• Develop process optimization solutions utilizing lean methodology• Implement manufacturing resource planning software• Design and execute packaging system validation for amniotic membrane products• Design and execute clean room disinfection validation for manufacturing environment• Design and execute commissioning, Qualification and Validation of labeling, manufacturing, and monitoring equipment• Design and execute aseptic process validation for manufacturing processes• Perform failure mode and effects analysis (FMEA) on manufacturing processes

• Design and execute experiments and feasibility tests including isolation and characterization studies of osteogenic and mesenchymal stem cells• Utilize science and feasibility test results as a basis for designing and performing engineering runs for the production of viable cellular bone matrix products• Lead technology transfer activities for the manufacture of viable cellular bone matric products including: creation of standard operating procedures, labeling and marketing materials, personnel training, and setup of the supply chain• Identify, plan, develop, manage, and execute regulatory compliance, process optimization and cost reduction projects involving multi-departmental teams• Lead SKU management restructure project• Support creation of marketing material in English and Spanish• Perform commissioning, qualification and validation of various equipment and processes including automated cell counters, automated cell processing systems and centrifugal mills• Manage and support internship program• Perform training of product managers and sales representatives• Present products to potential customers, distributors and investors• Provide field technical support of products• Create production model to calculate resource needs necessary to meet sales demandsKey Results:• Played leading role in research, development, technology transfer and release to market of flagship allograft product whose sales made up 20% of the company’s revenue in 2016 • Led cost reduction project that will to achieve savings of 43% in laboratory testing services in Q2-Q4 of 2017• Led testing and implementation of automated cell processing system that reduced product line’s labor needs by 50%• Led process optimization project that increased product yield by 20%; reducing COGS for the product line by 16% in 2016

-Work in Dr. Fotios Andreopolous’ lab performing research regarding the delivery of bFGF in electrospun scaffolds for guided angiogenesis-Design and prototype of microscope stage incubator with temperature and CO2 control for time lapse imaging-Electrospinning of gelatin B fiber scaffolds- Evaluate gelatin B hydrogels with degree of swelling studies- Measure the release kinetics of gelatin B hydrogels-Perform cell culture with human umbilical vein endothelial cells (HUVECs)- Image electrospun scaffolds containing HUVECs with Motic AE 20/21 microscope- Image electrospun scaffolds with Scanning Electron Microscope- Time-lapse microscopy of HUVECs to evaluate cell migration

- Assist Facility Supervisor with duties that included: doing inventory, dealing with unhappy/troublesome customers, enforcing rules, preparing the facility for different events- Assume responsibility for above duties if Facility Supervisor was not present- Train new employees in skills such as: proper customer service, selling of merchandise, doing inventory, maintaining facility- Use my leadership and communication skills to ensure a stable future and maintain the normal functions in the Wellness Center

- Worked in Dr. Kristi Anseth’s lab performing research regarding the encapsulation of human mesenchymal stem cells in anti-inflammatory hydrogels- Synthesized peptides on a solid phase peptide synthesizer- Purified peptides using High Performance Liquid Chromatography Purification- Analyzed peptides with matrix-assisted laser desorption/ionization – time of flight (MALDI-TOF)- Performed cell culture with mesenchymal stem cells- Conducted Cell Viability assays- Created poly(ethylene glycol)(PEG)-tetranorbornene hydrogels through UV photopolymerization- Imaged mesenchymal stem cells with laser scanning confocal microscope- Presented studies at a local event in a poster session

-Maintained a safe environment in order to provide patrons an enjoyable experience at the water park and various pools-Sustained chemical balance and overall hygiene of pool