Harshad Mishra Email & Phone Number

Espoo, Uusimaa, Finland

Responsibilities and Experience:1. Leading TSVs and 3D integration technology development for quantum computer applications.2. Nanofabrication process development for multi-stack electrode layers & TSVs.3. Work package and technology lead in multiple XX M€ projects.4. End to end Project Management from initial project justification to final qualification and yield ramp, meeting quality/yield, schedule and cost targets.Primary skills:✓ Electron Beam Lithography✓ UV-Lithography ✓ Thin films deposition – evaporation, sputtering, ALD, CVD✓ Etching – Plasma, Wet, DRIE✓ SEM Microscopy✓ Project Planning & Management

Helsinki Area, Finland

My primary task in this job had been to establish a new cryogenic and a room temperature experimental set-up, within the group's existing infrastructure in the Low Temperature Laboratory, for the exploration of magno-mechanical interactions. I also fabricated my own experimental samples at the Micronova and Nanotalo cleanrooms and subsequently conducted measurements on them. Additionally, as part of my duties within the group, I also collaborated with other group members to solve and address any experimental and fabrication roadblocks faced within the group. I was also involved in the development of existing nano-fabrication processes used by the group as well as in the development of new techniques, especially for the fabrication of SAW devices for current and future research projects. I was also involved in supervising interns working within the group. Additionally, I also contributed to the group by innovating new ideas and writing two new project proposals, one of which was also appreciated with the Seal of Excellence by the European Commission.Primary skills:✓ Project Planning✓ Cryogenic experiments✓ Data analysis✓ Electron Beam Lithography✓ Thin films deposition – evaporation, sputtering, ALD✓ Etching – Plasma, Wet✓ SEM Microscopy

Nancy, Grand Est, France

The primary aim of my work was to develop a Surface Acoustic Wave (SAW) device for the detection of magnetic field. The novelty of my work was to implement the physics of shape anisotropy to engineer the SAW device to respond predictably to an applied magnetic field. Another important and unique milestone of my work was the development of an original ‘multi-sensory’ SAW device capable of sensing both magnetic field and temperature, yet independent of each other.During this phase, I was trained in various nanofabrication tools in the cleanroom. I was responsible for the designing and fabrication of my experimental samples as well as for the several experimental measurements to characterize them.Primary Skills:✓ Project Planning & Management✓ Designing of MEMS structures✓ RF Measurements✓ Electron Beam Lithography✓ UV-Lithography ✓ Thin films deposition – evaporation, sputtering, ALD, CVD✓ Etching – Plasma, Wet, DRIE✓ SEM Microscopy

Chennai, Tamil Nadu, India

My primary task during this job was to co-ordinate and develop the research related to magnetostrictive thin films in the Smart Material Characterization lab (at IIT Madras) and train the new students in the related experimental systems. I also established a digital image correlation system (non-contact 2D strain measurement system) in the lab entirely from concept to a fully functional system. I was also involved in assisting Prof. Arockiarajan (PI of the SMC Lab) in writing and finalizing new project proposals and applying for grants.

Chennai, Tamil Nadu, India

My primary task as a project associate was to develop a theoretical understanding and create a modeling tool for the characterization of magnetostrictive thin films. During this phase, I developed a qualitative analysis of deflections in magnetostrictive bi-layers with the aim of optimizing future experimental studies. The study was successfully completed and the report submitted to the funding agency.

Doctor Of Philosophy - Phd, Physics

Ms (By Research), Applied Mechanics

Bachelor Of Technology - Btech, Mechanical Engineering