Megan Laughlin

About Megan Laughlin

I\'m a hardworking and detail-oriented PhD Candidate in Biomedical Engineering. I have experience with research and development, project management, technical publication and grant proposal writing, entrepreneurship, and intellectual property as a result of my graduate work. I\'m a natural leader with a strong desire to drive projects forward and facilitate cross-functional collaborations. My dissertation work focuses on creating a framework of flow models for the development and testing of cardiovascular devices. The primary components of my research include in vitro tissue-mimicking phantoms and non-invasive, angle-independent imaging modalities such as Blood Speckle Imaging and Vector Flow Imaging. Additionally, I work on the development of a bioprosthetic venous valve, specifically alternative xenograft fixation methods. I completed my BS in Biological Systems Engineering with a minor in Biomedical Engineering. I also graduated from the University Honors Program with the completion of my undergraduate thesis entitled \'Effects of Local Blood Flow on Muscle Stiffness\', utilizing ultrasound elastography. Skills / Competencies: MATLAB, SolidWorks, Microsoft Office Suite, 3D Printing, Mechanical Testing, In Vitro Testing, Image Processing and Analysis, Technical and Proposal Writing, Data Analysis, Research and Development, Cardiovascular Physiology, Human Subjects Research, Scientific and Technical Presentations, Intellectual Property, Ability to Work Independently, Interpersonal Skills, Leadership, Mentorship Gallup Strengths: Achiever - Possesses a great deal of stamina and works hard; takes great satisfaction from being busy and productive Discipline - Enjoys routine and structure; world is best described by the order they create Focus - Takes direction, follow through, and makes the necessary corrections to stay on task; prioritizes then acts Learner - Greatly desires to learn and wants to continuously improve; introspective and appreciates intellectual discussions Strategic - Creates alternative ways to proceed; can quickly spot relevant patterns and issues

Experience

1. Principal R & d Engineer

   Medtronic

   Jun 2025 — Present

Education

• University of Nebraska-Lincoln

  Bachelor of Science (BS), Biological Systems Engineering

  2012 — 2016

• University of Arkansas

  Doctor of Philosophy (Ph.D.), Bioengineering and Biomedical Engineering

  2016 — 2022