Cédric Rolin Email & Phone Number

Wavre, WAL, BE

Leuven

The Sustainable Semiconductor Technologies & Systems program at imec aims at improving the environmental standards of Semiconductor Manufacturing Industry. To this end we work with our program partners along three pillars: -In Assess, we quantify the environmental footprint of today's and tomorrow's Si chip high volume manufacturing industry. - In improve.

Leuven, Flemish Region, Belgium

I perform research within the Sustainable Semiconductor Technologies & Systems (SSTS) program at imec. My focus was set on the Assessment pillar of SSTS that aims at the quantification of the environmental impact of the semiconductor industry. In this role I am developing tools & metrics to perform Life Cycle Impact Assessment of semiconductor chip.

Leuven, Flemish Region, Belgium

Leading the NILTECH team within the Sensor & Actuator Technology department of imec. Our goal is to create a full ecosystem for NanoImprint Lithography (NIL) within imec and serve customer needs for Master manufacturing and NIL processing on 300mm wafers. On the long term, we want to unlock the potential of NIL to deliver high resolution patterning for.

Leuven, Belgium

Responsible for thin film transistor (TFT) operations in the Large Area Electronics department. My main responsibility is to ensure that our TFT baseline production delivers results that meet project demands with the right timing and quality

Leuven, Belgium

Working in the Organic Photovoltaics and Large Aera Electronics groups at imec, I am in charge of the Advanced European Research Council project "Epos Crystalli", that targets the growth of single crystals of organic materials.

Ann Arbor, Michigan

2 years Postdoc in the group of Prof. Stephen Forrest.I keep developing the Organic Vapor Phase Deposition (OVPD) technology as well as associated technologies such as Organic Vacuum Jet Printing. Highlights: - First implementation of the Laser Induced Fluorescence technology to an OVPD reactor. Description of steady-state and transient gazeous transport.

Performing research in the field of organic electronics.My focus is on the development of Organic Vapor Phase Deposition (OVPD), an organic thin film deposition technology. This involves tool design, fabrication, programming and optimization. Process development and optimization.Besides this, my job involves the following responsibilities:- Supervision of.

Performing PhD research within the Polymer and Molecular Electronics group at imec, specialized in organic electronics.My research focused on the development of the Organic Vapor Phase Deposition technology.Highlights:- I built two OVPD systems from scratch and demonstrated state-of-the-art organic thin film transistor with these systems.- Successfully.

Doctor Of Philosophy (Phd), Materials Science

PhD accomplished in collaboration with imec. Promotors: Prof. Patrick Bertand (UCL) Prof. Paul Heremans (KUL)

Diplome D'Etudes Approfondies (Dea), Materials Science, La Plus Grande Distinction

Part of the PhD program at UCL

Master'S Degree, Engineer In Material Science, Grande Distinction