Legal Innovation and Technology lawyer, Aeco)
Part 2 (1.00 - 4.00 p.m.) - Basic principles of Python

In the afternoon session, the basic principles of Python will be explained.
With simple exercises, the participants will learn to code short programs using the Python language independently.

Teachers:

  • Toon Calders (University of Antwerp, Faculty of Science, Department of Computer Science)
  • Ewoenam Kwaku Tokpo (University of Antwerp, Faculty of Science, Department of Computer Science)

Day 2 - Tuesday

Part 1 (9.00 - 12.00 a.m.) - Basic principles of Python - part 2

Teachers:

  • Toon Calders (University of Antwerp, Faculty of Science, Department of Computer Science)
  • Ewoenam Kwaku Tokpo (University of Antwerp, Faculty of Science, Department of Computer Science)
Part 2 (1.00 - 4.00 pm) - Applications and challenges of LegalTech in law practice

During this session several legal start-ups explain how they apply legal technology and legal innovation in their business and service offer.

Teachers:

  • Thomas Aertgeerts (Aeco)
  • Maarten Truyens (ClauseBase)
  • Dries Wijnen (lawren.io)

Day 3 - Wednesday

Part 1 (9.00 - 12.00 a.m.) - Decision trees and lawyers

Lawyers daily use decision trees in their law practice, sometimes without being aware of it.
During this session the participants learn to code such a decision tree in Python.

Teachers:

  • Sylvie De Raedt (University of Antwerp, Faculty of Law)
  • Ewoenam Kwaku Tokpo (University of Antwerp, Faculty of Science, Departement of Computer Science)
Part 2 (1.00 - 4.00 p.m.) - Predictive algorithms

During this session we jump from decision trees of lawyers to computer science.
We go deeper into the way a computer can make decisions or predictions.
Using these insights it will be explained how algorithms are applied to predict court decisions.

Teachers:

  • Jan Blockx (University of Antwerp, Faculty of Law)
  • Ewoenam Kwaku Tokpo (University of Antwerp, Faculty of Science, Departement of Computer Science)

Day 4 - Thursday

Part 1 (9.00 - 12.00 a.m.) - Smart Contracts: legal analysis

During this session smart contracts will be analysed from a legal perspective.
What is a smart contract?
What is the legal value of a smart contract?
What are the legal complications when applying a smart contract?

Teacher:

  • Jan Blockx (University of Antwerp, Faculty of Law)
Part 2 (1.00 - 4.00 p.m.) - Legal Design Thinking

During this course the concept of legal design thinking will be clarified.
With examples and short exercises, the participants will explore the broad applicability of this concept to legal problems, legal products, legal services, legal processes and communication.

Teacher:

  • Dominique Meert (The Visual Lawyer)

Day 5 - Friday

Part 1 (9.00 - 12.00 a.m.) - Smart Contracts: technical analysis

During this session we go deeper into the technical aspects of a smart contract.
The participants learn how to put the basic principles of coding a smart contract into practice.

Teacher:

  • Toon Calders (University of Antwerp, Faculty of Science, Departement of Computer Science)
Part 2 (1.00 - 4.00 p.m.) - LegalTech Game

Participants will take part in a “LegalTech Game”.
Participants who successfully pass this test after continuous class participation will be awarded with a “Legal Technology and Legal Innovation” certificate and 3 ECTS credits.
All certificates of completion are issued as a micro-credential.

Part 3 (4.00 - 6.00 pm) - Closing ceremony