(WO2016182466A1) Medical device for assisting in the positioning of persons in lateral decubitus
Adaptable Process Engineer ready to tackle diverse projects and variable production realities. Hardworking and passionate to improve process development quality with strong focus on scientific fundamentals, both physics and chemistry.
Plasma Process Development for BEOL patterning applications for SADP/SAQP and MHM for low-k patterning.
Materials: SiO, TiO, TiN, TiSiO, Mo-based, W-based.
1. TiN as MHM for BEOL low-patterning.
2. P18 DME process flow: TiO spacer with enhanced selectivity by Ar.N2 treatment.
3. Conformal Carbides: spacer development for SADP and SAQP.
4. Molybdenum carbide: role of Ar and H2 on low-resistivity applications.
Development of plasma based processes for conformal and gapfill.
Materials: SiO, SiN, BN, TaO2.
1. (in Finaland) SiN P41 process development for ICP. Ar.H2 radical treatment improvement.
2. Boron Nitride as replacement for MHM and ESL.
3. Improving SiO EM by Ta-doping for increased EM for DRAM application.
Process design and development for magnetic sensors using Ion Beam Deposition for tactile sensor applications:
1. Spin Valves: CoFeB/Cu/CoFeB
2. Magnetic Tunel Junctions: CoFeB/MgO/CoFeB and CoFeB/AlOx/CoFeB.
Design of Experiment
(WO2016182466A1) Medical device for assisting in the positioning of persons in lateral decubitus
(Filled) Tricholoroborazine for low-k and ESL for BEOL applications
(Filled) New SADP patterning sheme for BEOL below 18 nm pitch