MoS2 Photoelectrochemistry Internship: Atomic-Scale Control

Imec; Vlaams-Brabant; On-site; EUR 12,000 - 19,000; Full time

Benefits offered by this job

Allowance for non-Belgian university學生

Reference code 2026-INT-337

Job summary

Imec invites applications for a Master internship in photoelectrochemistry of single MoS₂ monolayers. You will study how light, band alignment and sulfur vacancies affect passivation and etching in atomic-scale control relevant to 2D transistor processing.

You will use controlled illumination electrochemistry, XPS, photoluminescence and ultra-trace ICP-MS, with AFM, TEM and ERDA available to support the work, in a multicultural Surface and Interface Processing group.

Qualifications

• Master internship in chemistry/chemical engineering or physics.
• Experience with electrochemistry and surface analysis techniques is advantageous.
• Willingness to work in a multidisciplinary, multicultural environment.

Responsibilities

• Study the photoelectrochemistry of MoS₂ monolayers and link interfacial charge transfer to optical and electronic properties.
• Use electrochemistry under controlled illumination to map band energetics.
• Apply XPS, photoluminescence and ICP-MS to analyze surface composition, doping and passivation.
• Perform AFM, TEM, ERDA and electrical measurements to support results.

Skills

Photoelectrochemistry

Band energetics

Interdisciplinary teamwork

Education

Chemistry/Chemical Engineering, Physics

Tools

LSV

EIS

Mott–Schottky

XPS

Photoluminescence

ICP-MS

AFM

TEM

ERDA

Electrical measurements

Job description

Imec invites applications for a Master internship in photoelectrochemistry of single MoS₂ monolayers. You will study how light, band alignment and sulfur vacancies affect passivation and etching in atomic-scale control relevant to 2D transistor processing.

You will use controlled illumination electrochemistry, XPS, photoluminescence and ultra-trace ICP-MS, with AFM, TEM and ERDA available to support the work, in a multicultural Surface and Interface Processing group.