PhD - Leuven | More than two weeks ago
Image sensors are now everywhere. Continued development over the past decades has perfectioned image sensor technology and state-of-the-art imagers are reaching the theoretical limit of classical photography. At the same time, thin-film materials, such as organic, quantum-dot, perovskite, etc., are being researched as alternative photodetector thanks to numerous advantages such as higher absorption coefficient, different bandwidth and infrared detection capability, to name a few. However, image sensors based on these foreign materials have never seen wide deployment because of comparably higher noise than silicon CIS.
The goal of this PhD is to develop thin-film-based pixel devices and technologies to advance next generation consumer image sensors. This research topic encompasses topics from quantum mechanical effects to solid state physics through circuit design and digital photography. To do so, literature study will be a first step to investigate different device concepts, explore their limits and potential and identify promising new avenues. Following steps will be the design and validation of these new devices using TCAD, layout of test structures, implementation of the device into imec imager platforms in collaboration with our technology experts, development of the required measurement techniques and the characterization of the fabricated devices.
You are a highly motivated recent graduate holding a degree in nano-engineering, physics, material science, electrical engineering, or related. You have a strong knowledge on solid state device physics and basic circuit design capability plus interest in digital photography. You are a team player and have good communication skills as you will work in a multidisciplinary and multicultural team spanning several imec departments. Given the international character of imec, an excellent knowledge of English is a must.
Required background: nano-engineering, physics, materials science or electrical engineering with strong affinity for device physics
Type of work: 10% literature study, 20% simulation, 40% design, 30% characterization
Supervisor: Paul Heremans
Daily advisor: Jiwon Lee, Pawel Malinowski
The reference code for this position is 2021-104. Mention this reference code on your application form.