Jun Wang Email & Phone Number

Karlsruhe, BW, DE

比利时 Flemish Region 鲁汶

• Developing and implementing novel processes for heterogeneous component integration, such as complex MEMS devices, sensors, and photonics, on CMOS-embedded wafer.
• Development and implementation of innovative processes for heterogeneous component integration.
• Designing and evaluating experiments to develop process modules, including wafer bonding, wafer thinning, deep Si etching and so on.
• Coordinating interdisciplinary teams for process development.
• Sizing and planning resources of the project as a project owner.
• Delivering regular progress reports and communicating technical results to customers.

Enschede, Overijssel, Netherlands

• Project: topological insulator working at high temperature (oxide material)The project studies the oxide thin-film material, which is promising as a topological insulator working at a higher temperature. Main jobs in.
• Studying the thin film material fabrication and transport properties.
• Structuring the thin film sample by UV lithography or e-beam lithography and dry and wet etching in cleanroom (semiconductor process).
• Modelling the properties of thin-film materials by Matlab.
• Supervising master student.

Enschede Area, Netherlands

Project: Proof of new concept for the company Happy Electron.To prove the new concept of the battery and develop the products for the company Happy Electron, I studied the thin film materials fabrication, device designing and fabrication and working performance in new oxide heterostructure system. I did this work in an international team.

Enschede, Overijssel Province, Netherlands

• Project: Alternative conductive-oxide electrodes for Pb(Zr,Ti)O3 thin film capacitors.The project studies on working performance of Pb(Zr,Ti)O3 thin film - based piezo capacitors with new conductive-oxide electrodes.
• Thin-film material fabrication by pulsed laser deposition (PLD) and material characterization by using atomic force microscope, x-ray diffraction, etc.
• Image processing on images of plasma plume in PLD and data fitting and analysis for x-ray diffraction and transport measurement by using Matlab.
• Attending international conferences and making posters and oral presentations.
• Supervising 2 master students for Capita Selecta projects.

Venlo

Observing the very early stage (1-1000μs) of air bubble entrapment in the new design print head. Experimental study to understand the dynamic behavior of the entrapped bubble. The result can be used for improving the design of the nozzle in the print head.

博士, Material Science

Master'S Degree, Nanotechnology

Bachelor'S Degree, Physics