Course Content
Description of the Course
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Short description of the project
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Course dates including evaluation
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The aims of the course
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Organization of the work
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The main contents & topic areas in the course
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The conditions for non-residential building(s) design and area development
The Planning of buildg(s) and area
Analysis of the current situation
Work composition
Evaluation criteria
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Project submission
Team and Planning
A work plan is an outline of a set of goals and processes by which a team and/or person can accomplish those goals, and offering a better understanding of the scope of the project. Work plans help a team and/or person stay organized while working on projects. Through work plans, you break down a process into small, achievable tasks and identify the things you want to accomplish (source: https://www.wikihow.com/Write-a-Work-Plan)
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How to create an efficient team?
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How to present your team?
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What are the main parts of planning?
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How to create work plan using “SMART” objectives?
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How to prepare the time schedule of the project?
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Team and planning
The importance of sustainability in construction
Why it is so important to understand what sustainability means? After reading this part you will know the meaning of sustainability and the impact to environment which constructions sector brings today
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Sustainability – how to understand?
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Interaction between sustainability and construction
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Sustainable future
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Do I understand what sustainability in construction means?
Green Building
Green building, also known as sustainable building, refers to the design, construction, and operation of buildings that are environmentally responsible and resource-efficient throughout their entire lifecycle.
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What is green building?
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What is green building design?
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How green building reduce the environmental impact?
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What is Life Cycle Assessment?
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Passive and Active Solar Design
In this part you will find out, that: 1. Passive solar design involves using the sun's energy to heat and cool living spaces without mechanical devices. This is achieved through the use of proper orientation, insulation, windows, and thermal mass. 2. Passive cooling reduces heat in a building through natural processes such as ventilation, shading, and radiant barriers. 3. Passive solar windows are designed to increase energy efficiency by minimizing heat loss and gain. 4. The roof of a passive solar building is crucial in maximizing solar gain and energy efficiency. 5. Photovoltaic devices convert solar radiation into electricity and are a popular form of renewable energy. Solar energy is a clean and renewable energy source that generates electricity from sunlight. 6. There are three types of solar power systems: on-grid, off-grid, and hybrid. Proper mounting systems for solar panels are necessary for correct installation and positioning in any solar energy system.
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What are the basic elements of passive solar design?
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Basic elements of passive solar design
How to choose passive solar building orientation and layout?
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Passive solar building orientation and layout
What is solar water heating system?
03:12
Solar water heating system
What is passive solar cooling system?
01:34
Passive solar cooling system
How to choose windows for passive building design?
29:37
Windows for passive building design
How to choose roof for passive solar building?
10:35
Roof for passive solar building
What is solar photovoltaic (PV) systems?
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Solar photovoltaic (PV) systems
How to determine solar panel efficiency and demand?
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Solar panel efficiency and demand
What is the difference between on-grid, off-grid and hybrid solar power systems?
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On-grid, off-grid and hybrid solar power systems
What are solar panels mounting types?
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Solar panels mounting types
Energy consumption, EU Ecolabel, green building materials and durability of buildings
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How to reduce energy consumption during construction?
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Quiz 1. Energy Consumption
How to understand Eco-labels?
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Quiz 2. Eco-Labels
How to use glass wool?
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Quiz 3. Thermal insulation
How to use expanded clay lightweight concrete blocks?
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Quiz 4. Expanded clay lightweight concrete
What is durability of a buildings?
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Building engineering systems
Heating, water supply, sewage and others.
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How to choose comfort indoor microclimate conditions?
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How to design engineering systems?
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How to choose engineering systems components?
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How to balance engineering systems?
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What are building engineering systems?
Universal Design
Universal Design is the design of products and environments to be usable by all people, to the greatest extent possible, without the need for adaptation of specialized design.
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What is Universal Design?
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Conceptual Design
In the construction industry, concept design represents the design team's initial response to the client's requirements.
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What is Conceptual design?
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BIM
Information about building information modelling
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How to create a BEP document on Plannerly?
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How to perform collision checking with Solibri?
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Non-residential Building(s) and Area Development Project
About Lesson

Indoor microclimate conditions

The indoor microclimate comfort conditions and energy efficiency – the best fit for low-energy building: temperature, humidity, air circulation.

The European Standards EN15251, EN7730 and others could be used. The optimal microclimate conditions are referred in Lithuanian HN42:2009.

 

 

 

Exercise Files
Microclimate parameters.m4a
Size: 276.87 KB
Engineering systems Microclimate.pptx
Size: 253.58 KB
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