SAFETY IN BUILDING CONSTRUCTION

Course objectives

SITE ORGANISATION AND SAFETYThis course aims at training Site Supervisors, Clerks of Works and Construction Safety Coordinators, with a social focus on site works. Therefore, it covers the following topics, in both theory and practice:- Roles and procedures in the construction process. Involving the identification of a representation of building process sets, describing the various roles involved (client, design team, contractor, etc.) and their nature, the skills each role must possess, the relations and procedures, regulatory, technical and customary. Lastly, the various phases for a public work are presented.- Site set-up, use of machines and personal protective equipment. With a special focus on health and safety at work, the problems related to the site layout and logistics are presented and examined, how to operate the machines and construction equipment, the scaffolding and temporary works, site plant, site WCs and facilities for the construction workers, safety signage, personal/collective protective equipment. In this stage, the exercises are related to the development of the site through the various stages of the development of the works.- Analytical techniques for managing the construction process. Includes the decision-making situations typical of construction management, primarily referring to the analytical formalisations of the Operating Research and the ISO 9000 standard; in particular, the course covers topics such as the Pert work scheduling techniques and the methods employed for optimising the resources. Therefore, the course also aims to provide skills and techniques for designing and managing construction site safety. The type of topics and their strong focus on application enable students to achieve one of the necessary requirements for performing the tasks of health and safety coordinator, in both the design and construction phases.

Channel 1
ANTONIO DI MURO Lecturers' profile
FRANCESCO LIVIO ROSSINI Lecturers' profile

Program - Frequency - Exams

Course program
Basic legislation on occupational health and safety; European regulations and their relevance; Standards of good practice and product directives; The Consolidated Act on Health and Safety in the Workplace (D.Lgs. 81/08); Key actors in the Corporate Prevention System: roles, duties, civil and criminal liabilities; Methodologies for identifying, analyzing, and assessing risks; Organizational and management systems for construction process control; The Deming Cycle and the application of lean techniques; Certification procedures in the construction sector; Specific legislation on health and safety in temporary or mobile construction sites; Title IV of the Consolidated Act on Health and Safety in the Workplace; Roles involved in project execution: responsibilities, duties, and liabilities; Risks related to manual handling of loads and evaluation methods; Physical risks: microclimate, lighting, and chemical exposure; Asbestos-related risks; Noise and vibration: regulatory and practical aspects; Personal protective equipment (PPE) and safety signage; Fire risk in construction sites: general principles, risk assessment, and safety measures;
Prerequisites
Attendance in the course does not require an entrance aptitude test; however, prior knowledge is essential to effectively engage with both the theoretical content and practical applications needed for the final test. While no formal curricular prerequisites are established, students are expected to possess basic competencies in the following areas: a) Physics, Mathematics, and Statistics: to ensure full comprehension of the scientific models employed in interpreting construction site dynamics; b) Technology of Architecture: to facilitate immediate connections between design processes and construction execution; c) Administrative Law: To navigate key legislative frameworks such as Presidential Decree 380/2001 and the structure of Legislative Decree 81/08 and subsequent amendments; d) Technical Drawing and CAD: Including familiarity with Building Information Modeling (BIM) methodologies; e) Word Processing and Spreadsheet Software: specifically, is required an intermediate skill in the Microsoft or Google suites provided by the University, including G-docs/Microsoft Word and G-sheet/Microsoft Excel.
Books
Di Muro A, Simonetti A (2018) Repertorio di piani di sicurezza e coordinamento, EPC Editore, p.400; Ambrosio S, Di Ciaccio D, Rossini F L (2020) Building Information Modelling, EPC Editore, p. 112;
Frequency
Attendance is not mandatory for admission to the final examination or for the acquisition of course credits (CFU); however, participation for a minimum of 120 hours is required in order to obtain the certificate recognized under the State-Regions Agreement for the role of Safety Coordinator during both the design and execution phases of construction works.
Exam mode
The exam evaluation will consist of an oral test, preceded by an iterative review of the practical exercises completed during class (e.g., PSC, POS, FO and similar documentation). The evaluation will be based on three questions, each evaluated with a max. of 10 points. The scoring will be distributed according to the following criteria: a) Knowledge of the relevant regulatory framework: minimum 1 point, maximum 4 points; b) Clarity and effectiveness of oral communication: minimum 1 point, maximum 3 points; c) Ability to contextualize and apply regulatory principles through practical examples: minimum 1 point, maximum 3 points.
Lesson mode
The course includes two weekly lectures, primarily focused on theoretical content related to regulations governing safety management on construction sites. Given that the course is held in collaboration with the Order of Engineers of Rome and its province, the structured teaching is complemented by contributions from selected professionals and representatives of public and private institutions. Within the course framework, practical activities are also scheduled, such as the drafting of Safety and Coordination Plans (PSC), simulations of the role and responsibilities of the Safety Coordinator on a construction site, and the application of BIM methodologies for simulating site development.
  • Lesson code1031662
  • Academic year2025/2026
  • CourseProject Management in Building Construction
  • CurriculumSingle curriculum
  • Year3rd year
  • Semester1st semester
  • SSDICAR/12
  • CFU10