Postdoc: Sustainable Organic Neuromorphic Synapses

IIT; Lombardia; Hybrid; EUR 40,000 - 45,000; Full time

Benefits offered by this job

Private health care

90% tax deduction

Job summary

IIT's Center for Nano Science and Technology in Milan invites a Post-doc to advance printed organic neuromorphic synapses using organic electrochemical transistors (OECTs) with new green materials. This two-year position focuses on sustainable, low-impact electronics for tactile signal processing within the GreenOMorph project.

The role requires a PhD in a related field and a strong track record in organic electronics, with collaboration across materials science, electrical engineering, and

Qualifications

• PhD in relevant field required or equivalent
• Strong publication record
• Proven experimental expertise in organic electronics
• Solid knowledge of OECTs and electrical characterization
• Excellent report and data management skills
• Proficient English communication skills

Responsibilities

• Design and fabricate inkjet printed neuromorphic devices (OECTs) with sustainable semiconductors
• Demonstrate reproducibility to enable hardware transition with electronics designers
• Show plasticity in neuromorphic devices for afferent nerve signals
• Coordinate with European project partners
• Communicate results orally and in writing

Skills

Neuromorphic devices

Electrical characterization

Transistor measurement

Publications

Education

PhD in Electronics/Materials/Physics/Chemistry/Engineering

Tools

Inkjet printing

Printing tools optimization

Organic electronic devices physics

Job description

IIT's Center for Nano Science and Technology in Milan invites a Post-doc to advance printed organic neuromorphic synapses using organic electrochemical transistors (OECTs) with new green materials. This two-year position focuses on sustainable, low-impact electronics for tactile signal processing within the GreenOMorph project.

The role requires a PhD in a related field and a strong track record in organic electronics, with collaboration across materials science, electrical engineering, and