1.Ehitusfüüsika alused (EEA5012)
2.Hoonete piirdetarindid (EEA5011)
3.Niiskuskahjustuste vältimine ehituses (EEA5014)
4.Soojus- ja niiskuslevi modelleerimine (EEA5013)

Soovime pakkuda terviklikku moodulit, mis valmistab ette hoonete piirdetarindite projekteerimisele spetsialiseeruvaid spetsialiste, eelkõige arhitektid ja üldehitusliku osa projekteerijad.

Piirdetarindite projekteerimine

Microdegree

Mikrokraadid

1. Construction Economics for Decarbonisation
2. Building Carbon Footprint – Theory
3. Digital Tools for Assessing Buildings as Material Banks
4. Product Environmental Life Cycle Assessment (LCA)
5. Building Carbon Footprint – Reporting
6. Sustainable and Environmental Approaches to Modern Construction and Cost Planning
7. 2-day intensive, in-person consolidation workshop

Sustainable and Environmental Approaches to Modern Construction and Cost Planning

Jätkusuutlik ehitus ja keskkonnateadlik kuluplaneerimine

Two-day Consolidation Workshop (Built Environment Sustainability)

Kahepäevane kokkuvõttev seminar (BES)

Building Carbon Footprint – Reporting

Hoone süsinikujalajälg – aruandlus

Product Environmental Life Cycle Assessment (LCA)

Toote olelusringi hindamine (LCA)

Digital Tools for Assessing Buildings as Material Banks

Digivahendid hindamaks hooneid materjalipangana

Building Carbon Footprint – Theory

Hoone süsinikujalajälg – teooria

Construction Economics for Decarbonisation

Ehitusökonoomika dekarboniseerimise tingimustes

Built Environment Sustainability

Ehitatud keskkonna kestlikkus

Develop the skills needed to drive the sustainable renovation and decarbonisation of residential buildings. This joint 6 ECTS micro-credential, developed by TalTech and Riga Technical University (RTU), combines the expertise of two leading technical universities and provides practical knowledge in sustainable renovation, building carbon footprint assessment, BIM, and life-cycle management. Through flexible online learning and a collaborative two-day intensive in-person workshop, you will gain the knowledge and practical skills needed to make more sustainable decisions in the built environment.

Programme modules

1. Sustainable Urban Transformation and Climate Change
2. Renovation of a Typical Residential Building
3. Assessment of the Technical Condition and Service Life Prediction of a Typical Residential Building
4. Building Carbon Footprint – Theory
5. Building Carbon Footprint – Reporting
6. Smart Residential Solutions and Decarbonisation
7. Two-Day Intensive In-Person Workshop (held at the TalTech or RTU campus)

Smart Residential Solutions and Decarbonisation

Nutikad elamulahendused ja dekarboniseerimine

Two-day Consolidation Workshop (with RTU)

Kahepäevane kokkuvõttev seminar (RTU)

Assessment of the Technical Condition and Service Life Prediction of a Typical Residential Building

Eesmärk:

Sihtgrupp:

Eeldused:

Teemad:

Õpiväljundid:

Hindamiskriteeriumid:

Tunnistus:

Keel:

Lektor:

Maht:

EAP:

Kontakt:

Hind:

Märkused hinna kohta:

Registreerumise tähtaeg:

Kommentaar:

Asukoht:

Ajakava:

Asukoht:

Hind:

Märkused hinna kohta:

Maht:

EAP:

Õppekavarühm:

Kontakt:

Tallinna Tehnikaülikool

Ole kursis ülikooli uudistega

Jälgi meid sotsiaalmeedias