Cyber-Physical Systems Engineering for Industry
University of Palermo Campus, Italy
Cyber-Physical Systems Engineering for Industry
University of Palermo
Automation Engineering / Cyber-Physical Systems
Program Overview: Cyber-Physical Systems Engineering for Industry
The Master's Degree in Cyber-Physical Systems Engineering for Industry at the University of Palermo belongs to class LM-25 (Automation Engineering) and is designed to train professionals capable of designing, controlling, and managing complex processes and systems in industrial and information engineering. The program builds upon foundational knowledge from Bachelor's degrees in Cybernetic Engineering, Information Engineering (L-8), or Industrial Engineering (L-9).
This multidisciplinary program offers a strong focus on the automation sector, enriched by transversal knowledge of industrial and information engineering. Students acquire specialized preparation in process engineering, management and control of complex systems across industrial automation, robotics, mechatronics, and the smart factory paradigm known as Industry 4.0.
The curriculum also explores key information engineering themes of high industrial relevance, including data analysis, filtering and classification, Machine Learning and Deep Learning algorithms, as well as Cybersecurity and Cloud security. Extensive laboratory activities, including work with Additive Manufacturing and Augmented Reality technologies, complement the theoretical coursework.
Key Program Highlights
- Multidisciplinary training spanning automation, robotics, mechatronics, and Industry 4.0 smart factory technologies
- Hands-on laboratory work in Additive Manufacturing, Augmented Reality, and advanced visualization techniques
- Integration of Machine Learning, Deep Learning, Cybersecurity, and Cloud security into the industrial engineering curriculum
- Strong employment outcomes with graduates finding work quickly at salary levels above the engineering average, according to AlmaLaurea data
Curriculum & Modules
The Cyber-Physical Systems Engineering for Industry program delivers a comprehensive curriculum combining automation engineering fundamentals with advanced industrial and information engineering topics. Each module carries 6 ECTS credits and includes significant laboratory components to ensure practical, hands-on learning alongside theoretical foundations.
Digital Control
6 ECTSCovers the principles and techniques of digital control systems, including discrete-time control theory, digital controller design, and implementation strategies for industrial automation applications.
Electronics for Industrial IoT
6 ECTSFocuses on electronic systems and embedded sensors used in Industrial Internet of Things environments, including sensor networks, data acquisition systems, and smart device integration for industrial processes.
Industrial Electrical Drives
6 ECTSExamines the design, analysis, and control of electrical drive systems used in industrial settings, covering converters, electrical machines, and drive control strategies for automation applications.
Quality Control
6 ECTSProvides methodologies and tools for quality management in industrial production, including statistical process control, quality assurance techniques, and continuous improvement frameworks for manufacturing systems.
Supply Chain Management in Industry 4.0
6 ECTSAddresses modern supply chain management principles within the Industry 4.0 framework, covering logistics optimization, digital supply networks, and the integration of cyber-physical systems in production and distribution.
Robotics and Mechatronics
6 ECTSCovers the fundamentals of industrial and mobile robotics, mechatronic system design, robotic architectures, and control algorithms for automated platforms used in modern manufacturing environments.
Elective Modules
Admission Requirements
Admission to the Cyber-Physical Systems Engineering for Industry program is open to graduates holding a Bachelor's degree in relevant engineering disciplines. Candidates from Information Engineering (class L-8) and Industrial Engineering (class L-9) backgrounds are particularly well-suited. All applications are processed through Uni4Edu, your single point of contact for guidance and enrollment support.
Academic Requirements
- Degree RequirementBachelor's degree (or equivalent) in Engineering, preferably in Cybernetic, Information (L-8), or Industrial Engineering (L-9)
- Academic BackgroundSolid foundation in mathematics, physics, and core engineering disciplines
- Minimum Credits180 ECTS or equivalent from a recognized institution
- Curriculum RequirementsSpecific course requirements in automation, control systems, or related engineering fields as determined by the program
- Access TypeFree access (no entrance exam required), subject to curriculum evaluation
Language Requirements
- English ProficiencyB2 level or equivalent (IELTS, TOEFL, or Cambridge certificate accepted)
- Italian ProficiencyKnowledge of Italian may be beneficial but is not mandatory for English-taught modules
- Language CertificationContact Uni4Edu for the most current accepted language certifications and minimum scores
Required Documents
For personalized admission guidance, document verification, and application support, please contact Uni4Edu
Scholarships & Funding
The University of Palermo and the Sicilian regional government offer several funding opportunities to support both Italian and international students. Uni4Edu can help you identify and apply for scholarships that match your profile and financial needs.
ERSU Palermo Regional Scholarship
Need-based scholarships administered by the Regional Agency for the Right to University Study (ERSU) in Palermo, covering tuition fee waivers, housing support, and meal subsidies for eligible students based on income and merit criteria.
For detailed tuition fee information, please contact Uni4Edu — we will guide you through the costs and available funding options for this program.
Career Prospects
Graduates of the Cyber-Physical Systems Engineering for Industry program enjoy strong employment prospects across a wide range of industrial sectors. According to AlmaLaurea data, graduates in this field find employment quickly with average salary levels typically above those of the broader engineering panorama. The multidisciplinary training also prepares graduates for doctoral studies at national and international institutions.
Potential Job Roles
Key Employment Sectors & Employers
Rankings & Recognition
The University of Palermo (UNIPA) is a well-established public research university in Sicily with 16 Departments covering major domains of scientific and technological knowledge. It consistently features in major international university rankings and is recognized for its strong research output and regional impact.
| Subject | Ranking Body | Rank |
|---|---|---|
| Engineering & Technology | QS Subject | #251-300 |
| Automation & Control | National (CENSIS) | Contact Uni4Edu for current data |
| Computer Science & Information Systems | QS Subject | Contact Uni4Edu for current data |
| Electrical & Electronic Engineering | QS Subject | Contact Uni4Edu for current data |
How to Apply
Applying for this program is easy with Uni4Edu. Our team will guide you through every step of the process — from document preparation to final enrolment.
Contact Uni4Edu
Reach out to our team via email or phone. We will assess your profile and confirm your eligibility for this program.
Prepare Your Documents
Our advisors will provide you with a personalised checklist of required documents and help you prepare your application package.
Submit Your Application
Uni4Edu will submit your application on your behalf and keep you updated on its progress throughout the review period.
Receive Your Offer
Once accepted, we will help you understand your offer, arrange visa support if needed, and guide you through the enrolment process.
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