Table of Contents
Explainable Artificial Intelligence
Lectures
Labs (Mondays 10:00, G-1-08)
Grading rules
Grading scale:
References
Explainable Artificial Intelligence
Course ID: WFAIS.IF-XG325.0
Room: G-1-08
Teachers:
Lectures:
dr inż. Szymon Bobek
(SBK)
Labs:
dr inż. Szymon Bobek
(SBK)
Lectures
[05.10.2026]
[SBK] Lecture plan, rules, organizaiton of classes
[12.10.2026]
[SBK]
Introduction to xAI
[19.10.2026]
[SBK]
Inherently interpretable models I
[26.10.2026]
[SBK]
Inherently interpretable models II
[09.11.2026]
[SBK]
Global model-agnostic explanations and surrogate models
[16.11.2026]
[SBK]
Local model-agnostic explanations I
[23.11.2026]
[SBK]
Local model-agnostic explanations II
[30.11.2026]
[SBK] Hands-on programming assignments
[07.12.2026]
[SBK]
Counterfactual explanations
[14.12.2026]
[SBK]
Evaluation of XAI algorithms
[21.12.2026]
[SBK]
Explanations in Neural Networks
[11.01.2027]
[SBK]
Challenges of XAI in Industrial applications
[18.01.2027]
[SBK] Hands-on programming assignments
Exam: First Term: 01.02.2027
— 10:00 – 12:00 Room A-1-03
Exam: Second Term: 18.02.2027
— 10:00 – 12:00 , Room A-1-03
Lectures Videos
:
Watch here
Labs (Mondays 10:00, G-1-08)
[12.10.2026]
[SBK]
Introduction to working environment, basics of data manipulation and visualization and bias identification
[19.10.2026]
[SBK]
Inherently interpretable models
[26.10.2026]
[SBK]
Inherently interpretable models II
[09.11.2026]
[SBK]
Global model-agnostic approaches I
[16.11.2026]
[SBK]
Local model-agnostic approaches I
[23.11.2026]
[SBK]
Local model-agnostic approaches II
[30.11.2026]
Test I
[30.11.2026]
[SBK]
Programming Assignment -- start
[07.12.2026]
[SBK]
Counterfactual explanations
[14.12.2026]
[MTM]
Evaluation of XAI methods
[21.12.2026]
[BMK]
Explainability in DNN
[11.01.2027]
[SBK]
Programming Assignment -- end
[18.01.2027]
Test II
[18.01.2027]
[SBK] Projects presentations/discussion
Grading rules
100 EXP is 100% of the total points (MAX) from the lab. This consists of:
2×25 EXP - two tests, covering material from the laboratories and lecture
50 EXP - mini project assignment
The above result may be increased by any “pluses” for activity during classes (1 plus = 1 EXP)
Advantages are taken into account only when passing the exam within the basic deadline.
All laboratory projects must be submitted on time
You must obtain at least 60% of points in all tests. In total, meaning (T1_score+T2_score)/(50) should be greater or equal to 0.6).
Two unexcused absences are allowed.
Each subsequent absence results in a deduction of 10 EXP.
Min 50% of presence at laboratories is required
You need to pass the laboratories to take the exam.
Grading scale:
>= 90 EXP – bdb
>= 80 EXP – db+
>= 70 EXP – db
>= 60 EXP – dst+
>= 50 EXP – dst
< 50 EXP – ndst
References
Interpretable Machine Learning