Kittima Bootdee

Developed targeted drug delivery system of magnetic polymeric nanocomposites and surface modification specified for cancer cells, Electrospun nanofibers for wound dressing, Plastic waste amount using Material Flow Analysis (MFA) and plastic waste recycling chain in Thailand, and Waste utilization

Utilized industrial and agricultural wastes for specific applications by blending with polymers and pyrolysis. Developed polymer nanocomposites for drug carrier systems and identified their controlled release characteristics. Assisted PI to supervise master students to perform their research.

-Supported USA, European, and Japanese customer -Performed order administration duties -Coordinated with engineering design team to perform a new Print Circuit Board (PCB) products according to customer requirements -Assisted Sales Director to develop new business channels

-Checked lists the properties of products following data sheet qualifications -Assisted R&D to develop product quality

Designed targeted drug delivery system of magnetic polymeric nanocomposites for bone diseases and cancer cells Waste utilization

worked on a research topic of 'Synthesis and Encapsulation of Magnetite Nanoparticles in PLGA' that one can use the finding for further development of smart delivery vehicles to improve therapeutic performance

worked on a research topic of Preparation and Properties of PCL, PDMS, and Polyether-modified CMC Films' for wound dressing application