Biology
StageMaster 6000
Hydroponics Wall
Far Field OCT Mirror
RESUME
Crafting Background
UCLA ZIPURSKI LAB - MECHANICAL BIOENGINEER
March 2018 - Present
Building an economical automated imaging system for tracking the larval life-cycles of drosophila melanogaster using Raspberry Pi, Pi Camera, and Python codebase.
GENEFLUIDICS - ENGINEERING INTERN
June 2017 - September 2017
-
Built and Refined a prototype robotic medical device with pipetting, centrifuge, and temperature control capabilities to perform bacterial detection assays on biohazardous materials
-
Designed and Assembled a working bacterial incubation chamber with microcontroller enabled humidity and
-
Accomplished goal of maintaning aqueous content of biohazard samples during incubation
-
-
Researched and Developed a more efficient production method for isolating biohazard sample for electrochemical sensing
-
Assembled a specialized 3D printer and programmed it to lay down PLA filament as an isolating barrier
-
Reduced hands-on time by approximately 90% compared to previous isolation method
-
GENEFLUIDICS - ENGINEERING INTERN
June 2017 - September 2017
-
Built and Refined a prototype robotic medical device with pipetting, centrifuge, and temperature control capabilities to perform bacterial detection assays on biohazardous materials
-
Designed and Assembled a working bacterial incubation chamber with microcontroller enabled humidity and
-
Accomplished goal of maintaning aqueous content of biohazard samples during incubation
-
-
Researched and Developed a more efficient production method for isolating biohazard sample for electrochemical sensing
-
Assembled a specialized 3D printer and programmed it to lay down PLA filament as an isolating barrier
-
Reduced hands-on time by approximately 90% compared to previous isolation method
-
SPIRA INC. -BIOENGINEERING INTERN
June 2016 - October 2016
This is a concise description of your previous work experience and the responsibilities you had. The most effective Portfolios give a clear snapshot of where you’re coming from and where you’re going in a way that’s easy for readers to scan and absorb quickly.
GENEFLUIDICS - ENGINEERING INTERN
June 2017 - September 2017
-
Built and Refined a prototype robotic medical device with pipetting, centrifuge, and temperature control capabilities to perform bacterial detection assays on biohazardous materials
-
Designed and Assembled a working bacterial incubation chamber with microcontroller enabled humidity and
-
Accomplished goal of maintaning aqueous content of biohazard samples during incubation
-
-
Researched and Developed a more efficient production method for isolating biohazard sample for electrochemical sensing
-
Assembled a specialized 3D printer and programmed it to lay down PLA filament as an isolating barrier
-
Reduced hands-on time by approximately 90% compared to previous isolation method
-