Michael Flynn Email & Phone Number

As a cofounder of Sonnest Inc., I created a role for myself where I could apply my desire to learn quickly and independently and develop a broad range of skills. During this period at Sonnest Inc., I expanded and deepened my expertise in lab management, mentorship, equipment purchasing and repair, technical writing, new product development, test method.

My role at Sonnest Inc. during this period was to lead all on-site scientific activities of the engineering team. This included designing, delegating, and co-executing experiments, and documenting and communicating key findings, progress, and current and future scientific strategy to leadership.

During this period, I served as Sonnest Inc.’s sole on-site engineer, researching, designing, executing, analyzing, and communicating findings of all experiments in the laboratory in the development of our first product, a novel ultrasound enhancing agent, Electrast™. These experiments included researching and implementing manufacturing process.

Philadelphia, Pennsylvania, US

The Wrenn Biological Colloids lab applies principles of colloid science to the study of human diseases. I contributed to this mission by creating tailored applications which interface with electronics such as signal generators, ultrasound transducers/hydrophones, RF amplifiers, and oscilloscopes for the measurement of ultrasound attenuation and scattering.

Newark, Delaware, US

In my second co-op experience with W. L. Gore and Associates, I decided to move within the Core Technology Analytical team from my previous role specializing in spectroscopy to a mixed software and product development role. In my product development work, I determined the process window for a key step in an IP-sensitive exploratory research project by.

At W. L. Gore and Associates, I learned a wide range of new skills from masterful mentors. My understanding and execution of analytical methods such as FTIR, NMR, and Raman spectroscopy were sharpened. I developed test methods to quantify the reliability of new analytical instruments. I grew my confidence in my ability to collaborate with engineers and R&D.

Abingdon, Oxfordshire, GB

During my time on the Enabling Research team at Infineum USA, I learned that I enjoy investigating engineering problems to the point of pondering it outside of work hours. I worked on two main categories of projects: polymerization modeling and product improvement.I learned to use Siemens gPROMS (PSE gPROMS back then), a proprietary non-linear equation.

As a researcher in Dr. Tang's lab, I quickly overcame the knowledge barrier that existed between a freshman engineer and a contributing laboratory team member. My first project was to develop a repeatable and consistent process for evaluating various organic solvents for possible sodium-ion batteries. After I established a process, I began researching the.

Philadelphia, Pennsylvania, US

A team of three freshman engineers, (Nicholas Bromhead, Michael Barnes, and myself), joined forces with PhD candidate Alyssa Bellingham of the Nanophotonics+ Laboratory to develop an electroluminescent dip coating device in ten weeks as part of the freshman design laboratory course requirement at Drexel University. I directed 3D printing of custom parts.

My responsibilities included publishing the orchestra calendar monthly, planning events, answering younger members' questions, and moving orchestra equipment.

Master Of Science - Ms, Chemical Engineering

Bachelor Of Science - Bs, Chemical Engineering

Education record