Hanna Anderson: Engineering student focuses on bioengineering and nanotechnology

Hanna Anderson is a junior in bioengineering with a minor in nanotechnology from Brewer, Maine.

Why did you choose UMaine and engineering?
I chose the University of Maine and specifically the College of Engineering because its engineering program is well-renowned and financially affordable, and because I love the Maine atmosphere. During my senior year of high school, I had no idea which major to pursue, until I stumbled upon bioengineering. I came to the conclusion that it would be the perfect combination of science and creativity, as well as an opportunity to help people. I have always been intrigued by the mechanics of the human body, and the microscopic interactions that are constantly occurring that we take for granted. Through bioengineering, I am hoping to help create innovative solutions to enhance the effectiveness of medical devices, while at the same time exploring my curiosity for the biological processes within the body.

What first sparked your interest in engineering?
My dad is a mechanical engineer, so growing up around his constant designing and tinkering of some project or other had an impact on me. I have fond memories of “helping” him by holding nails or sanding a piece of wood, excited to be making something awesome out of a chunk of wood or metal.

What was your first year as an engineering student like?
My first year included a lot of large-sized lecture classes that covered the foundations of the major, so it was a diverse collection of math and sciences.  I am also involved in the Honors College, which provided a nice balance of English and philosophy as well.

Are you currently working on any research on campus? If yes, please describe.
Currently, I am working on research in the Laboratory of Surface Sciences under my adviser, Dr. Paul Millard, and my research partner. We are developing a high-throughput technique for the fluorescent imaging of influenza in zebrafish. I am learning a lot about this particular animal model, and I am very lucky that UMaine has an excellent facility for zebrafish housing on campus.

What do you plan on doing with your degree after graduation?
At the moment, I’m thinking of going into either artificial tissue engineering or drug delivery techniques, but I plan on going to graduate school to narrow down my options. The bioengineering program at UMaine includes many classes in its curriculum that pertain to the multiple avenues that I could go with my major, which is helpful because I can get a taste of what I like or dislike and make a decision based on that.

Has there been a particular experience that has impacted your life at UMaine?
One experience that has impacted me was when I had the opportunity to study abroad in Alicante, Spain this past summer. Being in Spain was an incredible adventure, as I had never been out of the country before, and the cultural exposure was eye-opening to the myriad traditions and customs that are present around the world. I definitely want to continue to travel, and possibly incorporate that into my future career.

What is your favorite UMaine tradition?
My favorite tradition at UMaine is Maine Day because it’s a great way to get involved in keeping our campus clean and we get a day off in the middle of the week.

What difference has UMaine made in your life?
Ever since coming to the University of Maine, I feel like I have garnered more ideas and perspectives that I’ve been able to use to become a well-rounded and independent person. As it seems like I can’t get away from having a rigorous schedule, I feel as though I can academically tackle more than I ever could in high school.