Person
GARGANTINI Angelo Michele
Presidente di Consiglio di corso di studio
Professori Ordinari
Course Catalogue:
Communications
Attachment (CV)
CV_short_en_feb26.pdf (CV in English)
Curriculum Vitae
Current position
- Full professor at the University of Bergamo, Feb 2021 - present
Education
- PhD in Computer Science at the University of Catania, 2006
- PhD in Computer Science Engineering at the Politecnico of Milan, 2000
- Master in Electronic Engineering at the Politecnico of Milan, 1994
Research Interests
Formal methods for Software Engineering, especially specification, design, validation, verification, and testing of real-time and reactive systems. Model based testing, especially combinatorial interaction testing and logic testing. Dr. Gargantini's major contributions are:
• The use of model checkers for test generation. The paper with Connie Heitmeyer has more than 500 citations. It pioneered the use of verification techniques for test generation.
• In general, the use of verification techniques for test generation and validation. In particular, Dr. Gargantini has investigated the combinatorial interaction testing in the presence of constraints and the fault detection in Boolean expressions.
• Use of model driven engineering (MDE) applied to formal methods. Together with the team of the University of Milan, he has developed a tool set for the Abstract State Machines.
• Use of formal methods for the specification, formal and runtime verification, and validation of critical systems.
- Full professor at the University of Bergamo, Feb 2021 - present
Education
- PhD in Computer Science at the University of Catania, 2006
- PhD in Computer Science Engineering at the Politecnico of Milan, 2000
- Master in Electronic Engineering at the Politecnico of Milan, 1994
Research Interests
Formal methods for Software Engineering, especially specification, design, validation, verification, and testing of real-time and reactive systems. Model based testing, especially combinatorial interaction testing and logic testing. Dr. Gargantini's major contributions are:
• The use of model checkers for test generation. The paper with Connie Heitmeyer has more than 500 citations. It pioneered the use of verification techniques for test generation.
• In general, the use of verification techniques for test generation and validation. In particular, Dr. Gargantini has investigated the combinatorial interaction testing in the presence of constraints and the fault detection in Boolean expressions.
• Use of model driven engineering (MDE) applied to formal methods. Together with the team of the University of Milan, he has developed a tool set for the Abstract State Machines.
• Use of formal methods for the specification, formal and runtime verification, and validation of critical systems.
Other research activities
SAFEST: Trust assurance of Digital Twins for medical cyber-physical systems
RN_PRIN Progetti PRIN
Project
Scientific Manager
2023
24 months
No Results Found
Publications (221)
Courses (3)
ARTIFICIAL INTELLIGENCE IN HEALTHCARE - H4102D066
Annuale (01/10/2025 - 06/06/2026)
- 2025
Single Cycle Master Degree 6 years
SSD NN, 1 CFU, 10 hours
SSD NN, 1 CFU, 10 hours
SOFTWARE ENGINEERING - 21034 (Draft)
Primo Semestre (15/09/2025 - 20/12/2025)
- 2025
Bachelor's Degree
SSD ING-INF/05, 9 CFU, 72 hours
SSD ING-INF/05, 9 CFU, 72 hours
SOFTWARE TESTING AND CHECK - 21056
Secondo Semestre (23/02/2026 - 06/06/2026)
- 2025
Master's Degree
SSD ING-INF/05, 6 CFU, 48 hours
SSD ING-INF/05, 6 CFU, 48 hours
No Results Found