Omid Madani Email & Phone Number

Lund, Sweden

As a member of test and verification group developing new test procedure

Lund, Sweden

• Initiate the study, design the experiments and plan the project
• Coding and modeling the light interaction with nanometer structures for example embedded nanowires
• Writing scripts for internal customer for data extraction and analysis
• Design and building new set-up for automated electrical measurement
• Building an understanding of the nanowire solar cells & maintaining a data driven device improvement road map
• Responsible for test protocols and characterization (optical, electrical and structural ) internally as well as at the customer level

Oldenburg Area, Germany

• PhD thesis: “Investigation of microcrystalline silicon emitters and DC sputtered ZnO:Al as front contact in silicon heterojunction solar cells”
• Initiate the study, design the experiments and plan the project
• Coding and modelling the recombination at amorphous/crystalline silicon interface
• Various characterization (including structural, electrical and optical) and optimization of semiconductor thin-films for silicon heterojunction solar cells
• Modelling to predict the experimental results using MATLAB

PV-LAB, Switzerland

• C programming and modeling to understand the growth of multi-crystaline silicon
• Synthesis and classification of different hydrogenated amorphous and multi-crystalline silicon materials to understand the effect of surface morphology for improving the modeling

PV-LAB, Switzerland

• Master thesis title: “Coding to model a large area sun simulator for thin film PV modules”
• Programming to create an optical simulation tool for the prediction of the sun simulator performance
• Design and build a new generation of large area solar simulator based on modeling results
• Programming the interaction of various light sources (high power LEDs) for integration into the sun simulator using MATLAB and LabVIEW

PV-LAB, Switzerland

• C++ programming to develop an existing modeling for microcrystalline silicon growth
• Programming different substrate morphology for a 3D simulation to identify optimum microcrystalline silicon growth surface
• Create an algorithm for counting the cracks

Tehran-Saveh

• Programming SIMATIC S7 PLC as a Member of installation and commissioning group
• C programming

Bachelor thesis title:"Designing RISC Processor Based on MIPS with VHDL and implementation on FPGA"

Doctor Of Philosophy (Ph.D.), Doctor Of Natural Science, Magna Cum Laude

Ph.D. thesis: “Coding and modeling recombination at a-Si:H/c-Si interface”

Master Of Science (M.Sc.), Micro- And Nanotechnology

Master thesis: “Programming to create an optical simulation tool for the prediction of the sun simulator performance for thin film PV.

Bachelor'S Degree, Electrical And Electronics Engineering

Bachelor thesis: “Designing RISC Processor Based on MIPS with VHDL and implementation on FPGA”