16.10.2026 aktualisiert

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Experimental Physicist | Optical Metrology & Test Automation

Kassel, Hessen, Deutschland
Weltweit
Master of Science (M.Sc.) in Physics
Kassel, Hessen, Deutschland
Weltweit
Master of Science (M.Sc.) in Physics

Profilanlagen

Mashood_Tariq_Mir_CV.pdf

Über mich

Experimental Physicist with 6 years of hands on experience in optical metrology, laser based measurement systems, test automation, LabVIEW, Python and MATLAB. Available for optical test, measurement automation, system characterization, troubleshooting and data analysis projects.

Skills

OptikAutomatic Test EquipmentTest AutomationElektronenmikroskopOptoelektronikLaserphysikLaser-systemeOptische Messtechnik
Optical Metrology & Testing
Expertise in optical alignment, measurement characterization, calibration checks, measurement validation, and error-source isolation for complex optical and laser-based measurement systems.

Test Automation & Instrumentation
Proficiency in LabVIEW and NI-DAQ for automated acquisition and instrument control, including motorized delay stages and closed-loop feedback control workflows.

Data Analysis with Python & MATLAB
Strong background in Python and MATLAB for measurement data analysis, curve fitting, background subtraction, signal processing, trend analysis, and measurement data evaluation.

Optical Systems & Imaging Diagnostics
Knowledge in beam path design, beam profiling, CCD/CMOS imaging, spectrometers, photodiodes, beam-size control, collimation, beam stabilization, and spatial and temporal overlap.

Laser & Measurement Systems
Hands-on experience with Ti:Sapphire femtosecond lasers, pulse shaping, TG-FROG pulse characterization, SHG/THG, and time-resolved spectroscopy.

Systems Integration
Experience in optomechanics, electronic instrumentation, HV/UHV instrumentation, and hardware and software integration for measurement setups.

IT Administration & Lab Computing
Maintenance of lab workstations, instrument-control computers, data storage, and backup systems, including configuration of hardware drivers and software tools for measurement and data-acquisition workflows.

Small-Angle Neutron Scattering (SANS) Data Analysis
Analysis of SANS data from the FRM-II research reactor to map structural changes, and application of thermodynamic models to evaluate structural behavior within nanoporous networks.

Erfahrung

Berufserfahrung5 - 10 Jahre
Freelancer seit2026

Sprachen

DeutschGrundkenntnisseEnglischverhandlungssicher

Projekthistorie

Research Scientist / Experimental Physicist

Research Group, Kassel
Developed, characterized, optimized, and troubleshot optical and laser-based measurement systems. Responsibilities included optical setup development, beam diagnostics, automated acquisition, measurement validation, system troubleshooting, and experimental data analysis. Designed and built an NIR 4f pulse shaper and SHG setup, maintained THG and TG-FROG alignment, integrated optical components and electronic feedback loops, developed camera and spectrometer-based diagnostics, programmed LabVIEW and Python/MATLAB analysis routines, and documented alignment and calibration procedures.

IT Administrator (Research Group Responsibility)

Research Group, Kassel
Maintained lab workstations, instrument-control computers, data storage, and backup systems. Configured hardware drivers and software tools for measurement and data-acquisition workflows. Supported researchers with workstation troubleshooting, data handling, and software configuration.

Research Assistant - Optical Characterization & Automation

Research Group, Kassel
Developed automated mapping routines in LabVIEW for controlled optical measurement and data acquisition. Designed and built a custom cryostat adapter to improve mechanical and measurement stability. Optimized mechanical alignment during cooling cycles to maintain reliable sample positioning.

Master Project Researcher

University of Siegen
Conducted a master project on SANS study of polymer-coated nanoporous systems. Analyzed Small-Angle Neutron Scattering (SANS) data from the FRM-II research reactor to map structural changes, and applied thermodynamic models to evaluate and quantify structural behavior within nanoporous networks.

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