Freelance Work

Programming Experience For 28 Years With Various Data Analysis Methods

Two-dimensional Image Processing (18 Years), Three-dimensional (10 Years)

Development Of Algorithms In Computational Geometry In All Projects

Statistical Optimization

Topological Analysis Of Point Clouds

Representation Of Spatial Environments Using Meshes

Visualization Of Volume Data

Programming Languages Used In Recent Years: Python (Numpy, Scipy, Pandas, Opencv, Keras)

Matlab, Octave, Idl, R, Mathematica, C++, Labview

Other Software: Blender, Uml, Latex, Origin, Pov-ray, Ms Office, Linux

Soft Matter, Pattern Formation In Nature, Transition Between Ordered And Disordered Systems

Particle Technology And Particle Visualization

Fluorescent Dyes, Handling Chemicals, Colloids

Lasers (Class 3b), Optical Instruments, High-speed Camera

External Control Of Measurement Devices, Computer Hardware, Vacuum Experiments

Guided Tours At Scientific Exhibitions

Experience With Image Processing (Since 2002)

Development Of Custom Algorithms In The Following Areas:

Two-dimensional And Three-dimensional Image Processing

Automated Capture And Analysis Of Image Sequences

Spline Interpolation Of Surfaces From Irregularly Spaced Data Points

Analysis Of Image Data Using Methods Of Computational Geometry

Further Processing Of Point Cloud Data

Object Detection Using Convolution, Hough Transform

Tracking Detected Objects In Image Sequences

Measurement Of Flow Fields Using Tracers In Liquids And Granular Materials

Morphological Image Operations

Metric Characterization Of Image Elements

Subpixel Operations, Detection With Subpixel Accuracy (±0.1 Pixel And Better)

Optimization Of Algorithms For Memory Usage And Cpu Time

Implementation Of Current Algorithms From The Literature

Development Of Improved Custom Detection Methods

Visualization Of Image Data Using False Color And Rendering

Creation Of Animations To Visualize Three-dimensional Data

Experience With Computed Tomography And Radioscopy

‘Small Animal In Vivo Scanner’, Nanospect/ct, Leibniz Institute For Neurobiology Magdeburg

Radioscopy System Gs 220, Sauerwein Gmbh, 32 Kev, Institute For Materials And Joining Technology, University Of Magdeburg

‘Ct Alpha Procon X-ray’, 160 Kev, Institute For Thermal Process Engineering, Nawitec, University Of Magdeburg

‘Phoenix Nanotom’, 180 Kev, Max Planck Institute For Dynamics And Self-organization Göttingen

‘Siemens Artis Zeego’, Experimental Factory Magdeburg

Experience With Labview (2008-2016)

Control Of Various Scientific Cameras (Labview Vision As Well As Firmware)

Control Of Stepper Motors

Reading Measurement Sensors

Coordination Of Multiple Components

Saving Measurement Data And Images

Interactive Control Of The Program Flow Via Measurement Data

Automated Multi-month Runtime With Human Remote Supervision

Optimization For Stability And Speed

Knowledge Of Labview Pitfalls

Largest Project: 8 Years

Experience With Scientific Cameras (2002-2016)

High-speed Cameras

Hisis 2002, Ksv Instruments Ltd

Kodak Ektapro 4540mx Imager

Shimadzu Prototype, On-chip Technology (Isis), 1 Million Images/s

Photron

Infrared Cameras

Infratec Image Ir 8300, High-speed

Itema Thv 900

Other Cameras

Sony Xcd U100

Kodak Megaplus 6.3i

Hamamatsu C9300-201

Basler A302b

Control

Labview, C++

Usb, Firewire, Ethernet

Triggering: Software And External

Accessories

Optical Filters

Uniform Lighting

Fluorescent Dyes

Laser