Sunay B. Email & Phone Number

Santa Barbara, Ca, Us

Los Angeles County, California, United States

Los Angeles County, California, United States

• Developed state-of-the-art defense against train-time image classification poison attacks using Energy-Based and Diffusion generative modelsdynamics and released Github repositories• Published novel AI architectures and methods for causal discovery, utilization of causal priors in deep learning, causal generative models, latentspace interpretability, and optimization for causal models• Seven academic quarters as a Teaching Assistant (TA) in engineering writing and ethics courses; developed curriculum to integrate writing and engineering ethics instruction into senior design courses for all engineering undergraduate majors at UCLA

Pasadena, California, United States

• Applied State-of-the-Art modeling for traffic intersection safety analytics, modeling, and interventions

Santa Barbara, California Area

• Lead engineer on the site’s largest production program manufacturing cryo-cooled, infrared photodetector systems• Led major R&D project to implement state-of-art detector material• Published multiple white papers and led business unit documentation efforts including materials on focal plane array process improvements, radiometric defects, system characterization methods, and image processing algorithms

Santa Barbara, California Area

Knoxville, Tennessee Area

-Lead team designing automated robot tour guide of department building-Completed custom PCB design, Arduino programming, electrical wiring, solder work, and documentation

Cambridge, Ma

•Assisted in design and construction of multiple sensor prototypes requiring custom PCB and software design•Improved product performance benchmarks and increased data transmission rates by an order of magnitude•Collaborated with management, consulting firm, and project team as engineer working on hardware/software interfaces•Design and operation of hardware and embedded system software for government and industry demonstrations and proof of concept designs.

Knoxville, Tennessee Area

UT Nonwovens Research Laboratory:-Developed a method to measure the electrical conductivity of high resistivity materials-Evaluated the change in conductivity of carbon nanotube (CNT) yarns and graphene reinforced polymeric fibers-Conducted research on acoustic impedance of various fiber-based composites

Oak Ridge, Tn

-Worked with state of the art 3-D metal and plastic printers along with respective accompanying software to predict microstructure as a function of thermal cycling-Prepared Keyence microscope metal samples and helped analyze resulting images-Helped disassemble and find issue with POM DED metal printer giving insight into internal mechanical the device-Studied effects of graded compositions with metal printers in regards to potential applications including streamlining of manufacturing processes for several industries including the aerospace