Division of Water Resources Engineering  Please wait...

https://www.buildtech.lth.se/water-resources-engineering/staff - 2025-04-25

Department of Building and Environmental Technology  Please wait... Working with us Vacant positions at our department Contact Get in touch with us

https://www.buildtech.lth.se/staff - 2025-04-25

Division of Water Resources Engineering Magnus Persson Head of Division, Professor Email: magnus [dot] persson [at] tvrl [dot] lth [dot] se Telephone: +46462228990 Magnus' profile in Lund University's research portal Staff All staff members' contact details can be found on the Staff page. Addresses Visiting addressV-huset, 2nd floor (vån 3) Klas Anshelms väg 14Lund, SwedenDelivery addressDelivery

https://www.buildtech.lth.se/water-resources-engineering/contact - 2025-04-25

To achieve the green transition, the role and function of biomass must be developed further than it is today. The Power Bio project will support the green transition through cross-border market innovation. The Danish-Swedish Power Bio project will promote the green transition by increasing the security of supply, the amount of biogas, and the production of biochar and high-value products from gras

https://www.buildtech.lth.se/building-materials/research/power-bio-interreg-project - 2025-04-25

Division of Building Physics The Division of Building Physics will start working on a large European project, called COLLECTiEF, together with thirteen other institutes from six European countries.  COLLECTiEF was approved with a top rank in a very competitive H2020 call, B4E, and a score of 15 out of 15. In COLLECTiEF we are going to implement, test and qualify an energy management platform based

https://www.buildtech.lth.se/collectief - 2025-04-25

Gender, Disasters and Climate RiskThe ChallengeWith risks posed by extreme weather events and climate change placed on top spots on the list of Global risks, response and adaptation is a challenge. The challenge arises due to the differential and unequal capacities to respond both pre-and post-disaster phase. One of the major components is the unequal capacities in terms of availability and access

https://www.buildtech.lth.se/risk-management-and-societal-safety/education/summer-school - 2025-04-25

The Department gives courses in several engineering programmes, mainly the in the 5-year programmes as well as in several international Master's programmes. Engineering programmesBelow links will open on lth.se, in SwedishCivil Engineering / Väg- och vattenbyggnadEnvironmental Engineering / EkosystemteknikFire Protection Engineering / BrandteknikRisk Management and Safety Engineering / Risk, säker

https://www.buildtech.lth.se/education - 2025-04-25

The Division of Fire Safety Engineering performs research and education that aims to create a society that is safe from fires and other accidents. The research that we perform is related to (but not limited to) fire physics, human behaviour, modelling, wildfires, sustainability and risk assessment. We are responsible for essential parts of the Fire Safety Engineering programme at LTH and the Inter

https://www.buildtech.lth.se/fire-safety-engineering - 2025-04-25

Building Materials at Lund University does research and teaching on the materials that are used in the construction sector. The goal of our research is to study and understand processes in materials. For many years, two main areas of research have been durability of concrete and moisture problems related to construction materials. We also work in other fields, for example building biology, durabil

https://www.buildtech.lth.se/building-materials - 2025-04-25

AreasSediment Transport Wave Generation and Propagation Beach Evolution  Coastal Protection Ship Generated Waves and Erosion Research collaborators The following links will open the research collaborators' websitesUS Army Corps Engineers, Vicksburg, USATechnical University of Braunschweig, GermanyTokyo University of Science, JapanSouth China Sea Institute of OceanologyChinese Academy of Sciences,

https://www.buildtech.lth.se/water-resources-engineering/research/coastal-engineering - 2025-04-25

This is a very broad research field that involves several aspects of the impacts of climate variability and climate change on hydrology. It includes food production, hydro-electricity production, and hydrological pressures connected to climate in several parts of the world. It has been a research field at the Division for more than 20 years.AreasModelling the Coupling between Climate and Hydrology

https://www.buildtech.lth.se/water-resources-engineering/research/hydro-meteorology - 2025-04-25

Remote sensing data combined with modeling techniques are increasingly used in hydrological studies. These data provide observation of multiple hydrological variables both in time and space. The remote sensing in hydrology group uses satellite data, data driven approaches, and machine learning algorithms to monitor hydrological variables as well as to assess the water resources from regional to gl

https://www.buildtech.lth.se/water-resources-engineering/research/remote-sensing-hydrology - 2025-04-25

A large proportion of our freshwater resources are hidden under the soil surface. Our research focuses on protecting groundwater resources. Subsurface water is normally of good quality, but also vulnerable due to contamination risks. Soil moisture dynamics are important in agricultural production. We conduct research, mainly in arid areas in China and North Africa, on irrigation techniques and soi

https://www.buildtech.lth.se/water-resources-engineering/research/subsurface-hydrology - 2025-04-25

Building Physics is a division within the Department of Building and Environmental Technology. The Division of Building Physics studies how heat, moisture and air are distributed and transported through building components and within buildings. The research results are used to develop and connect individual materials to building components, such as foundations, exterior walls, windows, roofs and t

https://www.buildtech.lth.se/building-physics - 2025-04-25

A wetland is an ecosystem that is flooded by water either permanently or seasonally. Wetlands play a number of roles including water purification, water storage, processing of carbon and other nutrients, and support of plants and animals. Wetlands are the most biologically diverse of all ecosystems. In comparison, a constructed wetland is an artificial wetland system treating municipal or industri

https://www.buildtech.lth.se/water-resources-engineering/research/wetland-system-management - 2025-04-25

Building Services Engineering includes the interactions of the technical installations with people, operations and climate. The Division of Building Services conducts research and training in technical installations with regards to function, indoor environment, energy use and resource use. Our main area is the installations in buildings. Oher types of spaces can also be included, such as vehicles,

https://www.buildtech.lth.se/building-services - 2025-04-25

Construction Management is an applied, interdisciplinary subject dealing with the management of the construction process from idea to reuse. The construction process refers to the circular process that includes the various stages of construction: procurement, design, production, management, rebuilding, renovation and dismantling in an overall perspective. Central issues are how the cooperation bet

https://www.buildtech.lth.se/construction-management - 2025-04-25

The Division of Risk Management and Societal Safety performs research and education that aim to develop safer, more resilient and sustainable systems, organisations and societes. We perform descriptive research focusing on developing knowledge about how people, organisations and society prevent, prepare for, deal with, recover from, and learn and adapt to events that might threaten something of va

https://www.buildtech.lth.se/risk-management-and-societal-safety - 2025-04-25

Structural Engineering encompasses the principles and methodologies involved in the design, analysis, assessment and management of buildings, bridges, and other structures. The design objective for new structures is to achieve adequate safety and serviceability under the influence of the relevant loads and actions during the service life of the structure. Assessment and an efficient management of

https://www.buildtech.lth.se/structural-engineering - 2025-04-25

In Water Resources Engineering, research is pursued on how water resides and is transported in nature and in urban systems. Studies are carried out on the movement of rainwater through land and foundations, how rain and melted snow reach rivers, flooding and the design of systems to reduce the consequences of flooding, as well as on how water flows, the spread of pollutants, and erosion along open

https://www.buildtech.lth.se/water-resources-engineering - 2025-04-25