Description
General introduction of green building Architecture, it's importance, objective, principles, and rating. Green certified buildings and their design explanations. Their efficiencies in terms of water-saving, energy-saving, and most importantly environment saving.
By:- Ar. Babita Srivastava
About Speaker ( Ar. BABITA SRIVASTAVA )
Ar. Babita Srivastava has over 18 years of professional experience in commercial, Landscaping, high-rise residential, retail and large scale facilities in India. She has done her “Masters in Landscape Architecture” . She possesses a great knowledge of "Vaastu" and "The Green Building Design". Her dedication and experience shows in both the architectural as well as interior designing. Possessing an in-depth knowledge of workplace strategies, she plays an integral role in helping clients achieve their goals. Apart from her skills in designing, she has been teaching for many years and is a well known face for her style of teaching. Teaching is her passion and her quality of work is uncompromising. She expertise in teaching various subjects like design, building construction, landscaping and many more in architecture & interior designing in many Institutes as a visiting Lecturer.
As the Principal mentor of Sukriti Professional Academy, she ensures to deliver the best quality education to all students with their overall development. She has taken the initiative for the best quality education in this field with very precise course content via vast practical exposure.
Workshop Details
MAIN TOPICS:-
- Defining sustainability and green building architecture
- Its relation with climate and its components.
- Design of building with respect to sun and wind for different climatic zones of India.
- Its economic, environmental, social and physical benefits.
- LEED and GRIHA Certification criteria.
- Various techniques used in different buildings to achieve it.
SUSTAINABILITY
Sustainability is the goal of sustainable development and can Result from the application of the concept of sustainable Development.
GREEN BUILDING
It refers to both a structure and the application of process that are environmentally responsible of processes that are throughout a building’s life cycle.
ITS RELATION WITH CLIMATE AND ITS COMPONENTS.
Environmental sustainability is accomplished by reducing the impact of human activities on the natural systems that support the community. A major component of protecting the environment is the wise utilization of land.
The links between climate change and sustainable development are strong. Poor and developing countries, particularly least developed countries, will be among those most adversely affected and least able to cope with the anticipated shocks to their social, economic and natural systems.
DESIGN OF BUILDING WITH RESPECT TO SUN AND WIND FOR DIFFERENT CLIMATIC ZONES OF INDIA
Climate in India is home to an extraordinary variety of climatic regions, ranging from tropical in the south to temperate and alpine in the Himalayan north, where elevated regions receive sustained winter snowfall. The nation's climate is strongly influenced by the Himalayas and the Thar Desert.
ITS ECONOMIC, ENVIRONMENTAL, SOCIAL AND PHYSICAL BENEFITS
Many social and economic factors influence whether a community and its residents can thrive. For example, enduring residential segregation, the accessibility of early childhood education, and the availability of quality, affordable housing all have a demonstrated impact on both individual and community health.
LEED and GRIHA Certification criteria
Green Rating for Integrated Habitat Assessment (GRIHA) is India’s own rating system jointly developed by TERI and the Ministry of New and Renewable Energy, Government of India.
GRIHA rating system consists of 34 criteria categorized in four different sections. Some of them are:-
(1) Site selection and site planning,
(2) Conservation and efficient utilization of resources,
(3) Building operation and maintenance, &
(4) Innovation.
VARIOUS TECHNIQUES USED IN DIFFERENT BUILDINGS TO ACHIEVE IT
(1) Site selection
(2) Low-impact design
(3) Design to mitigate UHIE (Urban Heat Island Effect)
(4) Site imperviousness factor
(5) Air and water pollution control etc.
Payment Details
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