FORENSIC ENGINEERING AND VISUALIZATION

Steven Beier

Forensic Animator
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Steven Beier is a forensic animator at Kineticorp, specializing in the development of technical graphics and animations relating to accident analysis and reconstruction. Currently, Mr. Beier is creating accident reconstruction animations in virtual reality environments, as part of Kineticorp’s virtual reality team.

Mr. Beier’s technical skills include three-dimensional modeling, lighting, rendering, and animation, with additional experience developing real-time graphics for web and mobile devices. His experience in development for mobile devices includes scene optimization for mobile publishing, scripting for interactivity, and custom shader writing. Past projects have included photogrammetric reconstruction of cultural heritage sites, real-time architectural visualization, and apps designed to educate through the use of visualization.

Mr. Beier’s early work in neuroscience research focused on video imaging of calcium ion transients in single hippocampal neurons in conjunction with electrophysiological recordings of neural activity. He then went on to study the proliferation and differentiation of neural stem cells and precursor cells in the developing and adult brain.

Mr. Beier has experience with the following biological sciences laboratory techniques:

  • Fluorescence, confocal, and multi-photon microscopy with experience in image analysis using MATLAB
  • Single-cell electrophysiological recording
  • Immunofluorescent staining of cells and tissue
  • Recombinant DNA design and construction
  • Isolation and maintenance of neuronal cells and tissue in culture
  • Microarray-based gene expression profiling and analysis
  • Micro-patterning of neuronal growth substrates


The Journal of Physiology
Brain Research
PLoS Genetics

  • Cholinergic stimulation enhances cytosolic calcium ion accumulation in mouse hippocampal CA1 pyramidal neurons during short action potential trains. J Physiol 526, 129-142 (2000)
  • Long-term cultivation of multipotential neural stem cells from adult rat subependyma. Brain Research 980, Issue 2, 221-232 (2003)
  • Cell-Autonomous Death of Cerebellar Purkinje Neurons with Autophagy in Niemann-Pick Type C Disease. PLoS Genetics 1:81-95 (2005)

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