Ralph Liedert Email & Phone Number

Oulu Area, Finland

Oulu Area, Finland

Developing customer solutions in Wearable Technology | Diagnostic Platforms | Printed & Hybrid ElectronicsFeel free to ask me about:* Roll-to-roll pilot manufacturing for printed & hybrid electronics* Roll-to-roll printed diagnostics and paper-based microfluidics* Foil-based lab-on-chip devices, digital microfluidics, antibody production* System integration on flexible substrates (sensors, flex batteries, fluidics, microLEDs)* Smart patches / Smart labelsI… Show more Developing customer solutions in Wearable Technology | Diagnostic Platforms | Printed & Hybrid ElectronicsFeel free to ask me about:* Roll-to-roll pilot manufacturing for printed & hybrid electronics* Roll-to-roll printed diagnostics and paper-based microfluidics* Foil-based lab-on-chip devices, digital microfluidics, antibody production* System integration on flexible substrates (sensors, flex batteries, fluidics, microLEDs)* Smart patches / Smart labelsI like sharing my passion for cross-technology thinking and concept development with customers and colleagues. Show less

Oulu Area, Finland

I joined VTT in 2007 in the position of a Marie Curie Reserach Fellow to develop high-volume manufacturing methods for printed diagnostics and lab-on-chip devices. As a member of the Biomicrosystems team my work focussed on the following R&D topics:* development of low-cost tooling process for R2R hot embossing of microfluidics* R2R embossing of microfluidic channels into thermoplastic films* system integration of foil-based microfluidic devices with printed & hybrid electronics… Show more I joined VTT in 2007 in the position of a Marie Curie Reserach Fellow to develop high-volume manufacturing methods for printed diagnostics and lab-on-chip devices. As a member of the Biomicrosystems team my work focussed on the following R&D topics:* development of low-cost tooling process for R2R hot embossing of microfluidics* R2R embossing of microfluidic channels into thermoplastic films* system integration of foil-based microfluidic devices with printed & hybrid electronics components (pumps, valves, blisters, power, LEDs, optics, antibodies)* solvent-based lamination of microfluidic devices* high-volume scalable sample preparation methods for microfludic devices Show less

Irvine, Ca

Development of roll-to-roll high-volume upscaling process for superhydrophobic surfaces at Prof. Michelle Khine lab at UC Irvine.

Bremen Area, Germany

Research Associate at Universtity of Applied Sciences Bremen (Biomimetics Department)* Design and supervision of experiments and academic modules (animal locomotion, human physiology, CAD), training of students on scientific instruments, representation and PRwork for the Biomimetics Bachelor/Master course on conferences and trade fairs.* Planning and implementation of an online-database for biomimetics, supervision of practical courses for students, administration of the… Show more Research Associate at Universtity of Applied Sciences Bremen (Biomimetics Department)* Design and supervision of experiments and academic modules (animal locomotion, human physiology, CAD), training of students on scientific instruments, representation and PRwork for the Biomimetics Bachelor/Master course on conferences and trade fairs.* Planning and implementation of an online-database for biomimetics, supervision of practical courses for students, administration of the departments’ webpages. Show less

Diploma, Biology (Biomimetics)

Industrial Design, Product Marketing