The Master's degree program in Civil Engineering in Building Construction enables a complete university education in the field of civil engineering with a focus on building construction. In addition to extensive, in-depth training in building construction, students are offered elective subjects (two elective subject groups).

The master study programme Civil Engineering - Building and Industry Construction lasts 1.5 years. It is focused on designing and realization of building constructions (residential buildings, civic amenities buildings, industrial buildings and agricultural buildings). The graduate gains employment in design organizations and in the construction of buildings.

Civil engineers are experts in buildings - from planning to construction, from renovation to demolition. They plan, construct, monitor, they take on managerial and coordinating roles within construction teams and they learn to evaluate their designs and constructions mathematically using the latest technologies - both in the areas of safety and functionality as well as in terms of costs. With the help of building physics knowledge and knowledge in the field of building technology and building automation, civil engineers optimize new and existing building structures.

Master in Integrated Design in Building Construction, is a postgraduate course with a duration of 2 Years/4 semesters (120 ECTS), essentially directed at students already graduated - and, even, professional activity - in the areas of Civil Engineering and Architecture, which aims to recreate, within the framework of a specialized academic training, the most efficient model of multidisciplinary development of building projects, referred as IPD Integrated Project Delivery.

BCE is a three-year Bachelor's program, entirely delivered in English, focused on the Building itself, which aims to train engineers with wide-ranging international professional experience. Students are provided with the technical and scientific skills characteristic of the Construction Engineer professional. These skills and abilities will allow you to be easily employed. Read more to find information on how to apply to this programme.

By Joining the Master's Degree Programme in Building Engineering with Passion and Perseverance, You Will Build a Future Full of Opportunities in Different Professional Fields of The Construction Industry. As a building engineer, you will be aware of the complexity of the building system (at both subsystem and environmental level) and you will be able to develop projects in the construction sector.

BIM stands for Building Information Modelling and is a leading player in the construction industry. Modern design, construction, production, and operating and maintenance technologies are based on BIM concepts. In essence, it means that the entire construction project and its separate components develop in the context of a spatial information model of a single or associated building.

This program provides students with the technical knowledge and skill of reading and interpreting building codes. Understanding materials used to meet the demands of the codes and the documentation needed to comply with inspections taking place during construction, remodeling, or maintenance of structures. With these new skills, students will obtain entry-level employment as an inspector or an inspector’s helper in new construction, remodeling construction, or operation of an existing building.

This three-year Building Renovation Technology Advanced Diploma program will prepare students to plan, implement, and lead building and renovation projects and equip them with the skills to manage the technical and business operations related to a range of building projects in the residential and light commercial sectors of the construction industry.

This master's degree places special emphasis on acquiring a global vision of BIM processes from the beginning, preparing the student to face any present and future challenge. This master's degree aims to present and explore step by step the potential of the BIM (Building Information Modeling) methodology, aimed at the projection and construction of buildings, from the initial design stages to the creation of construction models.

The two-year Building Information Modeling - Lifecycle Management Canadian Context (BIM-LM CC), Ontario College Graduate Certificate program is designed for international students who are new to the Canadian workforce. The BIM-LM CC program is an effective way to increase your career options in the Architecture, Engineering, Construction, and Owner/Operator (AECOO) industry.

The Civil Engineering - Building Structures program is prepared as a 1.5 year master's program. It is focused on designing and implementing demanding structures of civil, industrial, engineering and transport structures. Theoretical disciplines in the field of strength and elasticity, finite element method and building dynamics are deepened.

Carpentry and Renovation Techniques is a one-year college certificate program that takes students from a building layout to the completion of a residential construction project. Students will become knowledgeable on blueprint reading, building code, and construction methods. Graduates have the option to use the techniques they learned to enter the workforce or continue with their education.

The Building Automation System Operations Ontario College Graduate Certificate program builds on your industry and educational experience and deepens your understanding of technologies that support the sustainable operation of buildings and ongoing building optimization. By working with data analysis, you gain the ability to monitor and adjust energy usage and gauge system parameters, alarms, and activities within a building. The program is designed to equip you with the knowledge and skills to advance in the building technology field.

This specializing master combines the teaching units of the specializing master "Project management in construction works" with the teaching units of the specializing master "BIM Manager". BIM (Building Information Modeling) is an increasingly important tool for the correct management of the design phase, construction sites, extraordinary maintenance works, etc., regardless of the size and complexity of the intervention in question. Knowing the digitization trends of the building sector and using them wisely, aiming at better performance and higher work quality, is becoming increasingly important for project managers in the civil and infrastructure sectors. For this reason, this specializing master will offer a greater number of teaching hours (if compared to each of the two specializing masters dedicated respectively to PM and BIM) distributed both in the first semester (November-March) and in the second semester (April-October), replacing the period of internship which is not required. Each student is going to write her / his master thesis that will be delivered to the Master School and defended in order to achieve the diploma by the Politecnico di Milano.