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Reference : UMR5129-MARCLO-003
Workplace : GRENOBLE
Date of publication : Friday, December 21, 2018
Type of Contract : FTC Scientist
Contract Period : 12 months
Expected date of employment : 1 March 2019
Proportion of work : Full time
Remuneration : 2530 to 2919 Euros before taxes / months (depends on experience)
Desired level of education : PhD
Experience required : Indifferent
The main objective for this work is to do a research activity on thin film dielectrics in MIM structure as used for non-volatile resistive memories.
The candidate will have to optimize a PEALD process for dielectrics and metal deposition and to test and understand the correlation between the quality of the thin film (vacancies, stoichiometry, crystalline state, doping…) and the memories properties (electrical point of view).
The candidate will also participate to the development of new MIM diodes devices that could be used as selectors for the memories.
- Thin film elaboration by PEALD or ¨PVD
- In situ characterization of material and plasma by ellipsometry and OES
- XRR, XPS, XRD……
- Electrical characterization of MIM devices
- Modeling the electrical properties
The candidate must have a doctorate in chemistry, physics or material science.
Background in plasma assisted deposition processes such as PEALD or PECVD is mandatory. The candidate must have backgrounds in one or several thin films or plasma characterization tools such as: XPS, OES, ellipsometry….
Skills in electrical characterization f MIM devices such as MIM resistive memories or MIM diodes or MIM capacitors is appreciate.
The candidate must have very strong interpersonal and analytical skills since this work is made in collaboration between two laboratories and different teams and is also part of a European project. The candidate will have to write reports and make oral presentation in European meetings.
This work is a part of the European project WakeMeUp with objectives of improving and understanding reliability and endurance of resistive memories. The European consortium is composed of 19 partners both academics and industrials. All are working in microelectronics field.
The candidate will work under the supervision of M. Bonvalot, A. Bsiesy, P. Gonon and C. Vallée from LTM (French academic laboratory located in CEA/LETI are in Grenoble)
Constraints and risks
Most of the wok will be made in clean room environment
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