- Master of Eng,
Biomedical Engineering Boston
University
- Bachelor of
Science, Physics University of Texas
- Publication expected "Laser Photo-Reflectance Characterization of Strain in Thin-Strained Silicon Films" in Journal of Thin Solid Films
- Work with semiconductor metrology start-up on a technology to reduce costs and speed up the manufacture of electronic devices
- Perform photoreflectance calculations for linear and nonlinear dielectric substrates and thin films
- Solve electrostatics problems – determine electric and displacement fields, electrostatic potentials, and surface bound charge for investigational technology
- Analyze semiconductor physics of p-n junction, calculate Capacitance-Voltage curves during metrology
- Part-time teaching of math skills and homework tutoring for students K through 12th grade
- First to learn and implement new testing procedure which utilized new equipment / tools and required thoroughness and attention to detail
- Collaborated with Sr. Engineers on new automated testing project
- Documented equipment settings and testing parameters upon discovering an operational failure, attempted to reproduce the failure, and determined precise failure conditions
- Assisted developing intellectual property portfolio by performing brief "prior-art" searches against other patents, patent applications, and scientific publications
- Researched commercial applications for developmental technologies
- Mentored and guided students during activities, and offered insight into technical careers
- Instructed in programming LEGO Mindstorms with LabVIEW derivative software
- Operated radioactivity experiment to support hypothesis of positive correlation between solar flares and radioactivity
- Implemented MATLAB algorithm to compute metric on 300 MB data to develop technology for investigational random number generator
- Sped up computation of metric by 1000 % by implementing distributed computing
- Designed procedure and made phase holograms with hologram kit and interfering laser beams
- Automated data acquisition with LabVIEW and precision current meter
- Programmed interactive data analysis script in MATLAB to compare theoretical and experimental data
- Scored highest for human tactile receptors as Linear Time-Invariant systems lab report
- Presented control system design overview for Adaptive Optics
- Implemented dynamic models and Control Systems in MATLAB
- Utilized advanced Signal Processing techniques in MATLAB
- Co-designed, sized components, and wrote technical manual for automation term project
- Finalist in Boston University's Entrepreneurship Design Contest
- Boston University, Late Entry Accelerated Program Scholarship
- Sigma Pi Sigma Physics Honor Society member
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