● Executed releasing of biomedical telemetry research devices from development stage to routine manufacturing and optimize the existing manufacturing processes● Established standard procedures to manufacture, test, and inspect the devices to achieve performance, cost, and quality objectives ● Controlled SOPs, Work Instruction, BOM, Inspection reports, and other quality-driven documentation required to manufacture medical devices and to document device master records (DMR)● Designed and manufactured custom parts, assembly jigs, and testing equipment using 3D printers to increase producibility and decrease costs ● Produced, reviewed, and revised engineering drawings to fabricate custom plastic and metal parts● Advised material selection, packaging and sterilization solution, and design guidance on mechanical aspects● Trained manufacturing associates and investigated, evaluated, and troubleshot production issues

● Managed new projects from the proposal stage to the process optimization stage for routine manufacturing to meet GMP principles● Advised sterilization strategies using relevant FDA and HC approved standards ● Documented production and inspection methods, production performance, change control, work instruction, test protocols, process validation, and standard operating procedure (SOP)● Collaborated with suppliers, distributors, clients, and internal staff to effectively complete project deliverables● Identified flow drawbacks in the production line and advocated the implementation of automatic machinery to streamline processes for long-term cost reduction and improved product output

● Organized multiple time-sensitive projects from defining project scope to project closure; closed 3 long-term projects and scoped a prototype project with a budget of $10,000 ● Designed, documented, and created a drawing package for the prototype project; the design is currently used in the fields to increase the efficiency of downhole drilling● Performed stress calculations and proposed new designs for downhole equipment to mitigate risks of rotor catcher failure

● Designed and 3D modelled parts, sheet metals, and assemblies of machines using CATIA to automate the wood framing process● Generated manufacturing drawings for sheet metals and custom parts ● Upgraded the assembly procedure by producing assembly instruction drawings

● Evaluated the anatomical and mechanical characteristics of the human aorta and established manufacturing processes of an artificial aorta to improve bench testing accuracy● Assessed material properties of the human aorta to select suitable artificial materials for testing and manufacturing● Designed and 3D printed jigs to prototype artificial aorta● Examined the in-house manufactured artificial aorta by performing tensile tests ● Programmed data analysis codes using MATLAB to process the lab test results