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Ten Schools One Goal

The FHNW comprises 10 schools with different specializations. Select a school to see its specific courses, study programmes and information.

FHNW School of Applied Psychology

Applied Psychology

FHNW School of Architecture, Construction and Geomatics

Architecture, Construction and Geomatics

Basel Academy of Art and Design

Art and Design

FHNW School of Business

Business

FHNW School of Computer Science

Computer Science

FHNW School of Engineering and Environment

Engineering and Environment

FHNW School of Life Sciences

Life Sciences

Basel Academy of Music

Music

FHNW School of Education

School of Education

FHNW School of Social Work

Social Work

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    • Institute of Optometry
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    • Laboratories of the School of Engineering and Environment
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    • Institute of Automation
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    • Laboratories of the School of Engineering and Environment

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Electrical engineering, FHNW School of Engineering and Environment

School of Engineering and Environment

  • Engineering and Environment
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Research fields
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Optimization of high-power systems and development of compact components for low-power applications.

Our research in electrical engineering focuses on the optimization of high-power systems (e.g., electrical grids, power electronics, electrical machines) as well as on the development of compact components for low-power applications (e.g., sensing, microelectronics, embedded systems).

Research focus areas

Projects

Selected projects

In application-oriented research projects and student projects, we jointly develop concrete solutions to real-world challenges – efficiently, collaboratively, and with direct added value for your company. Start your next innovation or development project with us.

Development of a Vehicle-to-Home (V2H) Calculator

Development of a Vehicle-to-Home (V2H) Calculator

Online-Tool zur Planung und Analyse von Photovoltaik-, Speicher- und Elektromobilitätslösungen
Institute
Institute of Electrical Power Systems
Research field
Electrical engineering, Energy and environment
ECPE Joint Research Programme: Reliability comparison of Si IGBTs and SiC MOSFETs for e-mobility applications

ECPE Joint Research Programme: Reliability comparison of Si IGBTs and SiC MOSFETs for e-mobility applications

A new reliability test method that stresses both, transistor and diode is applied to obtain representative reliability data for e-mobility applications.
Institute
Institute of Electrical Power Systems
Research field
Energy and environment, Electrical engineering
SHINE: Swiss Hybrid Inverter

SHINE: Swiss Hybrid Inverter

An efficient and cost-effective X-Hybrid inverter for EV is realized by combining Silicon-Carbide (SiC) and Silicon (Si) devices.
Institute
Institute of Electrical Power Systems
Research field
Energy and environment, Electrical engineering
Smart control of flexible end-user loads for managing electricity shortage situations

Smart control of flexible end-user loads for managing electricity shortage situations

This innovation will help manage extreme situations in the power grid without requiring complete power outages.
Institute
Institute of Electrical Power Systems
Research field
Electrical engineering
QDrone – Simulation of Free-Space Quantum Communication Using Drones

QDrone – Simulation of Free-Space Quantum Communication Using Drones

Free-space optical communication (FSOC) is considered a key enabling technology for future quantum communication networks. To better understand the physical foundations of this technology, the FHNW, in collaboration with GA-Synopta, is developing a mobile drone platform that investigates atmospheric disturbances in the context of quantum communication – cost-efficient, flexible, and practice-oriented.
Institute
Institute for Sensors and Electronics
Research field
Electrical engineering
Safe Wheat Agriculture Towards Sustainable Health – WHEATWATCHER

Safe Wheat Agriculture Towards Sustainable Health – WHEATWATCHER

With precise sensor technology for healthy soil and safe wheat: In the EU project WHEATWATCHER, the FHNW is developing a smart monitoring system for sustainable agriculture. The goal is to intelligently combine environmental protection, resource efficiency, and food security.
Institute
Institute for Sensors and Electronics
Research field
Electrical engineering
Standardisation of Black Carbon Aerosol Metrics for Air Quality and Climate Modelling

Standardisation of Black Carbon Aerosol Metrics for Air Quality and Climate Modelling

Cleaner Air Through Better Measurement
Institute
Institute for Sensors and Electronics
Research field
Energy and environment, Electrical engineering
PyroScale: Pathways to Upscale Biochar Projects

PyroScale: Pathways to Upscale Biochar Projects

How can biochar help to permanently store CO₂ – while at the same time improving agricultural livelihoods and soil fertility?
Institute
Institute of Bioenergy and Resource Efficiency
Research field
Electrical engineering
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Laboratories

laboratories

Laboratories

With its laboratories, the FHNW School of Engineering and Environment provides companies from industry, business and research as well as public organisations with its expertise and support and enables access to state-of-the-art infrastructure.

Contact

As a company, you can directly benefit from the expertise of our university. We connect you with the right partners for your challenges in technology, environment, digitalization, or AI applications.

Raphael Markstaller

Raphael Markstaller

Head of Knowledge and Technology Transfer fitt.ch
Phone
+41 56 202 85 08
E-Mail
raphael.markstaller@fhnw.ch

School of
Engineering and Environment FHNW University of Applied Sciences and Arts Northwestern Switzerland

  • About the School
    • FHNW School of Engineering and Environment
    • Degree Programmes
    • Continuing Education
    • Collaboration in Research and Services
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  • About FHNW
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