I started alternative military service in 2020 September.

PTD Module Etch Engineers are responsible for leading scientific research enabling manufacture of innovative device architectures coupled with the realization of these architectures. Designing, executing and analyzing experiments necessary to meet engineering specifications for their process. Participate in development of intellectual property. Development of the equipment necessary to exploit the understanding gained in research (in collaboration with equipment suppliers). Work effectively with the equipment supplier to identify shortcomings, propose and evaluate hardware modification to mitigate issues. Operate manufacturing line in order to integrate the many individual steps necessary for the manufacture of complex microprocessors. Insitu ramp to manufacturing volumes to demonstrate the technology meets requirements while simultaneously transferring the technology to counterparts in manufacturing via the Copy Exactly! Methodology. Install and qualify manufacturing capacity at the development site and audit installation/qualification and supervise first full loop at the production site.

Thermal/Fluidic system management- Strong experimental techniques to manage thermal systems using temperature/liquid controls - Strong simulation experience in FEA for mapping thermal effects in micro-devices - Built calorimeters and systems for sensing sub-nanowatt heat flow in molecules and biological samples Microfabrication techniques - Lithography (E-beam, stepper, mask maker, developer) & Plasma Etching (RIE, DRIE) & PVD (evaporator, sputter) & CVD (PECVD, ALD, LPCVD)- Metrology (SEM, AFM, surface profilometer, FTIR) & Packaging (dicing saw, wire bonder) - Noise analysis through a band-pass filter, analog circuit design, lock-in amplifier, power spectrum density analysis. - PCB layout to build analog lock-in amplifier, Wheatstone bridge, band-pass filter circuits. - Vacuum technology & Built a vacuum system from roughing pump, turbopump to ion pump CAD & FEA & CNC - Achieved a certification for SOLIDWORKS Mechanical Design at the level of ASSOCIATE - COMSOL (Thermal, Thermoelectric, Solid structure stress, Electromagnetic force, Fluid heat transfer) -CNC tool (OKUMA GENOS M560) operations and maintenance.

- As a Chambers Engineer Intern at ASML/CYMER, I built a laser scattering setup for counting dusts during, which is critical to the efficacy of DUV plasma discharge chambers. In other words, this project necessitates very intensive experimental techniques, from hands-on techniques to systematic analysis. I have implemented a very sensitive and accurate optical experimental setup to monitor surrounding dusts near a DUV laser discharge chamber. This experiment requires various hardware equipment and software programs which should be linked effectively to improve signal resolution while minimizing parasitic noise. * ASML is the worlds leading manufacturers of lithography systems that help enable Moore's Law and the creation of increasingly powerful and capable electronic devices. Light source division, CYMER, is renowned for developing both deep ultraviolet (DUV) lithography light sources and next generation extreme ultraviolet (EUV) light sources. ASML is a multinational company with over 70 locations in 16 countries, headquartered in Veldhoven, the Netherlands.