Self-Powered Perovskite Detectors for In-Sensor Computing

AMOLF; Amsterdam; On-site; EUR 11,000 - 16,000; Full time

Job summary

AMOLF invites a motivated Master’s student to a thesis project on building self-powered perovskite detectors for in-sensor computing. You will fabricate nanostructured electrode networks, deposit perovskite layers, and study self-powered operation using light-harvesting properties.

The work is conducted in AMOLF's Hybrid Solar Cell Group at Amsterdam Science Park, with access to advanced fabrication and characterization facilities as part of the NWO-I institute.

Qualifications

• Currently enrolled in a Master’s program in physics, chemistry, materials science, or related field.
• Nationality is EU member state and/or student at a university in the Netherlands.
• The internship must be a mandatory part of the curriculum.
• Availability for at least 5 months; longer is preferable.

Responsibilities

• Fabricate nanostructured electrode networks and device arrays.
• Deposit perovskite layers and study self-powered operation.
• Characterize devices and test performance in light-harvesting conditions.

Skills

Nanofabrication

Device testing

Education

Master's program in physics/chemistry/materials science

Tools

Nanofabrication

Thin-film deposition

Job description

AMOLF invites a motivated Master’s student to a thesis project on building self-powered perovskite detectors for in-sensor computing. You will fabricate nanostructured electrode networks, deposit perovskite layers, and study self-powered operation using light-harvesting properties.

The work is conducted in AMOLF's Hybrid Solar Cell Group at Amsterdam Science Park, with access to advanced fabrication and characterization facilities as part of the NWO-I institute.