Postdoc: Sustainable Plant Wearable Sensor Research

Linköping University; Norrköpings kommun; On-site; SEK 431,613 - 516,987; Full time

Benefits offered by this job

Paid vacation (≥28 workdays per year)

Paid maternity / paternity leave

Accrued pension benefits

Job summary

Linköping University is seeking a highly motivated Postdoc to advance research in Sustainable Plant-Wearable Sensors at the Department of Science and Technology in Norrköping.

This position involves the development of biodegradable materials for precision agriculture, along with a combination of independent research and collaboration with both academic and industrial partners.

The ideal candidate will possess a doctoral degree in a relevant field and have experience in diverse material systems and sensor technologies.

Qualifications

• Doctoral degree in Materials Science, Applied Physics, Chemistry, Chemical Engineering or related field.
• Experience in organic or printed electronics.
• Hands-on experience with materials processing.

Responsibilities

• Conduct research on sustainable plant-wearable sensors.
• Develop biodegradable and stretchable substrates.
• Characterise materials and devices for electronic applications.

Skills

Organic or printed electronics

Stretchable or wearable electronics

Functional materials and composites

Sensors and sensor systems

Sustainable materials and devices

Materials processing and characterisation techniques

Independent research

English communication

Education

Doctoral degree in relevant field

Tools

Electrical and electromechanical characterisation techniques

Printing technologies

Mechanical characterisation methods

Job description

Linköping University is seeking a highly motivated Postdoc to advance research in Sustainable Plant-Wearable Sensors at the Department of Science and Technology in Norrköping.

This position involves the development of biodegradable materials for precision agriculture, along with a combination of independent research and collaboration with both academic and industrial partners.

The ideal candidate will possess a doctoral degree in a relevant field and have experience in diverse material systems and sensor technologies.