Tag: FHNW

Northwestern Switzerland strengthens future topics with two new universities

The opening of the two universities marks a strategic reorientation of the FHNW and its sponsoring cantons of Aargau, Basel-Landschaft, Basel-Stadt and Solothurn. The institution is thus responding to the growing challenges posed by digitalisation, sustainability and social change. At the same time, it is creating additional study places in future-relevant disciplines and strengthening the attractiveness of Northwestern Switzerland as a university and research region.

By creating its own universities for computer science and for technology and the environment, the FHNW is focusing on specialised profiles. The focus is on topics such as artificial intelligence, digitalisation, cybersecurity, energy, environmental technology, robotics and the sustainable use of resources.

FHNW School of Computer Science
The digital transformation is profoundly changing the economy and society. The FHNW School of Computer Science sees itself as a driving force behind this change. Its aim is to interlink education, research and practice more closely and to enable new forms of lifelong learning.

At the start of the autumn semester 2025, the university will offer innovative courses, including Artificial Intelligence & High Performance Computing, where AI algorithms and high-performance computing infrastructure are combined to efficiently train complex models and develop new applications for research and industry.

With Data Science & Artificial Intelligence for Sustainability, the university is focussing another degree programme on the sustainable use of data analysis and AI. For example, for optimising energy systems, modelling climate scenarios or developing resource-saving technologies. There are also new programmes in Security, Platforms & DevOps, which train urgently needed specialists in cybersecurity and agile software development.

A special future project of the university is the new location in Basel, which will open in 2026. There, research, teaching and business will be closely networked and further developed with a practical focus.

FHNW School of Engineering and Environment
The second new university is dedicated to the pressing issues of energy, the environment and sustainability. Its profile combines technical innovation with a clear focus on ecological responsibility. Students and researchers here work on topics such as renewable energies, the circular economy and the sustainable use of resources, always linked to the question of how technology can work in harmony with the environment and society.

“We provide training where the economy urgently needs skilled workers and research creates new perspectives,” emphasises Prof. Dr Crispino Bergamaschi, President of the FHNW Executive Board.

September 2025
Centurion Tower: Tight as an officer

With its clear volume, the new high-rise integrates itself as a matter of course into the urban structure of the new “Vision Mitte” quarter. It takes up the lines of the surrounding buildings and forms, so to speak, the last piece of the puzzle in the large cluster of buildings of the university of applied sciences and office and industrial buildings on this site. The building was not named after the number of flats, of course, but after the famous Roman excavation site in Windisch (Vindonissa).

The right type of wall for every use
The 16 condominiums are located on the top four floors of the tower, the 116 rental flats on the 3rd to 10th floors. On the lowest three floors, the Centurion Towerhotel with 66 flats and rooms meets the needs of many regional businesses as well as the neighbouring technical college. These different uses are reflected not least in the materialisation and design within the building. The tower was raised as a skeleton structure and completely finished with non-load-bearing gypsum drywall systems.

The (almost) all-rounder
Hydrophobised Rigips® Habito board plays a central role in the kitchens and wet rooms of the condominiums. It is probably one of the most versatile gypsum boards available and is suitable for residential, office and commercial construction, but also for hotels, hospitals and schools. During development, the focus was on an optimal room climate and easy processing. The revolutionary product was uncompromisingly optimised for these properties and equipped with the best performance data and a wide range of applications. The board is very robust, fire-resistant, sound-insulating, ecologically sustainable and efficient to work with.

A lot of planning and conversion freedom
As soon as a brick wall is replaced with the Rigips® Habito system, the advantages multiply. There is no need to measure and install load-reinforcing wall inserts, because force loads such as furniture, pictures or TV screens can be screwed on directly without dowels. For the same reason, there is no need to determine the wall inserts at an early stage, which increases planning freedom. Habito is therefore as stable as a Roman legionnaire or as a conventional solid wall. With all these strengths in terms of building physics and con-
struction, thanks to planning with gypsum drywall systems, there remains sufficient flexibility for later conversions if the utilisation requirements of individual rooms or even floors should change.

Gypsum drywall construction has also long been able to keep up at this level.

ABOUT RIGIPS
Rigips is a pioneer of dry construction in Europe and part of the Saint-Gobain Group, one of the most traditional and innovative industrial groups in the world. In Switzerland, Rigips AG is the leading producer and supplier of gypsum drywall systems and a reliable supporter in the planning and execution of sophisticated interior design solutions. Plasterboard systems from Rigips AG are developed to successfully and sustainably realise the goals of customers and partners.

www.rigips.ch

February 2023
New reuse pavilion at the FHNW Campus Muttenz

In the spirit of the annual theme "Constructive Futures – Beyond Concrete", the students of the third year course of the bachelor's degree in architecture, under the direction of Professors Ursula Hürzeler and Shadi Rahbaran, dealt with the reuse of components. The starting point for this was the floor-to-ceiling wooden ramp, which was attached to the front facade of the Swiss Architecture Museum S AM as an urban intervention as part of the exhibition "Access for All – Architectural Infrastructure Buildings São Paulo" 2021. This ramp was dismantled again after the end of the exhibition and the components should now be used for a new purpose.
Architectural competition for students
For this purpose, an architecture competition was held among the students in the 2021 autumn semester. The task was to design a place to stay in the park that was protected from the wind and sun, for use and free use by the university and the district. The winning project "Silvestris" that emerged from the competition was selected for further development and implementation. The students then developed the design idea together and in the spring semester of 2022 went into more detail in an interdisciplinary elective course. At the same time, the structural design, the static dimensioning, the development of the node connections and the execution planning were carried out by the Institute of Civil Engineering under the direction of Prof. Dr. Simon Zweidler, head of the construction laboratory. From the design to the manufacture of all steel nodes, digital fabrication was used in a pioneering way: After the complete 3D modeling, the surfaces required for the fold were calculated by software and the developed surface was cut from the solid sheet by laser; the subsequent three-dimensional bending was also carried out fully automatically.
Static Challenges
In the course of this detailed planning, various structural and static challenges had to be mastered. The limits of the reusability of components also became apparent; In this specific case, the old wood did not have the strength required for the new arena and the planned intensive use and duration. This led to the decision to build the statically relevant components with construction wood intended for this purpose with the appropriate strength and to use some of the old wood for secondary components. This resulted in a valuable learning process regarding the complexities and challenges of reusing components. However, the original structure of the ramp is still reflected in the dimensions of the elements and the shape of the new arena.
The arena created in this way should offer various possible uses. The roof made of light fabric creates a shady place to stay, which can not only be used for teaching and teaching at the university, but also provides space for performances and also invites residents in the neighborhood to use and help shape it. The winning project and all other project proposals developed by the students are also on public display in an exhibition in the porch of the campus building.

September 2022
FHNW strengthens the Institute for Digital Building

The Institute for Digital Building at the FHNW has won Eder Martinez as a professor. According to a press release , the focus of his teaching will be on digital twins and the information lifecycle. “Anyone who wants to build with digital support and needs-oriented in the future must be able to collect, automate, map and process information in a targeted manner,” explains Manfred Huber, head of the institute, explaining the background to the focus.

Martinez received his master’s and doctorate degrees in Civil and Environmental Engineering from the University of California, Berkeley (UCB). Among other things, he worked as a civil engineer and specialist for cooperation processes on construction sites in Chile and Ecuador. He has also supported companies such as Hilti and Implenia in digital construction projects.

The FHNW only founded the Institute for Digital Building in 2018. According to the university, it has grown significantly since then. With Martinez, the second professorship in the field of information management will be filled this year.

June 2022
FHNW strengthens the Institute for Digital Building

The Institute for Digital Building at the FHNW has won Eder Martinez as a professor. According to a press release , the focus of his teaching will be on digital twins and the information lifecycle. “Anyone who wants to build with digital support and needs-oriented in the future must be able to collect, automate, map and process information in a targeted manner,” explains Manfred Huber, head of the institute, explaining the background to the focus.

Martinez received his Masters and PhD degrees in Civil and Environmental Engineering from the University of California, Berkeley (UCB). Among other things, he worked as a civil engineer and specialist for cooperation processes on construction sites in Chile and Ecuador. He has also supported companies such as Hilti and Implenia in digital construction projects.

The FHNW only founded the Institute for Digital Building in 2018. According to the university, it has grown significantly since then. With Martinez, the second professorship in the field of information management will be filled this year.

June 2022
FHNW strengthens expertise in digital and sustainable construction

The University of Applied Sciences Northwestern Switzerland FHNW School of Architecture, Civil Engineering and Geomatics is expanding its own expertise in the areas of digital and sustainable construction. To this end, she has set up two new professorships, which will be filled by experts with a high level of practical relevance and great innovative strength.

Focus on digital construction: information management
At the Digital Building Institute, which was newly founded in 2018 and has been growing rapidly since then, Lukas Schildknecht will take up the post of professor for digital building with a focus on information management from May 1, 2022. The environmental engineer and computer scientist has been a research assistant and lecturer at the University of Applied Sciences for Architecture, Civil Engineering and Geomatics and at the Digital Building Institute for five years. As head of the research product area, he built up the project acquisition and research activities of the still young institute and, among other things, managed a wide variety of projects on building information management issues on behalf of public and private partners. In his new function, he will continue to be part of the institute’s management and will focus even more on the management of complex data systems. «I am particularly interested in the interdisciplinary interfaces between information technologies and (digital) building models. Here we need solutions that are compatible in practice, for example through good integration platforms for harmonizing heterogeneous data sources,” says Schildknecht. With the introduction of BIM, the construction industry is currently going through technological and methodological developments that took place in other industries more than ten years ago. It is therefore time to transfer the knowledge that has been established in this way and to specify it for the construction industry without having to reinvent the wheel.

Focus on sustainable construction: life cycle assessments in construction
In addition to the digitization of the construction industry, the demand for sustainable construction processes is also gaining in importance for the University of Applied Sciences FHNW. The Institute for Sustainability and Energy in Construction, which was realigned two years ago and headed by Barbara Sintzel, is therefore occupying a topic area that is important for the construction transition in Switzerland with a new professorship: that of life cycle assessment.

For this position, the university was able to hire the expert for sustainable building and life cycle assessments, Daniel Kellenberger. The cultural and environmental engineer was most recently a member of the management board and head of the “Climate Protection and Energy Management” division of the interdisciplinary research and consulting company Intep and, among other things, worked on the development of the internationally renowned eco-balance database Ecoinvent. With his new position as professor for sustainable construction with a focus on life cycle assessments in the construction industry, he is striving to establish the University of Architecture, Civil Engineering and Geomatics FHNW as a competence center for life cycle assessments in the construction industry. «In the past few decades, there has been very successful research into the energy-efficient and climate-friendly operation of real estate. However, the implementation often takes place without considering the gray energy and corresponding greenhouse gas emissions. However, a consistent net-zero strategy is only successful if the construction and building materials industry also makes a contribution. With life cycle assessments, we have an important tool at hand for this,” says Kellenberger. He will take up the position on November 2, 2022.

Ruedi Hofer, Director of the FHNW School of Architecture, Civil Engineering and Geomatics, is pleased about the competent addition and explains: “With these two positions, our university has taken another big step towards a digitally supported and sustainably built environment. I’m proud of the great success of the institutes at our university and I’m happy that our work is able to promote both training and further education as well as research on important future topics in the construction industry”.

May 2022
New professor for analysis, design and construction brings future-oriented impulses

From March, Friederike Kluge will be moving from the University of Applied Sciences in Konstanz to the University of Applied Sciences Northwestern Switzerland FHNW and is looking forward to this new challenge: “I’m interested in the question of what building will look like in the future. The status quo cannot work in the long term. My hope and my goal are therefore to find solutions in research and together with the students as to how we can design construction in the future. Climate-neutral and climate-positive construction must be approached in a focused manner, always taking biological diversity into account. In the first year, for example, the aim is to introduce young people to the field of architecture, to convey the basic topics to them and still leave room for development and creativity. I am interested in this tension between fixed, e.g. physical quantities, which are irrefutable, and change, which is essential for a sustainable future, and I look forward to researching and developing this further at the FHNW together with my colleagues. Always with the goal of creating architecturally high-quality buildings»

Friederike Kluge studied architecture at the University of Karlsruhe and gained initial teaching experience at the Professorship for Building Theory and Design, Prof. Daniele Marques, and at the Institute for Fine Arts, Prof. Stephen Craig. In addition to studying architecture, she completed the interdisciplinary accompanying course “Applied Cultural Studies” with the aim of designing buildings that bring together the knowledge of many subjects and at the same time have their own unmistakable character.

During her five years at Buchner Bründler Architects in Basel, she was able to work, among other things, on the Swiss Pavilion for the Expo in Shanghai 2010 and as project and site manager on the «Bläsiring» residential building in Basel.

Self-employed since 2012, she founded the «Alma Maki» office in Basel together with Meik Rehrmann at the beginning of 2014. Together they share the view that architecture gains if it represents a holistic process from the first sketch to the completion of construction and the basic architectural idea is still recognizable in the details. In order to be able to control this as best as possible, the office also implements the planned projects manually whenever possible and was awarded first prize in the “Swiss Foundation Award” for this approach in 2018.

Since 2013, Frederike Kluge has been conveying her belief in conceptual, design, performance and built stringency, among other things as part of a teaching assignment at the Professorship for Architecture and Construction, Annette Spiro, ETH Zurich and since 2019 at the HTWG Konstanz, where she teaches the subjects of building construction and design consistently focused on the topic of sustainable building. For example, she organized a workshop entitled “The architectural detail in times of climate crisis”. As a result, the group “Countdown 2030” was founded. The founding idea was to develop a guide and to install a countdown clock above the architecture museum, which would sensitize the architecture industry to take bold measures in architectural practice and to develop a sustainable building culture. The group now has over 50 active members, organizes workshops, panel discussions and exhibitions, is active on juries and municipal committees, publishes articles on various topics in specialist journals and has been awarded the “Factor 5 Audience Prize” for its work and has been nominated for awarded the Swiss Art Award.

The Institute of Architecture is extremely pleased that such a committed and future-oriented personality could be won.

source

University of Applied Sciences Northwestern Switzerland FHNW
University of Architecture, Civil Engineering and Geomatics www.fhnw.ch/habg

February 2022
FHNW gets professor for circular building

For the Institute of Sustainability and Energy in the building of the University of Architecture, Building and Geomatics of the FHNW , circular economy is an important part of environmentally and resource-saving construction. In order to further develop research and education in the areas of energy-efficient and climate-neutral building, integral building technology, sustainable building and operation, resource-efficient and circular building as well as health aspects in buildings, the institute is establishing the professorship of circular building. The architect Andrea Klinge is to take over the corresponding chair.

Klinge studied architecture at the Technical University of Berlin, the FHNW informs in a message about the new professorship. After further training in sustainable building at the London Metropolitan University, the designated professor worked in various architecture offices in London, Rome and Berlin. Klinge is currently active at ZRS Architekten Ingenieure Berlin. The architect and trained carpenter have established a research department here, according to the announcement.

In her new position, Klinge wants to tackle “the current challenges in the construction sector”. "This is one of the most resource-intensive economic sectors in the world and contributes significantly to climate change," the professor-designate is quoted in the press release. “In order to meet the Paris climate goals, we urgently need consistent approaches that implement the necessary building turnaround in the construction sector.” According to Barbara Sintzel, Head of the Institute for Sustainability and Energy in Construction, Klinge “has specialist expertise in the use of ReUse components and renewable building materials to help achieve a breakthrough in practice with applied research and thus make the building turnaround possible ”.

December 2021
New professor for circular building at the Institute for Sustainability and Energy in Building at the FHNW

The Institute for Sustainability and Energy at the University of Architecture, Building and Geomatics FHNW is actively involved in research, training and further education as well as services in the areas of energy-efficient and climate-neutral construction, integral building technology, sustainable construction and operation, resource-efficient and circular construction as well as health aspects in buildings. One of the fundamental concerns of this strategy is to strengthen building in the circular economy. In the area of training and further education as well as in research, the institute makes an important contribution to ensuring that more energy- and resource-efficient and sustainable construction methods are implemented in Swiss building practice. The expertise of the researchers working at the FHNW is in demand both nationally and internationally as well as within the FHNW.

In order to strengthen this highly qualified team, the Institute for Sustainability and Energy in Building has succeeded in recruiting Andrea Klinge from ZRS Architekten Ingenieure Berlin as professor for circular building.

Andrea Klinge studied architecture at the Technical University of Berlin and specialized in sustainable building at the London Metropolitan University. She worked in various architectural offices in London, Rome and Berlin, and has been with ZRS Architects since 2013, where she established the research department. Her main research interests are a holistic approach to building and include circular, low-tech building as well as the use of natural building materials (clay, wood, natural fibers) to improve the quality of the interior space in buildings.

Due to her background as a carpenter, Andrea Klinge always works practically to bring research results into direct application. To this end, she has implemented several projects with wood, clay and bamboo with students from different universities but also with international colleagues.

At the FHNW University of Architecture, Building and Geomatics, Andrea Klinge wants to make a difference: “What I associate with the professorship and want to address are the current challenges in the construction sector. This is one of the most resource-intensive economic sectors in the world and contributes significantly to climate change. In order to meet the Paris climate goals, consistent approaches are urgently needed to implement the necessary building turnaround in the construction sector. “

Andrea Klinge has been a member of the Life Cycle and Circular Building Advisory Board of the German Society for Sustainable Building since September 2021. Since October 2021, together with Eike Roswag-Klinge, she has also headed the DIN Circular Economy Standardization Roadmap working group, Structures and Municipalities working group .

Prof. Barbara Sintzel, Head of the Institute for Sustainability and Energy in Buildings, is looking forward to working with Andrea Klinge: “Andrea Klinge stands for the turnaround in construction. She brings the enthusiasm and versatility that this topic needs. She has technical expertise to help the use of ReUse components and renewable building materials in practice with applied research to achieve a breakthrough and thus make the building turnaround possible. We look forward to your active support in research and teaching. “

December 2021
Model city Baden completes the first project phase

The results of the first working phase of the model city project were noted and discussed by the representatives of the 13 participating municipalities. According to a media release from the city of Baden , the municipalities' figures and data compiled in four working groups were analyzed and assessed. The further procedure in the 2nd project phase was also decided.

The 13 municipalities of the model city include Baden, Birmenstorf, Ehrendingen, Ennetbaden, Fislisbach, Gibstorf, Mägenwil, Mellingen, Neuenhof, Oberrohrdorf, Obersiggenthal, Turgi and Wettingen.

In the discussion on authorities, administration and organization, considerable differences between the municipalities were found, according to the press release. In the area of finance, it was determined, among other things, that the tax income per inhabitant in the model city in 2019 was 14 percent above the Aargau average. It is also assumed that the debt in the model city communities will increase significantly on average in the financial planning period up to 2025 due to high investments.

In the case of health, society and social affairs, simple and immediate reorganization or reorganization are hardly possible due to the complexity. But cooperation is feasible. The analysis of settlement development, spatial planning and mobility showed that the consolidation of the municipalities would not contribute to a cost reduction overall. Increased efficiency is also possible today.

For the second phase of the project, it was decided to continue working on three topics from phase 1. In cooperation with the University of Applied Sciences and Arts Northwestern Switzerland (FHNW), a “talent pool” is to be developed which enables learners to continue to be employed in one of the 13 model communities after completing their apprenticeship. The other projects are regionalization of tax offices and the development of a joint solution for refugee care. In the second phase, there will be a joint IT infrastructure, model planning for a sub-area of land use planning, and coordination of the development prognoses for the number of pupils as well as school space planning and school buildings.

August 2021
FHNW trains in geodata analysis

The FHNW University of Architecture, Building and Geomantics will be offering a certificate course in spatial data analytics at its location in Olten from January. This is intended to enable specialists from the fields of data science, transport, logistics, spatial planning as well as natural and environmental sciences to digitally plan the cities of the future and evaluate the data from infrastructures. The university is responding to a need in the construction and planning industry, according to its media release .

The Certificate of Advanced Studies (CAS) Spatial Data Analytics is intended to impart the knowledge required to model, process and interpret geodata in a targeted manner in 16 course days and in cooperation with experts from the field. For this purpose, “a balanced mix of lectures, case studies, group work and practical exercises” is planned, according to the FHNW. In addition, time blocks are planned for self-study.

“The question of where spatially measurable events take place is no longer sufficient,” says Prof. Dr. Pia Bereuter quoted in the communication. “In the future, we also need to understand why these happen. This requires well-founded analysis processes that are integrated into the digitization strategy of companies or organizations. “This expertise represents the basis for decisions with spatial reference” in almost every industry “.

August 2021