Katherine Bausemer Email & Phone Number

I was the lead engineer responsible for a new IP which will be used for production of vanadium electrolyte. My responsibilities included operation and debug of the beta system, developing and validating the prototype system, and preparation to scale up the system for manufacturing.

Woburn, MA

I was responsible for subscale testing of vanadium redox flow batteries. I built test stands and fixtures, debugged the operation of the tests, wrote Labview code to run the test stands, and wrote Matlab scripts to analyze the test data. I was also responsible for writing test and calibration procedures for optical, flow, and open circuit voltage sensors.

Qdvision

I was heavily involved in interfacing with customers in implementing QDVision's Color IQ technology into their system designs. I was involved in the creation of the customer's product from its inception until it is released to manufacturing. My main role was to run data analysis on product designs and create customer specifications. I was also heavily.

As a test engineer for the display lab, I was involved in the groundwork of Color IQ implementation. In addition to designing test beds, running tests, and designing experiments, I was also very knowledgeable about measurements and data analysis techniques. I was especially proficient at optical measurements. I designed test software using VBA to improve.

In this position I worked as a Master's student researching the mechanics of bacteria; particularly in how mechanics and deformation related to adhesion. I customized a 2D finite element code in Fortran by changing the algorithm to allow for more complex shapes and orientations. I did an extensive study of mechanical properties to use as modelling inputs.

My senior capstone project involved designing and prototyping a robotic medical device for rehabilitation. I was heavily involved in the design of the components and the selection of motors, transducers, and other mechanical parts. I created the CAD model for the project in SolidWorks. I programmed a PID controller using an Arduino and force and torque.

As a co-op student, I was in charge of running all of the measurements for the display testing lab. In addition to testing, I build test beds and setups, customer prototypes, and demo units by retrofitting existing TVs with QDVision's technology. I debugged customer systems using thermal measurements and mechanical prototyping. As a personal project, I.

For my first undergraduate work experience, I worked under the a product engineer to lead the global adaptation of our products. I wrote specifications and communicated to a cross-functional team of marketing, design, project management, and engineering. I was involved in all stages of product development from conception to manufacturing. I participated in.

Master'S Of Science, Mechanical Engineering, 3.88

Thesis: Attachment Detachment Behavior of Cylinders under DLVO Forces: A numerical study for adhesion of bacteria

Bachelor Of Science, Mechanical Engineering, 3.96

Capstone Project: Two Degree of Freedom Haptic Hand Rehabilitation Device