Experience

WuXi AppTec, Laboratory Testing Division, New Jersey site

• United States
• Pharmaceutical Manufacturing
• 1 - 100 Employee

• Associate Quality Assurance Specialist

  • Mar 2021 - Present

  Performing audits and inspections of studies and facilities under GLP regulations.Assure the integrity of studies that are under FDA 21 CFR 58, EPA 40 CFR 160 and 40 CFR 792, and OECD, and involve large molecule, small molecule, preclinical, drug metabolism, pharmacokinetics, and animal health fields.Inspect facility functions such as IT, sample receiving, archives, and support groups, and abide by 21 CFR 11.

• Assistant Quality Assurance Specialist

  • Aug 2018 - Mar 2021



Electromagnetic Technologies Industries

• Boonton, NJ

• Mechanical Engineer Intern

  • Feb 2018 - Feb 2018

  Design electronics systems components that achieve certain electrical qualities based on component dimensions. Initial theoretical tests of part dimensions in Octave; determine signal qualities in azimuth and elevation. Perform simulations of parts in HFSS to determine if they meet requirements (wave/energy proliferation, gain, etc.). Design electronics systems components that achieve certain electrical qualities based on component dimensions. Initial theoretical tests of part dimensions in Octave; determine signal qualities in azimuth and elevation. Perform simulations of parts in HFSS to determine if they meet requirements (wave/energy proliferation, gain, etc.).



Rutgers University

• United States
• Higher Education
• 700 & Above Employee

• Professor Assistant, Lab Attendant

  • Jun 2016 - Aug 2016

  Tasks include, but not limited to, lab maintenance and lab equipment repair. 3D printer upgraded with new nozzle and reprogrammed. Tasks include, but not limited to, lab maintenance and lab equipment repair. 3D printer upgraded with new nozzle and reprogrammed.



New Jersey Governor's School of Engineering and Technology

• Rutgers University

• Project Mentor

  • Jun 2015 - Jul 2015

  Project mentor to a group of students, who were to design, via SolidWorks, and build a prosthetic hand within three weeks. Result is a 3D-printed hand made from ABS with movable fingers, wrist capable of flexion-extension, all controlled by a myo armband, which read electromyogram signals. This is to show that a prosthetic that utilizes both myoelectric signals and low-cost construction is possible. Project mentor to a group of students, who were to design, via SolidWorks, and build a prosthetic hand within three weeks. Result is a 3D-printed hand made from ABS with movable fingers, wrist capable of flexion-extension, all controlled by a myo armband, which read electromyogram signals. This is to show that a prosthetic that utilizes both myoelectric signals and low-cost construction is possible.



Robert Wood Johnson University Hospital

• United States
• Hospitals and Health Care
• 700 & Above Employee

• Shadower

  • Jan 2015 - Jan 2015

  Shadowing roughly two surgeries a day for two weeks at RWJ Hospital. Surgeries include nephrectomy, hernia repair, and angioplasty. Given hands-on experience with cadavers and basic surgical tools in operating setting. Shadowing roughly two surgeries a day for two weeks at RWJ Hospital. Surgeries include nephrectomy, hernia repair, and angioplasty. Given hands-on experience with cadavers and basic surgical tools in operating setting.



New Jersey Governor's School of Engineering and Technology

• Rutgers University

• Project Mentor

  • Jun 2014 - Jul 2014

  Project mentor to a group of students, who were to design, via SolidWorks, and build a prosthetic hand within three weeks. Result is a 3D-printed hand made from ABS with movable fingers made remotely controlled by phone. This is to show that people who have access to 3D printers making their own prosthetic hands and keeping costs low is feasible. Project mentor to a group of students, who were to design, via SolidWorks, and build a prosthetic hand within three weeks. Result is a 3D-printed hand made from ABS with movable fingers made remotely controlled by phone. This is to show that people who have access to 3D printers making their own prosthetic hands and keeping costs low is feasible.