• Responsible in reducing specimen handling, tracking, and storing mishandling by implementing new check-in and out using LIMS system• Validated and performed quality checks on all paperwork to make sure they are up to date and according to standard operating procedure• Checked batch paperwork were on schedule for submission and processing for the week and month• Documented and verified results by following Good Document Practice (GDP) and data processing using Excel• Technical review of paper work and batch sheets to ensure quality of work under TSOP• Ran Microneutralization Assay for production on patients’ samples for quantification of Dengue virus neutralizing antibody titers (MNT)• Performed immunostaining on samples using multi-channel pipettor and recorded the data in real time

• Designed, planned and troubleshoot automated micro-nanobubble (MNB) generation and distribution system that delivers oxygenated solution to the wound site• Planned and submitted purchase orders for the inventory and planned out the blueprint of the device using Solidworks• Tested and validated the prototype device circuitry (soldering), connection (tubing), and components (Arduino, solenoid, relay channels etc.)• Verified the design criteria to ensure that it is met and make adjustments when necessary• Performed quality control on the prototype to ensure they were within the specifications according to the ISO• Researched patents of current solutions on the market to ensure current device and technology do not infringe patents• Made sure project was running smoothly and efficiently according to the timeline and within planned budget• Pitched project ideas and progress every quarter to mentors and marketed the project to prospective clients

• Made biosensor platform samples using electrophoretic deposition (EPD)• Established and created the experimental procedure and instructions for conducting the experiment• Biosensor platform prototype was integrated with microfluidics channels for testing to identify bacteria in biofilms• Documented experimental data, restocked chemicals, and maintained laboratory cleanliness

• Grew, fed, and maintained cells used for experiments • Gathered microfluidic channels data using fluorescent microscopy• Analyzed fluorescent microscopy images data of pericytes like cells such as HUVEC and Lung Fibroblast on blood vessels using AngioTool, ImageJ• Measured of marker expression such as PDGFR-β and NG2 using Immunocytochemistry and Flow Cytometry