Roderick Tiangco Email & Phone Number

Livermore, Ca, Us

North Las Vegas, Nv, Us

Responsible for supporting the Science and Advanced Technology and High-Energy Density Physics (HEDP) groups at LLNL in optical systems design ranging from component specification, hardware development, systems test, integration and evaluation.Current activities- Development of a mid-infrared (mid-IR) diagnostic for dynamic applications- Integration and field-test of high-resolution radiographic camera systems at the Flash X-Ray (FXR) source experimental facility

North Las Vegas, Nv, Us

- Classify, or verify classifications of, lasers and laser systems- Perform a hazard evaluation of laser work areas- Ensure that the prescribed control measures are in effect, recommending or approving substitute or alternate control measures when the primary ones are not feasible or practical

North Las Vegas, Nv, Us

- Classify national security information (NSI) from a classification management perspective

North Las Vegas, Nv, Us

- Performed experiments in the development of an ultrafast, single-shot photography system- Operated and maintained a high-power laser system for source-calibration activities- Performed analysis on radiographic image data from dynamic experiments

North Las Vegas, Nv, Us

- Designed, assembled and fielded a polarization-based, optical identification system- Technical lead in the development of an automated particle detection system for identifying materials- Researched and developed light scattering techniques for streamlining front-end particulate processing

- Principal investigator in the development of a holographic recording system for visualizing object motion- Technical lead in the design and fabrication of high-resolution optics for holography-based diagnostics- Developed and field-tested optical sensor systems at the National Labs, including PNNL, LLNL, Sandia and Brookhaven.

- Performed research and developed microlaser-based, high-resolution displays for flight simulators and virtual-reality systems.- Performed research on an optoelectronically steerable laser oscillator (OSLO) based on a degenerate optical resonator.

Ca

Generated and performed statistical design of experiments for characterizing and optimizing various i-line (365nm) photoresists and developer combinations.

Responsible for the design, analysis, development, testing and evaluation of a compact optical reader-head using off-the-shelf components. The read-head was subsequently incorporated into the existing Laser Holoscale product line.

Physics, Electro-Optics Emphasis

Physics, Mathematics Minor

Education record