Master in Engineering for Safety of Critical Industrial and Civil Infrastructures
DURATION
2 Years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
Request application deadline *
EARLIEST START DATE
Request earliest startdate
TUITION FEES
EUR 1,300 / per year **
STUDY FORMAT
On-Campus
* the call for application will open in March 2024
** tuition fees €1000; additional costs: €300. Contact us for scholarships info
Key Summary
Introduction
The Master's degree program in engineering for the safety of critical industrial and civil infrastructures aims to meet the growing demand for professionals skilled in safety and resilience, in response to emerging technological and environmental challenges. The program is offered in both Italian and English and is part of an inter-university collaboration between the University of Salento and the Polytechnic of Bari. Courses train engineers with specific knowledge and skills for an interdisciplinary and systemic approach to industrial and civil infrastructure design and management. A deal of attention is paid to life--, economic and environmental design and management methods, with the support of up-to-date digital technology for data analysis.
Quantitative risk assessment models for both natural and anthropogenic risk are addressed, alongside strategies, technologies, and tools for risk prevention and management. Such subjects allow for defining comprehensive methods aimed at critical infrastructures’ resilience enhancement. Practical experience is also integrated into the curriculum, through cooperation with companies and institutions, to align education with industry needs.
Type of degree obtained
Master’s degree in safety engineering (LM26-Italian D.M. 270/04)
Other information
Additional details on topics, fundamental knowledge required, and teaching/assessment methods are provided in specific course cards
Admissions
Curriculum
Civil Infrastructures
1st Year
- Assessment of Geotechnical Risks (ICAR/07)
- Data Engineering and Security for Cyber-Physical Systems (ING-INF/05)
- Enterprise Risk Assessment and Management Mod. A C.I.
- Enterprise Risk Assessment and Management Mod. B C.I.
- Measurements and Sensors for Infrastructures (ING-INF/07)
- Risk Laws and Regulation, Precautionary Measures, Liability and Responsibility Mod. A C.I.
- Risk Laws and Regulation, Precautionary Measures, Liability and Responsibility Mod. B C.I.
- Safety Engineering (ING-IND/17)
- Structural Modeling for Safety Engineering (ICAR/08)
- Structural Safety and Resilience of Industrial and Civil Infrastructures (ICAR/09)
2nd Year
- Climate Resilient Hydraulic Infrastructures (ICAR/02)
- Final Exam (PROFIN_S)
- Geomatics Survey Techniques for Infrastructure Risk Assessment and Monitoring (ICAR/06)
- Internship (NN)
- Planning for Prevention (ICAR/20)
- Resilience of Critical Infrastructures C.I.
- Resilience of Materials and Safety of Infrastructures C.I.
Civil and Industrial Constructions
1st Year
- Law and Regulatory Aspects of Safety - A
- Law and Regulatory Aspects of Safety - B
- Safety Risk Management (ING-IND/35)
- Informatics and Data-Driven Artificial Intelligence (ING-INF/05)
- Mechanics of Materials for Safety, Structural Safety, and Reliability
- Industrial Plant Safety (ING-IND/17)
- Design of HVAC and Fire Protection Systems, and Safety of Machines
2nd Year
- Energy Network Management (ING-IND/10)
- Mechanics of Structures and Structural Safety under Earthquakes
- Mod. A: Security of Energy Infrastructures C.I.
- Mod. B: Security of Energy Infrastructures C.I.
- Final Exam (PROFIN_S)
- Training Period (NN)
Industrial Engineering Systems
1st Year
- Data Engineering and Security for Cyber-Physical Systems (ING-INF/05)
- Dynamics and Stability of Mechanical Systems (ING-IND/13)
- Enterprise Risk Assessment and Management Mod. A C.I.
- Enterprise Risk Assessment and Management Mod. B C.I.
- Risk Laws and Regulation, Precautionary Measures, Liability and Responsibility Mod. A C.I.
- Risk Laws and Regulation, Precautionary Measures, Liability and Responsibility Mod. B C.I.
- Safety Engineering (ING-IND/17)
- Safety of Electrical Systems (ING-IND/31)
- Structural Safety and Resilience of Industrial and Civil Infrastructures (ICAR/09)
2nd Year
- Final Exam (PROFIN_S)
- Industrial Production Principles (ING-IND/16)
- Internship (NN)
- Resilience of Critical Infrastructures C.I.
- Resilience of Materials and Safety of Infrastructures C.I.
- Safety and Resilience of Industrial Components and Structures (ING-IND/14)
- Security and Resilience of Telecommunication Networks (ING-INF/03)
- Security of Cyber-Physical Systems (ING-INF/05)
Safety of Infrastructures and Heritage Constructions
1st Year
- Law and Regulatory Aspects of Safety - A
- Law and Regulatory Aspects of Safety - B
- Safety and Risk Management in Industrial Settings (ING-IND/35)
- Informatics and Data-Driven Approaches in Artificial Intelligence (ING-INF/05)
- Historical-Critical Design for Built Heritage Reuse and Securing Heritage Assets
- Industrial Plant Safety Management (ING-IND/17)
2nd Year
- Mechanics of Structures: Structural Safety under Earthquake Loads
- Module A: Security of Energy Infrastructures | Module B: Security of Energy Infrastructures
- Final Exam (PROFIN_S)
- Construction Techniques for Securing and Reusing Heritage Assets (ICAR/12)
- Training Period (NN)
Program Tuition Fee
Career Opportunities
Graduates will develop skills in safety management and risk assessment and mitigation in the field of industrial and civil engineering. By effectively integrating knowledge in complex systems design/monitoring and digital technologies for data analysis, a wide plethora of career opportunities will be available.
English Language Requirements
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Program Admission Requirements
Demonstrate your commitment and readiness to succeed in business school by taking the GMAT exam – the most widely used exam for admissions that measures your critical thinking and reasoning skills.
Download the GMAT mini quiz to get a flavour of the questions you’ll find in the exam.