David Steuerman Email & Phone Number

Los Angeles, CA, US

Greater Los Angeles Area

I use my research background in chemistry and physics to provide the Foundation with domain expertise in Nanoscience. I draw on my experiences as a professor, managing research and development at a technology startup and consulting for federal agencies to build programs in Nanoscience, Quantum Information Science, and Data Science that cross over all areas.

Washington D.C. Metro Area

I supported data-centric systems engineering and programmatic acquisition efforts for the Federal Aviation Administration. I have authored and contributed to organizational and systems analyses that have informed senior agency decision-makers. This has included developing a strategy to restart a failed mission-critical program and understanding the.

Manhattan

My primary role at Sum was developing non-invasive approaches to measure clinically relevant signals for health monitoring applications. My team contributed to intellectual property and prototype development, as well as technology transfer to our hardware engineering team. For our funding partners, I evaluated the scientific/technical merit of investment.

At UVic, I founded a state-of-the-art research facility dedicated to characterization and fabrication of novel materials and devices. I pursued materials science research using ultrafast lasers and optics, custom motion control systems, and digital and analog electronics for sensitive signal analysis at cryogenic temperatures and in large magnetic fields..

I use my recent experience with medical grade instrumentation to help companies develop and improve their wearable technology strategies and implementation. I am currently assisting BfB Labs - Shift Design to select a hardware platform that can best drive an exciting user experience for a video game, and to assess and improve their in-game algorithm.

I pursued research in ultrafast magneto-optics of semiconductors and nanostructures, as well as high resolution microscopy of conducting polymer structures. I developed novel approaches to investigate a broad array of complex systems using image analysis, computational models, instrumentation design, systems integration, and automation.

Greater Los Angeles Area

I pursued mechanistic studies of catenane and rotaxane switching phenomena in environments such as solutions, polymer electrolytes, and solid state devices. I developed a thermodynamic picture to describe switching dynamics in multiple phases.

Greater Los Angeles Area

I studied the interactions of polymers and carbon nanotubes for the purpose of self-­assembly and novel device fabrication. I built a fabrication platform to integrate single­-walled carbon nanotubes into molecular switch tunnel junctions.

Phd, Chemistry

Studied the interactions of polymers and carbon nanotubes for the purpose of self-­assembly and novel device fabrication. Created a.

Special Student, Chemistry

Pursued mechanistic studies of catenane and rotaxane switching phenomena in environments such as solutions, polymer electrolytes, and.

Ab, Chemistry And Physics