Foundation Course: Green Building Management
Milan, Italy
DURATION
4 Weeks
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
Request application deadline *
EARLIEST START DATE
Request earliest startdate
TUITION FEES
EUR 1,000 / per course
STUDY FORMAT
Distance Learning
* Final deadline. We invite applicants to apply as soon as they are ready to submit the requested documents, as applications are processed on a first-come, first-served basis
Scholarships
Explore scholarship opportunities to help fund your studies
Introduction
An SOS-certified course for those who want to acquire the necessary practical skills to becoming Green Buildings consultants in the fields of architecture and engineering. By successfully completing this course, you are eligible for becoming a Green Building Manager (Basic Level).
- Duration: 4 weeks, 2 units/week
- Cost: 1000 euro
Gallery
Admissions
Curriculum
Module Introduction
Municipalities, city planners, architects, engineers, and contractors have to tackle the emerging challenges related to the increase in population and the growth of cities. The creation of resilient, ecological, and regenerative solutions for urban environments requires investments in knowledge, education, and interdisciplinary collaboration across the building sector. In order to mitigate the consequences of climate change and to reduce CO2 emissions in the construction sector, there is a rising need for professional figures able to address energy efficiency, climate-neutral design approaches, and circular economy. The lead will be taken by those professionals who are trained to manage net-zero energy housing, adaptive building systems, and positive energy districts in the framework of a new regenerative approach, therefore contributing to the transition to the post-carbon era. A key role in that transition will be played by Green Buildings Managers.
Existing buildings and infrastructures are great assets of the urban built environment, and their regeneration is pivotal for the achievement of Sustainable Development. Urban mining, recycling, and re-use of construction materials will become the most suitable solution for the building industry in the framework of smart resource management. These changes will require not only a new mindset but also advanced practices for re-defining the value chain of buildings in the forecast of a significant reduction of carbon footprint.
Module Focus
The module goal is to provide an understanding of the principles, strategies, and tools for the enforcement of green and sustainable buildings, from design stages to construction and operations. It introduces a wide range of topics including principles and historical development of passive house design their international development. It covers green building certifications such as BREEAM, LEED, WELL and Passivhaus, and provides an understanding of the role played by BIM in creating design constructs that can be carried on in collaboration with other professionals. It addresses innovation in the building industry, the transition to digital, and introduces the impact of advanced mobility strategies for the creation of more efficient urban districts.
The Structure
| Introduction to Green Buildings It provides an overview of the background and of the strategies to enforce a green building project within your organization. In particular, the Architecture of Green Buildings and active house design, principles and historical development of passive house design, international development of passive houses. It also addresses model green building policy and guidelines including principles of sustainability and of passive solar design. It also provides tools for the construction of a green building team, and for measuring the impact on society of the building industry, with an overview of its key stakeholders. | Introduction to Energy It provides a panoramic view of Energy Management and its relevance to society at large. It addresses the evaluation, operation, and maintenance of energy systems in buildings with a focus on residential and small commercial units and introduces concepts of alternative and renewable energy sources that allow for efficiency, cost reduction, and mitigation of the impact on the environment. |
| Sustainable Buildings 1 Unit - 3 Hours Lecture + Seminar It provides a general overview of Energy Efficient Buildings with a focus on residential and small commercial units. Specific topics include energy basics, energy use in buildings, heat transfer concepts, building thermal analysis, bioclimatic design, advanced MEP strategies, and other important building energy-efficient issues. | Green Building certifications 1 Unit - 3 Hours Lecture + Seminar It presents a general overview of Green Building certifications with an emphasis on residential and small commercial buildings. Specific topics to be covered include BREEAM, LEED, WELL, and Passivhaus. |
| Building Information Modelling 1 Unit - 3 Hours Lecture + Seminar It presents a general overview of Building Information Modelling across modeling, documentation, and visualization that allow the creation of design constructs that can be carried on in collaboration with other professionals. A fast-emerging design standard for architecture and construction modeling, BIM is addressed as a tool for integrating project data across a broad array of construction documents. | Sustainable Materials and Processes 1 Unit - 3 Hours Lecture + Seminar It offers a wide panoramic of the impact that building materials can have on human health. It challenges professionals to question themselves about the materials they specify and offers suggestions for how they can address these issues in their workplace. Introduces the relationships between building materials, toxicity, human health, and environmental exposures, and shows how to integrate these issues within the greater context of building materials and environmental health. |
| Design for Disassembly 1 Unit - 3 Hours Lecture + Seminar It presents a general overview of principles and design methodologies that facilitate the transition of the building industry towards circular models. Materials registry, embedded CO2, and Life Cycle Assessment will be the core of a survey on best practices that encompass urban mining, recycling, and re-use of construction materials as the most suitable solution for the building industry in the framework of smart resource management. | Water and Waste Management 1 Unit - 3 Hours Lecture + Seminar It presents a general overview of the exploitation of renewable energy sources and techniques for water and waste management. It addresses logistics, technology, and economics of water and waste management including best practices. It also addresses legal issues and the opportunities and benefits of public participation, while developing the fundamental skills for sustainable and climate-driven management of urban water and waste resources. |
Program Tuition Fee
English Language Requirements
Certify your English proficiency with PTE. The faster, fairer, simpler English test, accepted by thousands of universities around the world. PTE, Do it worry-free!
Program Admission Requirements
Show your commitment and readiness for Grad school by taking the GRE - the most broadly accepted exam for graduate programs internationally.
About the School
Questions
Similar Courses
Micro-Course in Smart Urban Green Infrastructure
- Helsinki, Finland