Makoto Shinde （誠　新出）

I am a Physicist with experiences in materials science, semiconductor devices and nuclear physics, currently working as a specialist chemical scientist to lead Spin-on Dielectric material and process development. I am an expert in manufacturing process, process design, simulations and troubleshooting. I successfully managed research and development projects from planning to execution and completion. I am a specialist with thorough knowledge in,  Material Science and engineering (ceramics, thin films).  Polymer physics and chemistry (inorganic polymers and organic-inorganic hybrid polymers)  Solid state physics, semiconductor devices and quantum phenomenon.  Device integration at FEOL/BEOL: dry/wet etch, CMP, surface defects, FIB.  Film deposition: sputter, MOCVD, PVD, CVD, RTA, FLA, (Litho track, Clean track, Pyro furnace).  Film characterization: ellipsometry, FTIR, UV-Vis, Raman, SEM, TEM, EDX, WDX, XRD, XRR.  Thin film properties: stress, hardness, defects analysis and mapping, etc  Chemical composition: TDS, TG-DTA, GC-mass, IPS, GPC, RBS, ERDA, NRA, SIMS, XPS, NMR.  Chemical properties: viscosity, contact angle, surface tension, glove-box, ESR, LPC, ignition temp.  Device characterization: IV-CV, sub-threshold, DLTS, mobility, resistivity, 4-probe, carrier lifetime.  Lithography: Spin-coating, i-line to ArF lithography, E-beam lithography, BARC.  Surface-Interface science, engineering and characterization.  Scanning probe microscopy (AFM, STM).  Spectroscopy using cylindrical mass analyzer, Time-of-Flight, Multi-channel analyzer.  Radiation physics, Radiation protection, Ion beam sputtering and implantation (ultra-high vacuum).  Accelerator-Implanter operation and maintenance (Van de Graff, Pelletron, Microtron, Cockcroft.)  Fuel cells: resistivity, impedance and power analysis (hydrogen and methane fuel).