Scientific direction
Prof. Roberto Guida
Full Professor of Economics of Financial Intermediaries - Università Campus Bio-Medico di Roma.
Purpose
The University Specialization Course in "IoT Process Engineer" is part of the Innovation & Sustainability (I&S) Project, promoted byUniversità Campus Bio-Medico di Roma in partnership with Marzotto Venture Accelerator.
Educational objectives
The Course is focused on the development of advanced technical knowledge and skills in the IoT field: sensors, systems, cloud infrastructures, communication and data management technologies, configuration, monitoring and management of IoT infrastructures.
In particular, the topics of development of IoT devices and platforms, management and security of IoT architectures and systems, generation, processing and management of data in IoT systems, development and optimization for embedded systems and for Industrial IoT and Industry 4.0 will be explored in detail.
The path combines technical-specialist skills with the learning of the transversal and behavioral skills (soft skills) of problem solving, creative intuition and time management necessary for the role of IoT Process Engineer.
Recipients and admission requirements
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The course is aimed at:
- Specialists and professionals of IoT systems within the Public Administration and small, medium and large industrial companies.
- Those who are interested in taking on the role of IoT Process Engineer or already hold this role and wish to strengthen and update their skills with the latest technological developments.
- Specialists who operate in the field of consultancy and outsourced management of Industry 4.0 services and systems who want to delve deeper into the evolution of IoT technologies.
Below are the requirements to participate:
- Bachelor's degree (at least three years) in computer science.
- Knowledge of the main IoT technologies and solutions and knowledge of Networking.
Participation in the course is incompatible with enrollment in other university study courses, namely: Bachelor's degree, Master's degree, Specialization course, Research Doctorate, active training internship (TFA) and other university Master's.
Method of admission
To submit your application to the course, simply fill in the application for admission, sign it and send it to the email address [email protected]
Course structure
The course is structured in 6 modules, each lasting 2 days.
The teaching structure of the course is given below:
| MODULE | DESCRIPTION | ECTS |
| MANAGEMENT AND SECURITY OF ARCHITECTURES AND IOT SYSTEMS | MANAGEMENT AND SECURITY OF ARCHITECTURES AND IOT SYSTEMS The module deals with the problem of information security related to IoT systems, describing the main vulnerabilities that these systems can present globally and the main methods of prevention and containment from attacks, going as far as the most innovative approaches currently available. | 2 |
| DEVELOPMENT ON IOT DEVICES AND PLATFORMS | The module prepares you for the development of IoT systems and platforms. In particular, the course addresses the problem of on-device development, starting from the problems of multiple translation, on-device orchestration of multiple actions, up to addressing the problems of communication and orchestration of multiple devices within distributed data collection logics. . The module includes development sessions and tests aimed at strengthening and verifying the learning transmitted. | 2 |
| DATA GENERATION, PROCESSING AND MANAGEMENT IN IOT SYSTEMS | The module trains on models and solutions for the configuration and management of IoT devices, on the entire data generation, processing and distribution chain. Through reference models, case studies and concrete problems, the various phases are addressed, from the analysis of the physical characteristics of the data generated by transduction to the representation and management policies, up to those of centralized or distributed processing. | 2 |
| DEVELOPMENT AND OPTIMIZATION FOR EMBEDDED SYSTEMS | The module transfers the fundamental skills to be able to approach and deepen the programming of embedded systems. The module retraces all the phases of development on embedded systems through concrete examples and according to a by-example logic. The learner is accompanied in the configuration of the development toolchain up to the design and optimization of the software on the reference hardware of the Course. | 2 |
| INDUSTRIAL IOT AND INDUSTRY 4.0 | The module addresses the problem of designing and characterizing industrial IoT applications. In particular, the problem of requirements in the industrial field and the main solutions that make it possible to satisfy them are addressed. The module also addresses the problem of purely industrial communication standards and the new standards created to facilitate integration with IoT systems. Case studies and the solutions adopted in them are discussed in the module. | 2 |
| EXPERT SOFT SKILLS LAB | The module will allow the learner to acquire skills regarding: - Recognize and use your own mental, physical and emotional energy. - Emotional intelligence according to the Six Seconds model. - Recognize your own patterns to develop creative skills. - Empathic listening and relational effectiveness. - Teamwork: from individual performance to team performance. | 2 |
| PROJECT WORK | Preparation and presentation of the project work at the end of the course. | 3 |
| TOTAL CFUs | 15 |
Teaching methodology
The Course will be delivered in Phygital mode which combines the online and offline worlds trying to take the best aspects of each to create a more complete and satisfying customer experience.
Title issued and certification
Students who complete the Course with the discussion of the final Project Work and who comply with the administrative requirements will be awarded the title of Specialization in "IoT Process Engineer" to which 15 CFU are attributed.
Those who do not discuss the final Project Work will be issued a certificate of participation in the Executive Course in "IoT Process Engineer".
Duration, start date and location
The course will last 2 months. The start date is the 2 December 2022.
The lessons will take place at the following locations:
- Università Campus Bio-Medico di Roma
- Rome Innovation Hub
Registration fee
The participation fee for the course is €4.800,00.
The subsidized participation fee dedicated to PA employees is €3.360,00.
The details for making the payment are given below:
Holder of the Campus Bio-Medico University of Rome
Banca Intesa Sanpaolo
IBAN IT32Q0306905020100000077054
Description Surname Name – IoT Process Engineer course
Faculty
The teaching activity will be provided by teachers of theUniversità Campus Bio-Medico di Roma and by sector experts and professionals made available by the partner companies of the Innovation & Sustainability Project - big players in innovation and leading companies in the sectors of new enabling technologies.