Anthony Iovene Email & Phone Number

Branford, Connecticut, United States

Guilford, Connecticut, United States

• Developed standardized maintenance protocols for Platinum device, which resulted in significant increase in system reliability from to > 99%.
• Facilitated cross-functional meetings and coordinated daily with design and software engineering departments to resolve complex instrument issues, ensuring effective solutions.
• Drove the analysis and design specifications alongside electrical and mechanical engineers for hardware with highest the failure rate resulting in the first true preventative maintenance protocol by utilizing python.
• Led regular triage "Root Cause Analysis" meetings and recommended technical projects based on current needs and priorities.
• Piloted onsite troubleshooting at one of the first customer sites, resolving the issue and verifying results by re-training customers on SOPs for the protein sequencing device.
• Conducted extensive verification and validation processes in areas including software, device, and sequencing reagents resulting in the ability to release new software and kits to customers.

Guilford, Connecticut, United States

Branford, CT

• Awarded the Graduate Provost Assistantship Scholarship for the Biomaterials and Medical Device Innovation’s Laboratory
• Operated laboratory equipment such as microscopes, nitric oxide analyzer, 3D printer, and biological 3D printer
• Developed new procedures in novel areas of research within Biomaterials and Medical Device Innovation’s Laboratory
• Maintained meticulous notes and laboratory data and summarized the findings to the principal investigator

New Haven Connecticut

• Increased patient safety by coordinating a medical device recall on Infusion Pumps, finding 1,000 devices of 2,000 defective
• Collaborated with Physicians to assess how devices, for instance, 3D microscopes, are used in the medical environment
• Maintained hospital logs and compiled data

• Developed QA procedures thus establishing new SOPs while maintaining QA of carbon nanotubes using optical microscopy.
• Reduced delays in manufacturing through an independent project with graphite susceptors.
• Performed technical tasks on the carbon nanotube reactor impacting the manufacturing process.

Master'S Degree, Biomedical/Medical Engineering

Bachelor Of Science - Bs, Biomedical/Medical Engineering

Activities and Societies: Biomedical Engineering Society Minor in Biology

Education record