Organizzazione del Cantiere (EA)
KNOWLEDGE AND UNDERSTANDING:
The course explores the architectural design in relation to the technologies that can be adopted on construction sites; the methods and tools for the design and programming of construction sites, that will be relative to new construction, recovery and restoration; machines and equipment; safety issues and prevention of injuries and fatalities. CAPACITY TO APPLY KNOWLEDGE AND UNDERSTANDING:
All the technical issues will be practiced within tutorials and practical exercises relative to the organization and planning of construction sites relative to a multi-storey building.TRANSVERSAL SKILLS:
Students will be able to make decisions about complex situations, where concurrent targets involving cost, time, safety and other issues must be balanced. They will be able to effectively search technical documents (e.g. ISO, EN specifications) and can manage autonomously documents pertaining site programing and organization.
ectures (60 hours):
Introduction to Construction Management: Key Concepts, organizational structure for the construction, the process for works execution, the regulatory framework of the construction works, acts and duties of the site engineer and site manager. interactions and mapping of processes.
Development of the construction plan: analysis of the project information structure, definition of execution contexts, development of the WBS, analysis of technical, operational and economic interrelationships during all phases of construction. Techniques of construction quality management: Definition of performance specifications, defining the structure of the quality checks. Planning of construction time: Defining the scheduling of activities, defining the structure of the feed controls. Techniques of construction cost management: Structure of the construction costs, cost analysis and allocation. Techniques of construction risk management: identification, qualitative and quantitative analysis of the risks. Communication Management with Building Information Modeling: Introduction to BIM, key concepts for the management of the construction information system, the multi-dimensional structure of BIM data, key applications for modeling, organizing workset, the use of on field BIM information system.
Classroom practice (30 hours):
Application of methodologies and techniques of BIM modeling to a case of construction management for building construction.
Development of the examination
LEARNING EVALUATION METHODS
Oral examination. The students are required to carry out analysis and technical insights arising from the annual theme of exercise.
LEARNING EVALUATION CRITERIA
Evaluation of the student's autonomous ability to apply methodologies and analysis models and technical management of the projects presented during the lessons of the course.
LEARNING MEASUREMENT CRITERIA
Learning is measured by assessing the methodological correctness and adequacy of the analysis and modeling techniques developed during the examination session.
FINAL MARK ALLOCATION CRITERIA
The highest rating is awarded to students who demonstrate mastery of methodologies and modeling techniques presented in the lectures of the course getting complete and technically correct results while the minimum rating is assigned to students who apply with sufficient control the methodologies explained obtaining acceptable methodological consistency but incomplete results.
Teaching materials are provided by the professor during the course
- Ingegneria Edile-Architettura (Corso di Laurea Magistrale con Riconoscimento Europeo (DM 270/04))